Understand any job — what it is, where it fits, and what good looks like.

Provides hands-on administrative and clerical support to teams, executives, and offices—managing calendars, correspondence, documents, travel, expenses, and office logistics. Distinct from Facilities/Office Operations (physical space and vendor management as a primary mandate) and from Executive/Chief of Staff roles (strategic delegation and decision-making authority on behalf of a principal); this focus centers on the execution-to-coordination spine of day-to-day administrative support.

Administrative Assistants form a non-managerial support job family that provides critical office and clerical support across functions. They handle scheduling, communications, documentation, and general office operations, acting as a 'pivotal' support pillar to ensure smooth day-to-day operations and effective organizational workflow.

The Administrative Services function provides essential support for corporate and business operations, handling tasks from day-to-day office management to strategic process improvement.

Manufacturing Management roles ensure the safe, compliant, and efficient production of biological products. Managers oversee either upstream cell‐culture/fermentation or downstream purification/packaging operations, ensuring that production schedules and quality standards are met.

Focuses on analyzing, documenting, and improving business processes to eliminate inefficiencies, reduce cost, and increase operational performance. Investigates how work is currently performed (as-is), designs improved future-state processes (to-be), conducts root-cause and gap analysis, and applies methodologies such as Lean, Six Sigma, BPMN, and process mining. Distinct from sibling focuses such as Project/Program Management (which manages delivery against scope/schedule/budget) and Operations Management (which runs ongoing operational delivery) — this focus centers on the diagnosis and redesign of the processes themselves.

Business Process Analysts align operational workflows with strategic goals, ensuring efficient, scalable processes. They examine, improve and streamline business processes by identifying inefficiencies and bottlenecks.

Roles responsible for systematically analyzing and enhancing an organization’s workflows to boost efficiency, reduce costs, and improve quality. BPI professionals use data-driven methods and process-management frameworks to identify inefficiencies and recommend improvements.

This job family focuses on analyzing, refining, and enhancing organizational workflows and processes to drive efficiency, quality, and performance.

Calibration roles across P1–P6 ensure that instruments, sensors, gauges, and test equipment in manufacturing operate within strict tolerances and compliance frameworks. Calibration technicians inspect, adjust, and test measurement devices against standards used in manufacturing and healthcare.

This job family includes roles that provide administrative and operational support across various industries, ensuring efficient business processes and office management.

This job family encompasses roles that provide administrative and secretarial support across various departments, ensuring smooth daily operations and supporting management in executing business objectives.

Customer Service Representatives are the frontline interface between the company and its customers, handling inquiries, complaints, and requests across channels.

Focuses on the individual-contributor track for direct resolution of customer inquiries, complaints, and service/billing issues across phone, in-person, and digital channels, advancing from frontline order entry and complaint resolution through escalation handling, metrics analysis, training-material development, and senior expert advisory on service quality. Distinct from warranty-claim adjudication and technical field support, and distinct from the management (M-track) ladder of Team Lead, Manager, Director, and VP that the evidence delineates separately: this professional focus owns the customer interaction lifecycle and the analytical, advisory, and protocol expertise behind it — not the supervision of agent teams, department budgets, or operational ownership, which belong to the people-management track.

Roles involved in managing data as a strategic asset, ensuring its quality, security, accessibility, and compliance.

Roles focused on managing and optimizing the production and distribution of energy, ensuring safe, reliable, and efficient operations.

Engineering program/project managers plan, coordinate, and deliver engineering projects or programs on time, on budget, and to scope.

Ensures company-wide compliance with environmental and safety regulations and corporate EHS policies. Oversees programs that protect employee health and the environment while supporting scientific and business objectives.

Focuses on protecting worker health and safety and environmental compliance through hazard identification, regulatory adherence (OSHA, EPA, DOT), industrial hygiene monitoring, incident investigation, and EHS program design and management. Distinct from physical/corporate security and emergency-only response focuses in that it centers on occupational safety, industrial hygiene sampling, and environmental management systems (ISO 45001/14001).

The Equipment Maintenance & Reliability function ensures all manufacturing equipment and utility systems operate safely, efficiently, and consistently to meet production and quality goals. This team implements comprehensive maintenance strategies to maximize equipment uptime and availability while minimizing costs.

Hands-on and managerial operation, preventive maintenance, and lifecycle management of installed building systems — mechanical, electrical, plumbing, HVAC, building automation, and fire/life safety — together with regulatory compliance, asset and CapEx planning, and the technician teams and vendors that keep facilities running. Distinct from sibling focuses such as real estate/space planning, EHS/environmental program management, and construction project delivery: this focus centers on the ongoing reliability of installed building systems and the work-order/PM execution against them, scaling from bench-level repair through single-site management to multi-portfolio executive direction of workplace operations.

The Facilities Maintenance function ensures the safe, reliable operation of a company’s buildings and infrastructure, especially critical in biotech/pharma where facility uptime and cleanliness directly affect product quality. This role supports Good Manufacturing Practice (GMP) environments by keeping all systems operating and audit-ready.

Roles focused on maintaining and repairing facilities, ensuring operational efficiency and compliance with safety standards.

The Field Technical Project Manager bridges the gap between project engineering and on-site execution.

This job family involves managing a company's vehicle fleet efficiently, cost-effectively, and safely. It includes roles that oversee vehicle acquisition, maintenance scheduling, compliance, and data tracking.

This job family involves the operation and management of vehicle fleets, focusing on the transportation of goods and materials. It includes roles that ensure the safe, timely delivery of goods, compliance with regulations, and efficient fleet management.

HR generalists or 'partners' embedded in business units or departments who work closely with line managers. They act as strategic liaisons, aligning HR strategies with business priorities and providing consultative support on people issues.

A broad field where continuous learning is crucial, encompassing various domains such as general HR management, talent acquisition, compensation and benefits, learning and development, diversity, equity, inclusion, and belonging, HR analytics, employee and labor relations, and organizational development.

Career pathing in HR typically follows a progression from entry-level roles to senior leadership, with opportunities for lateral specializations.

Roles focused on optimizing manufacturing processes and ensuring quality in production.

The Logistics function in a CDMO ensures that vital pharmaceutical materials and finished products are efficiently stored, handled, and delivered to meet patient and client needs. It manages end-to-end flow of goods under stringent quality and regulatory standards.

This job family focuses on managing the movement, storage, and distribution of goods within a warehouse or logistics environment.

Industrial Engineers in manufacturing optimize production systems to improve productivity, quality, and efficiency. They analyze workflows, equipment utilization, and information flows to eliminate waste and bottlenecks, then design and implement process improvements that minimize costs and maximize throughput.

Designs, improves, and optimizes production systems, processes, tooling, and automation to deliver high-quality products efficiently and cost-effectively. Distinct from quality engineering (which owns inspection/compliance systems) and product/design engineering (which owns product definition); this focus centers on how products are physically built — process design, manufacturability, capital equipment, yield, and continuous improvement on the production floor.

This job family focuses on the evaluation, deployment, and optimization of manufacturing equipment and automation systems to ensure efficient manufacturing operations.

The Manufacturing Equipment Maintenance sub-function encompasses the skilled trades roles responsible for the upkeep of production machinery. Support-level roles S1 through S5 represent ascending technical proficiency and scope.

This job family involves strategic oversight of manufacturing processes across multiple disciplines and product lines, ensuring efficient and cost-effective production while upholding quality, safety, and regulatory compliance.

Manufacturing Operations (General) focuses on the day-to-day running of production—scheduling, resource allocation, supervising production and operating workers, monitoring KPIs, ensuring quality/safety compliance, and driving cost and productivity improvements across the shop floor and ultimately the plant and multi-plant network. Distinct from process/quality engineering, supply chain, or maintenance focuses, this focus owns the integrated coordination of production, people, control systems, and operational performance.

Roles involved in the production and processing of biopharmaceuticals, focusing on both upstream and downstream processes.

This job family involves overseeing the initial phase of biologic drug substance production, managing the cultivation of living cells or microorganisms that produce the target therapeutic product.

This job family involves managing the day-to-day operations of the initial production phase where cells or microbes are cultivated to produce a target product. It includes leading a team of operators/technicians in executing upstream processes safely, consistently, and efficiently.

This job family involves overseeing the purification and finishing stages of production in biotechnology and pharmaceuticals, ensuring processes are executed efficiently and in compliance with cGMP.

Traditional industries often use hourly wages with overtime pay, and sometimes piece-rate pay for certain production roles.

This family includes roles focused on various aspects of marketing, such as brand management, content marketing, and demand generation, with responsibilities ranging from execution to strategic leadership.

This job family covers managerial roles (M1–M6) responsible for overseeing the handling, storage, and movement of materials in distribution operations.

A role within the Operations function under Distribution, emphasizing expertise in handling physical materials and inventory. Support levels S1–S5 denote increasing responsibility, skill, and autonomy.

Operational Excellence in manufacturing drives enterprise-wide continuous improvement to optimize efficiency, quality, safety, and cost. The core purpose is to implement and sustain lean manufacturing and Six Sigma methodologies to improve process performance and organizational effectiveness.

Operations roles typically start with coordinator or analyst positions and move up to senior leadership roles.

This job family focuses on maintaining and repairing manufacturing equipment to ensure smooth operations in various industries such as biopharmaceuticals, semiconductors, automotive, and food processing.

The Outsourcing (Generalist) Manager oversees the full outsourcing lifecycle across functions.

Product Managers define product vision, prioritize features, and drive cross-functional teams to deliver product value.

Project and program management in biotech, pharma, medtech and related industries ensures that complex R&D initiatives, clinical trials, and product launches are delivered on time, on budget, and in compliance with rigorous regulatory requirements. The role scales from managing individual projects to setting enterprise-wide project strategy.

Project Management at all levels involves planning, executing, and delivering projects on time and budget. It spans industries from healthcare to software/IT to construction.

Quality Assurance – Compliance managers are responsible for ensuring that an organization’s products, processes, and operations meet all required quality standards and regulatory requirements, thereby safeguarding patient/customer safety and product integrity. This job family spans multiple managerial levels, from team supervisors to senior executives, all dedicated to building a culture of 'doing things right' in the company’s processes.

Quality Control focuses on the hands-on analytical testing of in-process materials, raw materials, environmental samples, finished goods, and stability samples against established specifications in a GMP/GLP/GCP-regulated laboratory. Distinct from Quality Assurance (which owns quality systems, batch release decisions, and audit programs) and from Regulatory/Compliance focuses, QC owns bench testing on LIMS-tracked instrumentation (HPLC, GC, IR/UV, Karl Fischer, ICP, PCR), method validation and transfer, OOS/deviation investigations of laboratory data, equipment calibration, microbiological and chromatographic analysis, and the scientific rationale for reference standards and stability programs. This professional (individual-contributor) ladder spans bench technician through expert method SME and stability/standards strategist; people-management roles (QC Manager, QC Director) sit on a separate management ladder and are out of envelope.

Quality Compliance management ensures that the organization’s products, processes, and operations adhere to all required quality standards and regulatory requirements while enabling sustainable business growth. This multi-level profile (M1 through M6) delineates a progressive career path in Quality Compliance, from first-line supervisory roles up to senior leadership.

Quality Control encompasses all procedures undertaken to ensure the identity and purity of pharmaceutical products. This job family includes roles responsible for testing and ensuring product quality and compliance with regulatory standards.

These roles are U.S.-based and pertain to Quality Control in pharmaceuticals, biotechnology, and other FDA-regulated manufacturing settings. All levels ensure that products meet strict quality standards and regulatory requirements from development through commercial manufacturing.

Ensures organizational adherence to applicable regulations, standards, and quality requirements.

Regulatory Affairs professionals are responsible for obtaining and maintaining market approvals for the company’s products. They manage the end-to-end regulatory process for product development and launch, translating scientific and technical data into regulatory submissions and ensuring ongoing compliance.

Roles focused on protecting people, assets, and facilities in STEM organizations, implementing security protocols and emergency response plans.

Jobs where mismatches can have severe consequences, such as pilots or surgeons.

The Services function ensures high-quality delivery of post-sales support and maintenance services for products or systems.

A Solar Technician physically installs, inspects, and services solar photovoltaic systems.

The Supplier Quality Assurance function ensures that all externally sourced materials, components, and services meet the company’s quality standards.

The Commodities function ensures strategic sourcing of critical materials and components to support rapid product development and business growth. This role secures reliable supply at optimized total cost and quality, underpinning expansion and competitive advantage.

This job family encompasses roles responsible for planning and procurement activities within the supply chain, ensuring materials are available for production and aligning supply with demand.

This job family focuses on the physical and administrative tasks of receiving, storing, and distributing materials, parts, and equipment within a facility, supporting production and R&D by maintaining organized inventory and ensuring timely delivery of materials.

Purchasing professionals ensure the organization efficiently acquires goods and services needed for operations. They align procurement strategy with business growth goals, driving cost reduction and supply assurance.

This job family involves overseeing the flow of goods and materials across various modes of transportation to ensure timely delivery and efficient supply chain operations.

Manages the integrated flow of goods, resources, and information across procurement, demand/supply planning, inventory control, distribution, and transportation. Distinct from a pure Logistics/Transportation focus (carrier and freight execution) and from a Procurement/Sourcing focus (supplier sourcing and contracting): this focus owns end-to-end orchestration of the supply chain — balancing S&OP demand and supply plans, inventory turns, network design, and cross-functional coordination to ensure critical processes run effectively.

Focuses on end-to-end operations leadership, ensuring integration and smooth information flow from suppliers to manufacturing to customers.

Technical writers bridge the gap between complex engineering output and its users by preparing clear, concise documentation and communication of technical information.

This family focuses on planning and strategizing city infrastructure systems to ensure sustainable and efficient urban growth.

This multi-level job function profile outlines the role of Vice President of Supply Chain within U.S.-based Contract Development and Manufacturing Organizations (CDMOs) and Contract Research Organizations (CROs) in the pharmaceutical/biotechnology sector. The profile spans executive levels E1 through E6, aligned with Mercer/Radford executive banding, to delineate progression from a small-scope VP (E1) up to enterprise-level leadership (E6).

Warranty administrators manage the end-to-end warranty claims process, ensuring customers’ product failure claims are handled accurately and efficiently.

Specialized under Software Engineering, focusing on developing systems that allow machines to interpret and act on visual data.

AI/ML Engineers bridge software development and data science, building self-learning applications that leverage techniques like machine learning, deep learning, and statistical modeling to solve complex problems.

The Artificial Intelligence Manager is a strategic leadership role at the intersection of cutting-edge AI technology and biotech/life sciences research. This manager’s primary purpose is to drive the development and deployment of AI/ML solutions that accelerate scientific discovery and product development in areas such as drug discovery, genomics, clinical diagnostics, and bioinformatics.

BI Analysts focus on developing dashboards, reports, and data visualizations that enable business users to get insights.

BI Analysts specialize in leveraging BI tools and data warehousing to turn data into dashboards, reports, and actionable intelligence.

Professionals responsible for protecting systems and data from breaches.

This job family encompasses roles focused on data reporting, management, customer analytics, and data science, critical across STEM industries.

Management of data engineering teams that build and operate data pipelines, warehouses/lakehouses, and ETL/streaming systems. Distinct from Database Administration (operational DBMS uptime/tuning) and Analytics/BI Engineering (semantic layer, dashboards): this focus owns the movement, transformation, modeling, and governance of data at scale across cloud platforms using Spark, Airflow, dbt, Kafka, and Snowflake/Databricks/BigQuery, including ingestion (Fivetran), IaC (Terraform), containerization (Docker/Kubernetes), CI/CD (Jenkins/GitHub), and pipeline observability (Splunk/Grafana/CloudWatch).

Data Analysts interpret data and generate insights to support business decisions. They query databases, create reports/dashboards, and perform exploratory analyses.

The Data Engineer career path specializes in building data pipelines, databases, and data infrastructure.

Data Engineering in life sciences builds and manages the infrastructure for collecting, processing, and delivering research, clinical, and manufacturing data at scale. Practitioners design and operate ETL/ELT pipelines and data warehouses that handle diverse formats while enforcing data integrity and security.

Career pathing in data science parallels that of software engineering with defined levels from junior analyst to senior leadership.

This job family includes roles focused on designing, building, and deploying AI models, particularly in high-growth industries such as technology, automotive, robotics, finance, and healthcare.

AI / Machine Learning Engineering — builds, trains, deploys, and operates machine learning models and the production pipelines that serve them. Distinct from Data Science (hypothesis-driven statistical analysis and experimentation) and Data Engineering (data platform/pipeline plumbing) in that the core deliverable is production-grade ML systems: model architecture, training/evaluation, MLOps, deployment to cloud, and scaling of inference. Spans data preprocessing and feature engineering through deep learning (transformers, generative AI), distributed systems for large-scale ML, and the technical leadership that aligns ML capability with business objectives.

Professionals who analyze complex datasets to extract trends, build predictive models, and support data-driven decisions.

Data Science managers are responsible for translating data-driven insights into strategic business value, leading teams that develop advanced analytics and machine learning solutions to drive innovation and decision-making. They bridge the gap between complex data science techniques and organizational objectives, ensuring that data initiatives support overall company goals.

Database Engineering focuses on designing, developing, and maintaining systems that store, organize, and provide access to an organization’s data. This role is critical in ensuring data is stored securely and efficiently, and is readily available to authorized users and applications.

DevOps roles focus on system reliability, efficiency of delivery pipelines, and operational excellence.

DevOps Engineers focus on CI/CD pipelines, automation, and infrastructure management.

DevOps Engineers and Infrastructure Engineers focus on build and deployment pipelines, cloud infrastructure, and automation to enable smooth software delivery.

This job family focuses on bridging software development and IT operations to enable continuous integration and continuous delivery (CI/CD) in organizations. It involves creating seamless deployment pipelines by automating infrastructure and application workflows.

This job family involves high-level engineering leadership responsible for overseeing the development of products or systems across multiple disciplines and functional areas.

This job family includes roles responsible for setting and executing technology strategy, innovation, and leadership within an organization.

This job family encompasses roles related to IT support and operations within a biotech environment, focusing on ensuring reliable access to technology for scientific and business activities.

Managers in GxP Systems – Software Engineering are responsible for the lifecycle of computerized systems used in regulated life-sciences processes, ensuring these IT solutions meet quality and compliance requirements.

GxP Systems Engineering involves the validation and compliance of IT systems within regulated environments, focusing on ensuring systems meet GxP guidelines and quality standards.

Designs, develops, and validates physical hardware and electronics for health technology and medical devices — spanning schematic capture, PCB layout, circuit design, embedded systems, power architecture, and EMI/EMC. Distinct from firmware/software focuses (which own embedded code and integration logic) and from regulatory/quality focuses (which own QMS and submissions); this focus owns the physical electronic design through compliance with medical electrical safety standards such as IEC 60601-1.

Roles focused on creating and improving physical products and systems.

This family includes roles focused on health information technology, including electronic health records, health data analytics, and interoperability systems.

Health Informatics management track responsible for leading teams that implement, optimize, and govern clinical information systems (EHR/EMR such as Epic and MEDITECH), translate clinical workflows into system requirements, ensure regulatory compliance (HIPAA/HITECH), enable interoperability via standards such as SNOMED CT, and use health data to improve patient outcomes and operational efficiency. Distinct from clinical data analytics or pure software engineering focuses in that it centers on the bridge between clinical staff, IT, and leadership — owning the people, budgets, and strategy of the informatics function rather than executing individual analyses or builds.

This family encompasses roles critical to the development, compliance, and management of medical devices and health technology solutions.

Focused on the detection, analysis, and remediation of security incidents that threaten an organization’s information systems.

This job family includes executive roles responsible for guiding the technological direction of a company, ensuring technology strategy aligns with business goals, and overseeing technology functions such as software development, IT infrastructure, and R&D.

Focuses on the strategic design, build, and management of data infrastructure and pipelines.

Focuses on designing, implementing, and maintaining technical security measures to protect IT systems.

This job family focuses on developing, validating, and maintaining software systems in regulated GxP environments, ensuring compliance and quality in pharmaceuticals and biotechnology.

This job family encompasses roles focused on designing, building, and maintaining websites and web applications, ensuring they are functional, user-friendly, and performant.

This job family focuses on designing and building the technical foundation of online commerce platforms, ensuring they are scalable and aligned with business objectives.

The IT Help Desk / Technical Support function serves as the primary interface between IT and end users, providing first-line and escalating technical assistance to resolve hardware, software, and networking issues.

Focuses on computer systems compliance within the biotechnology and pharmaceuticals industry, ensuring systems meet GxP regulations.

The IT Support function provides end-to-end technical assistance and infrastructure maintenance for an organization, ensuring systems operate securely and reliably. IT Support spans a career ladder from entry-level help desk through more advanced professional roles.

Focuses on designing, building, and maintaining internal platforms that enable efficient software delivery at scale.

Focuses on the reliability, availability, and operational performance of production systems through Site Reliability Engineering and DevOps practices. Builds automation and tooling to reduce toil, defines and tracks SLIs/SLOs and error budgets, instruments observability pipelines (metrics, logs, traces), leads incident response and postmortems, and provisions infrastructure as code on cloud platforms. Distinct from platform/infrastructure-build focuses (which center on standing up core compute/network/storage) and from pure software development — this focus centers on engineering reliability into already-running services and the operational toolchain that supports them.

Provides end-user technical support across the IT estate, resolving hardware, software, operating system, network, and security issues through tiered support (Tier 1 through Tier 3) and ITIL/ITSM-driven incident, problem, and change management. Distinct from infrastructure/systems engineering (which builds and owns the underlying platforms) and from network operations (which monitors and maintains network availability) — this focus centers on diagnosing and resolving user-reported and business-impacting incidents, restoring service, and continuously improving support knowledge, runbooks, and processes.

An IT Systems Administrator ensures the reliable, secure operation of an organization’s IT infrastructure, including servers, storage, network devices, applications, and user endpoints.

Optical Engineers design and develop systems and components that use light to meet product goals. They enable precision optical functions crucial for product differentiation.

The IT Outsourcing Manager strategically manages external IT service providers to align outsourced capabilities with business objectives.

Designs end-to-end user experiences and interfaces for complex software products, spanning UX research, interaction design, UI/visual design, prototyping, and design systems. Distinct from pure visual/brand design (focused on marketing aesthetics) and from product management (focused on requirements/roadmap ownership) — this focus owns the holistic usability, interaction quality, and design execution of the product in partnership with Product Managers and Engineers.

Focuses on validating software quality through test analysis, test case design, and test automation across web, API, and non-functional layers. Distinct from broader Software Engineering (which builds the product) and SRE/Platform reliability (which operates production infrastructure); this function owns risk-based test strategy, defect detection, automation frameworks, and quality outcomes against requirements throughout the SDLC.

QA Testers play a pivotal role in game development by meticulously assessing gameplay to find bugs, glitches, and usability issues before release.

QA Engineers ensure software quality through testing (manual and automated) and process improvements.

This job family involves designing and developing new products or systems while ensuring that engineering tasks stay aligned with project goals for scope, schedule, and quality.

Security Engineering focuses on the hands-on design, implementation, and operation of technical security controls — SIEM-based threat detection, incident response, vulnerability assessment, penetration testing, cloud and network security architecture (IAM, ZTNA, segmentation, encryption), EDR operation, and detection-as-code automation. Distinct from governance/compliance focuses (which own policy, audit, and standards programs) and from security analyst/SOC roles (alert triage only), this focus owns the engineering of detection logic, security architectures, and forensic investigation across infrastructure and cloud.

Security roles focus on risk reduction, incident response, and compliance.

Security Engineers protect systems and data by finding and fixing vulnerabilities, implementing security measures, and responding to security incidents.

SREs focus on reliability of systems in production – monitoring, incident response, and engineering to improve uptime and performance.

Responsible for the design, development, testing, and maintenance of software applications and systems across various platforms. The role requires problem-solving and coding skills to create reliable, efficient software.

Software Engineers typically follow a progression from P1 (Entry-Level) through P6 (Principal/Staff) on the technical ladder, with corresponding job titles like Junior Engineer, Software Engineer II, Senior Engineer, Staff Engineer, Principal Engineer.

Designs, builds, tests, and maintains production software systems through coding, debugging, architecture, and technical decision-making. Distinct from sibling focuses such as QA/Test Engineering (validation-centric), DevOps/SRE (infrastructure and reliability operations), and Data/ML Engineering (model and pipeline-centric) — this focus centers on application/system feature development, code quality, system design, and the technical direction of software products.

Part of IT/Product Development function, focusing on designing, developing, and maintaining software applications.

Roles focused on the creation and enhancement of software products that meet market and user needs.

Systems Architects design and oversee the implementation of complex hardware/software systems that satisfy strategic business needs. They ensure that product architectures are scalable and meet customer requirements.

Technical Consultants are technology experts who advise organizations on IT systems and solutions. They analyze client technology needs and design, implement, and optimize technical solutions to meet business objectives.

Technical Support Engineers (TSEs) provide specialized, in-depth support for technical products or services.

In tech companies and startups, equity (stock options or shares) is often included as part of compensation. This approach aligns with agency theory and helps startups conserve cash.

Leads engineering and technology organizations through people management of managers and senior managers — owning delivery, technical strategy, budgets, and org-building. Distinct from individual-contributor architecture/principal-engineer tracks (which deepen technical depth without managing managers) and from advisory/fractional-CTO consulting focuses (engagement-based external advising). This is the internal management ladder from managing managers (M3) through multi-function/division technology leadership (M6). Note: where evidence describes board/investor representation, advising the CEO, venture scouting, and deciding 'what to build and why,' these are executive-officer (CTO/VP) duties that the most senior management roles in this focus may exercise — they are not generic attributes of every M6 manager.

The UI/UX Design job family encompasses roles focused on user-centered design, ranging from entry-level to executive positions. It involves understanding user needs, mastering design tools, and contributing to product strategy and innovation.

Focuses on the design, development, and implementation of user interfaces and experiences for software products.

HR professionals who integrate AI solutions to align with strategic goals and address employee concerns.

Designs, prices, and administers base pay, salary structures, and incentive/equity programs by benchmarking against market survey data, evaluating jobs for internal equity and grade alignment, and ensuring pay practices comply with FLSA, ERISA, and equal pay regulations. Distinct from Benefits (health/welfare/retirement plan administration) and HRIS/HR Operations (systems and transactional processing); this focus centers on the analytics, market pricing, and design of cash and equity compensation.

Management of compensation and benefits design, administration, and governance — pay structure and salary-band design, market benchmarking and survey participation, job evaluation and classification, salary/merit-cycle administration, benefits program operation and vendor management, pay equity, and (at the top) global total rewards and executive/board-facing compensation strategy. Distinct from HR generalist or talent-management focuses; this family owns the firm's pay and benefits architecture and its regulatory compliance.

The Compensation & Benefits (C&B) job family is responsible for designing and overseeing reward programs that are competitive, equitable, and aligned with business goals to attract and retain top technical and scientific talent. This function balances strategic planning with hands-on program management to support organizational growth.

Align roles to ranges and architecture cleanly.

This job family focuses on attracting and hiring talent to fill organizational needs, ensuring the company builds and maintains a skilled workforce.

Manages the end-to-end deployment of employees across international borders — international assignment and cost management, relocation logistics, immigration/work-permit compliance, expatriate compensation and tax (including tax equalization and balance-sheet construction), and vendor governance. Distinct from generalist HR business partnering (no broad ER/talent remit) and from Payroll/Tax operations (Global Mobility owns the assignment lifecycle and policy, partnering with — not operating — payroll and tax engines).

This job family manages international employee relocations and assignments, ensuring compliance with immigration and tax laws and supporting employee transitions.

Responsible for building role clarity, levels, and job families that scale.

Compensation models differ by role, with productivity-based pay for physicians and grade-and-step systems for educators.

This job family focuses on aligning people strategy with business goals through workforce analysis, ensuring the right people are doing the right tasks by analyzing workforce data to forecast staffing needs.

Focuses on handling complex, sensitive HR data and providing strategic insights for compensation decisions.

Acts as the strategic and operational interface between HR and assigned business units, translating business strategy into people strategy across talent management, workforce planning, organizational design, employee relations, and change management. Distinct from Compensation (which owns pay program design), Talent Acquisition (which owns sourcing/hiring), and HR Operations/Shared Services (which owns transactional administration and systems delivery): the HRBP partners directly with line leaders to diagnose people needs and connect the business to the HR resources that solve them.

HR Business Partners serve as strategic liaisons between HR and the business, typically progressing from generalist HR roles into increasingly strategic partner positions.

HR Business Partners act as strategic liaisons between HR and assigned business units, aligning talent priorities with business goals through manager coaching, employee relations case management, data-driven workforce insight, and organizational change support. Distinct from specialist sibling focuses (e.g., Compensation, Talent Acquisition, L&D), the HRBP integrates across all HR specialty areas to serve as the embedded people advisor to line and executive leadership rather than owning a single discipline.

Leads the human resources function as a people-management track, directing HR operations, policy, compliance, employee relations, and workforce strategy through teams of HR professionals and managers. Distinct from Compensation (which owns pay program design) and HR Business Partnering (which embeds advisors into business units); this focus owns the overall HR department's operations, budget, and strategic alignment with business goals.

Focuses on the People Operations side of HR Operations & Systems: managing the employee lifecycle (onboarding through exit), serving as the operational backbone for HR data integrity, HRIS/HCM administration (e.g., Workday), team-member support, and process improvement. Distinct from a pure HR Technology Engineering focus (deep integration build/EIB development) and from a Compensation/Benefits focus — here the emphasis is on running People Operations processes, maintaining accurate records, configuring and supporting HR systems in service of the employee experience, and ultimately shaping People Operations strategy.

The HRIS function is responsible for managing the technology and data that underpin all HR operations. It spans from entry-level data administration to strategic leadership in HR technology, covering implementation and optimization of HR systems, data reporting and analytics, and compliance with data regulations.

The HRIS management roles ensure that the company’s HR technology infrastructure supports business needs, scales with growth, and enables data-driven decision-making. They serve as the bridge between HR and IT, aligning human resources processes with technical solutions.

Generalist HR management focus covering the full people lifecycle — HR operations, employee relations, compliance, HRIS/records, talent and workforce strategy, and people-team leadership. Distinct from specialized HR focuses (Compensation, Talent Acquisition, L&D) in that it owns the integrated HR function and its alignment to business objectives rather than a single sub-discipline.

Generalist HR management track responsible for the full employee lifecycle — recruitment, employee relations, benefits, training, policy, and compliance. Distinct from specialist Compensation, Benefits, or Talent Acquisition focuses; this focus oversees broad people-operations delivery and the HR staff who run it, scaling from supervising a single HR unit to directing company-wide HR strategy.

A Change Agent drives organizational transformation by preparing and supporting people through change. In growth-stage STEM companies, this role ensures that strategic initiatives succeed by maximizing employee adoption.

The Human Resources Business Partner (HRBP) is a strategic HR role responsible for aligning people initiatives with business objectives across the organization. HRBPs operate as trusted advisors to management, integrating talent management, organizational development, and employee relations into the company’s growth strategy.

The HR Generalist role serves as a bridge between executive leadership and employees, managing the full employee lifecycle from hiring through separation. This position is action-oriented and comprehensive, responsible for developing and applying HR policies, programs and procedures that comply with legal standards while supporting organizational objectives.

This job family ensures that day-to-day HR processes and systems run smoothly, providing the infrastructure that supports all people initiatives.

Focuses on motivational job design and job enrichment programs.

Designs, develops, delivers, and evaluates employee learning experiences — instructional design, training facilitation, needs assessment, and L&D strategy. Distinct from Organizational Development (org design, change, culture) and Talent Management (succession, performance systems): this focus centers on building skills and capability through structured learning interventions, e-learning, and curricula.

Focuses on work stress and engagement research, applicable across various job types.

This job family focuses on driving planned change to improve organizational effectiveness and adaptability through science-based interventions.

Applies industrial-organizational psychology science to improve workforce effectiveness, employee selection, and organizational change. Distinct from general HR by its grounding in psychometric measurement, validation studies, and evidence-based diagnostics — designs and validates assessment instruments, conducts statistical analyses of workplace behavior, and advises leadership on engagement, retention, and organizational design.

Focuses on transforming HR and workforce data into evidence-based insight that drives talent decisions. Spans reporting and data cleaning, statistical and predictive analysis (e.g., attrition risk, compensation equity, engagement), and short- to long-horizon workforce planning. Distinct from HRIS/systems administration (which maintains the technical data infrastructure) and from HR business partnering (which owns relationship and policy execution); this function owns the analytics, research design, and the data strategy that informs human capital decisions.

People Operations encompasses HR operations, employee experience, and strategic HR projects.

People Operations focuses on the administrative, procedural, and infrastructure side of HR, ensuring smooth HR services, efficient processes, and a positive employee experience.

Map capabilities to roles dynamically.

Staff Resourcing Managers ensure that projects and operations have the right people with the right skills at the right time. They forecast demand, plan capacity, and allocate personnel across projects to meet growth objectives.

Full-cycle recruiting and talent sourcing — intake, sourcing, screening, interviewing, offer, and onboarding — distinct from Compensation & Benefits (offer construction support only) and HR Business Partner (talent strategy advisory). Owns the candidate funnel, sourcing channels, employer brand, and hiring-manager partnership.

Talent Acquisition specialists and recruiters are responsible for sourcing, attracting, and hiring the right talent efficiently.

Quickly create, edit, and deploy job structures.

Roles focused on equipping employees with specialized technical skills required by the organization, particularly in STEM sectors.

Roles focused on designing and delivering a variety of training programs across the organization.

This job family equips employees with skills and knowledge to meet current and future job requirements, aligning workforce capabilities with business strategy.

Analytical Development is an R&D function focused on designing, developing, validating, and implementing analytical methods to characterize drug substances and products. It provides laboratory technical support and leads troubleshooting and method optimization to ensure accurate, robust assays.

Animal Care professionals in biomedical research ensure the humane care, health, and maintenance of laboratory animals used in drug discovery and development. They perform routine husbandry and assist research teams with procedures, supporting experimental integrity and animal welfare.

This family includes roles that use advanced mathematical principles to solve practical problems across industries, developing models and algorithms to analyze complex systems.

Roles focused on research and development in biotechnology, including experimental efforts to discover and develop new biological products or therapies.

Clinical Operations ensures that clinical trials (Phase I–IV) are designed and executed effectively to generate reliable data for new therapies. ClinOps personnel coordinate all operational aspects of trials – from trial design and site selection through execution and close-out – ensuring studies are on time, on budget, and compliant with protocols.

Clinical Project Management professionals play a pivotal role in clinical trials, acting as the bridge between scientific innovation and successful trial execution. They oversee complex studies that advance new therapies, ensuring trials meet their objectives on time and within budget while adhering to strict regulatory standards.

Responsible for designing, conducting, and managing Phase I–III clinical trials to establish the safety and efficacy of new drugs and medical devices prior to approval.

Clinical Research focuses on the operational conduct, monitoring and scientific direction of clinical trials for investigational and marketed medicines — coordinating sites, verifying source data, ensuring GCP/regulatory compliance, and at senior levels designing protocols and directing full clinical development programs. Distinct from sibling focuses in Data Management (database build/cleaning), Biostatistics (statistical analysis) and Regulatory Affairs (submission ownership), this focus owns subject-facing trial execution and the clinical strategy behind it.

CRAs in a Contract Research Organization (CRO) are the primary link between the sponsor and investigative sites, responsible for monitoring clinical trials to ensure data integrity, participant safety, and regulatory compliance. The CRA function spans multiple professional levels (P1–P6), each bringing increasing expertise, autonomy, and leadership in ensuring trials meet both scientific and regulatory expectations.

The Clinical Trials function encompasses roles responsible for planning, executing, and managing clinical studies to generate evidence for new therapies or devices.

Clinical Trials Administration roles provide essential administrative, financial, and compliance support to clinical development teams, ensuring that trials proceed efficiently, ethically, and in accordance with regulatory standards.

This job family encompasses multiple management levels (M1–M6) within the Clinical Trials Administration function, focusing on the planning and execution of clinical trials. It aligns with industry standards where M1–M6 denote ascending managerial seniority, from first-line clinical trial supervision to senior departmental leadership.

The Downstream Process Development function focuses on designing, optimizing, and scaling purification processes for biologic drugs. This includes multistage recovery and purification to isolate the therapeutic protein from cell culture harvest. Key goals include meeting target product yield, purity, and safety specifications while reducing development time and cost.

Field-based and strategic medical affairs: building trusted scientific relationships with KOLs, investigators, and HCPs; delivering non-promotional scientific exchange on products and pipeline; collecting field medical insights; and shaping integrated evidence generation (RWE, HEOR, investigator-sponsored studies) across the product lifecycle. Distinct from Medical Writing/Documentation (publication authoring, regulatory document drafting) and from Medical Information (inquiry response/call-center operations) — this focus centers on Medical Science Liaison (MSL) and Medical Affairs strategy roles.

Medical Affairs in a CDMO serves as the vital link between the organization’s drug development services and the broader medical-scientific community. This function ensures that all development and manufacturing activities are grounded in sound clinical science and meet the real-world needs of patients and healthcare providers.

Medical device product development is a highly interdisciplinary and regulated field. Teams of engineers, scientists, clinicians, and regulatory specialists collaborate across functions to translate clinical and market needs into safe, effective medical devices. The process follows a formal product development lifecycle within a Quality Management System (QMS) framework.

Medical Writing & Documentation is a critical support function in the drug/product development process. Professionals in this role translate complex scientific and clinical data into clear, accurate, and compliant documents for regulatory authorities, healthcare professionals, and other stakeholders.

Roles focused on the development and management of clinical trials and regulatory affairs in the pharmaceutical industry.

Analytical Development for biologics and small molecules — develops, qualifies, validates and transfers analytical methods (chromatography, mass spectrometry, spectroscopy, CE-SDS, cell-based/ligand-binding potency assays) supporting in-process, release, stability, characterization and comparability testing from early development through licensure. Distinct from sibling Process Development focuses, which own upstream/downstream process design and scale-up; this focus owns the analytical control strategy, CQA risk assessment, method lifecycle and CMC analytical content rather than the manufacturing process itself.

This job family encompasses the management career track for Research & Development in Medical Device Product Development, spanning from first-line management to senior-most R&D leadership. It emphasizes innovation, strategic execution, and regulatory compliance.

Focuses on the operational backbone of R&D and innovation engineering organizations: scheduling, milestone tracking, status reporting, process auditing/standardization, resource-allocation analysis, KPI/efficiency programs, and the strategy and operating models that scale bespoke labs into high-velocity engineering operations. At senior levels this focus also spans scientific-strategy influence and the mentoring of researchers. Distinct from R&D Scientific/Technical roles (which own bench science end-to-end) and from general PMO/Project Management (which is not R&D-specific) — this focus is the business-operations layer that makes R&D measurable, efficient, and aligned to business objectives.

R&D Project Management — leading the people and processes that plan, schedule, resource, and deliver individual research and development projects (defining scope/goals/deliverables, managing timelines, dependencies, budgets, and risks, and coordinating cross-functional scientist/engineer teams). Distinct from R&D Program Management (multi-project chartering, benefits realization, portfolio alignment) and from R&D Portfolio Management (cross-program prioritization and capacity/risk trade-offs); this focus owns delivery at the project and multi-project team level, not enterprise portfolio strategy.

Encompasses the planning, execution, and delivery of engineering R&D projects from concept through product launch, ensuring technical projects meet performance, quality, and business objectives on schedule and within budget.

R&D Quality Assurance covering GxP compliance for nonclinical (GLP) and clinical (GCP) development activities — distinct from GMP manufacturing/commercial QA. Centers on auditing (investigator sites, CROs, laboratories, Phase 1 units, IMP/service providers), vendor/sponsor oversight of outsourced studies, quality-system processes (deviation/CAPA, document control), inspection readiness, and serving as regulatory liaison for FDA/USDA/OECD compliance. Excludes GMP product-release QA, QC laboratory testing, and validation engineering as standalone disciplines.

Biotech R&D — wet-lab discovery and translational science for biologics and cell/gene therapy programs, spanning mammalian cell culture, CRISPR-based cell engineering, molecular biology, and functional immune assays from antigen design through hit identification, lead selection, and IND-enabling studies. Distinct from computational/bioinformatics-only focuses (here NGS analysis supports bench programs) and from process/CMC manufacturing focuses (here the emphasis is discovery experimentation and program science, not GMP production scale-up). The Management track owns people leadership, lab operations, program timelines, CRO/vendor oversight, and scientific strategy rather than primarily executing experiments.

This job family focuses on orchestrating and managing the operational aspects of clinical trials within the R&D portfolio, particularly in a CDMO or CRO-like context where trials might be conducted on behalf of external sponsor clients.

This job family focuses on the design and development of medical devices within a regulated environment, ensuring that design outputs meet defined requirements and safety standards.

Focuses on developing and optimizing downstream purification processes for biologic products.

Responsible for the culture and production phase of bioprocessing – cultivating cells or microbes to generate a target therapeutic product.

R&D Management roles in a CDMO are responsible for leading the research and development of client projects and internal innovation initiatives, ensuring that new products, processes, or technologies are developed efficiently, safely, and in compliance with all regulatory requirements.

This job family focuses on providing scientific leadership for analytical activities within a CDMO, including method development, validation, and troubleshooting across multiple client projects.

The job family focuses on designing and leading clinical research protocols, influencing product development strategies, and ensuring compliance with regulatory standards.

This job family involves strategic leadership and oversight for an organization’s R&D project portfolio, ensuring innovation projects are selected, prioritized, and executed to meet company goals.

This job family focuses on planning and executing specific R&D projects from initiation through delivery, ensuring that day-to-day engineering and development work is organized and aligned with strategic goals.

Focuses on embedding quality into the R&D design and development process of new therapies or medical products.

This job family focuses on ensuring the quality of materials and prototypes in development through laboratory tests and procedures. It plays a crucial role in detecting defects or deviations during product development, ensuring that only products meeting quality benchmarks move forward.

Responsible for developing, optimizing, and scaling cell culture and fermentation processes to produce biopharmaceutical products. This role spans early-stage research through late-stage development, ensuring robust, scalable, and cost-effective processes.

Responsible for designing, developing, and optimizing mammalian cell culture processes to support clinical and commercial biologics production.

Focuses on the design, analysis, and certification of aircraft and spacecraft structures and aerodynamic systems — including fuselage and wing structural analysis, computational fluid dynamics for airflow modeling, stress testing of components, and integration of subsystems across disciplines. Distinct from propulsion-specific focuses (engine and powerplant design) and avionics/controls focuses; this focus owns airframe, aerodynamics, structural stress, and systems-level certification work.

Aerospace Engineers design, develop, and oversee the construction and testing of aircraft and spacecraft components or systems.

This family includes roles focused on the design, analysis, and management of civil and structural engineering projects, ensuring safety, compliance, and innovation in construction.

Management track for engineers who lead the design, analysis, permitting, and delivery of civil infrastructure and structural systems (buildings, bridges, dams, foundations, transmission/utility structures). Distinct from individual-contributor design tracks: these roles direct teams of engineers, own project/department budgets and schedules, hold accountability for QA/QC and PE-stamped deliverables, and increasingly shape firm-wide engineering standards, client relationships, and business strategy. Excludes pure architecture, construction management without engineering authority, and non-structural civil disciplines (e.g., transportation planning) except where they intersect structural delivery.

Designs, models, and delivers solar photovoltaic (PV) energy systems across their full lifecycle — from site assessment and energy yield simulation through electrical single-line design, NEC Article 690 code compliance, interconnection, and commissioning. Distinct from sibling focuses in wind, geothermal, or grid/transmission engineering: this focus centers on PV-specific technology (panels, inverters, charge controllers, battery storage), solar energy yield optimization, and solar-specific tooling (PVsyst, HelioScope, Aurora Solar, PVcase).

Propulsion Engineers design, analyze, and optimize engines and thrusters that power aircraft and spacecraft. They work on everything from jet and turbofan engines to rocket motors and advanced green propulsion systems.

Focus on cross-disciplinary system design and integration.

This job family focuses on the design, development, and optimization of energy systems, particularly within the renewable energy sector, such as wind power.

Specialized roles addressing unique technical challenges and innovative demands in engineering and advanced manufacturing sectors.

This job family focuses on maintaining and ensuring the accuracy and reliability of measurement and control instruments critical to operations in various industries such as pharmaceuticals, biotechnology, aerospace, and more.

Gas Engineering focuses on the design, development, and optimization of natural gas extraction, processing, and distribution systems within an organization.

Electro-Mechanical Engineers integrate mechanical and electrical engineering to design hardware products and systems. They bridge pure mechanical design and electronic hardware development, ensuring mechanical structures align with electronic components.

Focuses on developing, implementing, optimizing, and validating the processes, tooling, fixtures, and equipment used to manufacture products at production scale. Distinct from product/design engineering (which defines what is built) and from quality engineering (which governs conformance testing) — this focus owns HOW products are produced efficiently, repeatably, and cost-effectively, spanning process design, line layout, automation, DFMA, pFMEAs, and transfer of new products into mass production.

Focuses on the technical aspects of equipment and systems used in biotech manufacturing, ensuring safe, efficient, and compliant production.

Leads the people, programs, and budgets of materials science R&D — managing scientists who research, characterize, and optimize advanced materials (metals, alloys, polymers, ceramics, composites) using techniques such as XRD, SEM/TEM, mechanical testing, thermal analysis (DSC/EGA), surface analysis (XPS, AFM, EDS, SIMS, AES), and computational modeling (pymatgen, matminer, MAST-ML, pyMKS, ASE, DAMASK). Distinct from hands-on bench/IC characterization and from plastics/process focus areas: this management track is accountable for portfolio direction, resource and instrumentation allocation, safety compliance, cross-functional integration into product development, and securing funding rather than personally executing experiments.

Roles focused on the research, development, and application of materials in engineering and manufacturing.

Focuses on the design, analysis, and development of mechanical systems and components — leveraging parametric CAD modeling, engineering design calculations, and simulation (FEA, tolerance/interference analysis) to take products from concept through manufacturing release. Distinct from sibling electro-mechanical/mechatronics focuses (which center on integrated electrical-mechanical control systems, PLC ladder-logic, robotic actuation, and instrumentation) and from drafting/CAD-technician focuses (which center on detailing and documentation rather than design ownership). This focus owns the mechanical engineering discipline: structural design, design-for-manufacturability, failure investigation, and architecture of mechanical solutions. NOTE: the source evidence describes a four-tier progression (Junior 0–3, Mid 3–8, Senior 8–15, Principal 15+); the P6 and P7 bands below extrapolate the single 'principal' evidence bucket and should be validated against the function's actual top-band scope before publication.

Mechanical Engineers design, analyze, and improve mechanical and thermal systems. They create core product components and ensure they meet performance, cost, and schedule goals.

Mechatronics Engineers integrate mechanical, electronic, and control engineering to create automated machinery and products. They improve production efficiency and develop novel products.

Plastics Engineering focuses on the development, design, and manufacturing of plastic materials and products.

Focuses on the holistic, interdisciplinary engineering of complete systems across the lifecycle — eliciting and decomposing requirements, architecting system and subsystem solutions, managing interfaces, and coordinating integration, verification and validation across hardware and software domains. Distinct from discipline-specific design focuses (electrical, mechanical, software) by owning the total-system solution, cross-domain functional allocation, and Model-Based Systems Engineering (MBSE) artifacts rather than building individual components.

Product Development Engineers design, develop, and improve medical devices and related components through all stages of the product lifecycle. They ensure devices meet safety, efficacy, and regulatory requirements, and often involve training or providing technical support to other teams.

Roles focused on the design and development of new medical device products or improvements to existing products.

Robotics Engineers design, build, and implement robotic systems that automate tasks. They operate at the intersection of mechanical, electrical, and software engineering.

The Structural Engineer is responsible for ensuring buildings and structures are designed to safely carry loads and withstand environmental forces.

A Subsea Engineer designs, analyzes, and manages underwater equipment and infrastructure used in offshore and marine environments.

Focuses on integrating software, hardware, and mechanical systems to ensure products meet customer and business requirements.

Focuses on ensuring that products meet performance, safety, and reliability targets through comprehensive testing and validation processes.

Account Executives are primary sales closers who own opportunities through the sales cycle.

BDRs are typically outbound prospectors focused on early pipeline generation.

Specializes in indirect, partner-led revenue generation through third-party channel partners, resellers, distributors and alliances — distinct from direct Account Management (which sells to end-users directly) and from Sales Operations (which tools and instruments the function). Encompasses partner recruitment, onboarding, program/incentive design, deal registration, channel conflict resolution, and ownership of channel revenue targets and P&L.

Management track for Customer Success leaders who direct CSM teams executing onboarding, adoption, value-realization, and renewal across customer portfolios, owning retention/expansion outcomes (NRR, GRR, churn, NPS/CSAT). Distinct from individual-contributor CSMs (including Principal/Staff CSMs) who personally own named accounts and author the playbooks/frameworks, and from Sales/Account Management which owns net-new acquisition and quota-bearing pipeline.

Account Executive / Field Sales focused on directly selling the firm's products or services to end-user customers and carrying an individual revenue quota. Owns the full sales cycle from prospecting and qualification through discovery, negotiation, and close. Distinct from Account Management (which nurtures and grows existing assigned accounts post-sale) and from Sales Engineering / Pre-Sales (which provides technical solution support); this focus is the quota-carrying closer responsible for net-new and expansion revenue.

Sales careers typically progress through a ladder of roles that expand in scope from individual contributor positions to team leadership and strategic roles.

Focuses on ensuring customers achieve their desired outcomes with the company’s product or service, driving customer satisfaction, retention, and account growth.

Focuses on acquiring new customers and driving revenue growth by identifying high-potential prospects and closing new business deals.

Focuses on growing revenue by leveraging external channels to reach new markets and customers.

Focuses on driving revenue through remote channels rather than in-person field work.

Sales roles are fundamentally measured by their contribution to revenue generation, but specific KPIs differ by role and seniority.

In sales-intensive industries, compensation models with a heavy commission or bonus component are common. Salespeople often have a variable pay structure where a significant portion of their earnings comes from commissions tied to revenue or sales volume.

Focuses on generating and qualifying sales leads through proactive prospecting (outbound cold-calling and inbound qualification), navigating company structures to reach decision-makers, conducting discovery conversations, and setting qualified appointments for account executives to close. Distinct from Account Management (which sells to and grows existing accounts) and from quota-carrying closing roles — this function tees up prospects rather than closing deals. As an individual-contributor (Professional) track, it caps at senior/specialist scope (Senior/Enterprise SDR and GTM Engineer automation specialist) and does not include first-line people management, which sits on the Management track.

SDRs focus on inbound lead qualification, responding to leads generated by marketing.

Sales Representatives are front-line sellers who may work inside sales (phone/email-based, often in-house) or outside sales (field-based, meeting clients in person).

Sales roles focus on managing customer relationships, outreach, and performance using a suite of tools like CRM systems and sales enablement platforms.

Sales Support roles in scaling STEM organizations, focusing on providing dedicated product expertise and training to support the primary sales force.

Designs, operates, and optimizes the systems, data, processes, and analytics that enable a sales organization to execute and scale — distinct from Account Management (which owns customer revenue relationships) and Sales Engineering (which owns technical pre-sales). This focus owns CRM administration and data hygiene, sales reporting and forecasting, process design (Quote-to-Cash, Deal Desk), territory/quota planning, sales tool stack selection, and Go-To-Market operationalization.

Brand Managers focus on shaping and maintaining the company’s brand image, voice, and market presence.

This job family focuses on ensuring products are successfully adopted and reimbursed by payers, providers, or customers, particularly in healthcare and STEM firms.

Content Marketing Managers drive the strategy and production of content to attract and engage audiences.

This job family focuses on producing and finalizing video content for marketing and communications needs, particularly in STEM-related industries.

Demand Generation focuses on building and scaling the multi-channel pipeline engine — funnel construction, campaign execution, lead nurturing, marketing automation, lead scoring/attribution, and sales-marketing alignment to drive MQLs, SQLs, and revenue. Distinct from sibling focuses such as Content Marketing (asset creation), Product Marketing (positioning/launch), or Brand/Communications, this focus owns the measurable conversion of audiences into qualified pipeline and the systems that attribute that pipeline to revenue.

Demand Generation Managers focus on driving awareness and interest to create a pipeline of qualified leads for sales.

General Marketing job function across managerial levels, focusing on strategy, execution, and leadership in marketing roles.

Growth Marketing focuses on data-driven, experiment-oriented marketing to drive user acquisition, activation, retention, and revenue growth.

Generalist marketing function spanning campaign development, demand generation, brand, marketing analytics, and martech operations. Distinct from pure Communications/PR (focus is on lead generation, performance, and revenue contribution) and from Product Marketing (focus is on multi-channel campaign execution and marketing strategy rather than positioning/launch enablement). Grounded in lead-gen, SEO, marketing automation (Marketo), CRM (Salesforce/HubSpot), and analytics (GA4/Amplitude/Mixpanel) work.

Marketing Communications (MarComms) specialists craft and deliver key messages to both internal and external audiences to build brand awareness, support marketing strategies, and foster stakeholder engagement. They develop content and communication plans that advance products, services, and corporate objectives while reinforcing brand identity.

Focuses on planning, producing, and executing outbound marketing communications and content across owned, earned, and paid channels — campaign development, multi-channel content creation (email, social, web, print), brand narrative consistency, and measuring/optimizing communication effectiveness. Distinct from sibling focuses such as Product Marketing (positioning/launch enablement), Demand Generation (pipeline/lead acquisition mechanics), and Corporate/PR Communications (media relations and executive communications) — this focus owns the messaging, content, and channel execution that carries the brand to customers, employees, media, and the public.

The Marketing Manager job family represents generalist marketers who often coordinate a mix of marketing activities.

Marketing roles utilize a broad MarTech stack for automation, analytics, and audience engagement.

The Marketing Generalist / Management focus leads the people, budgets, and operational execution of the marketing function — campaign delivery, channel management, performance reporting, and team supervision. Distinct from specialist individual-contributor focuses (e.g., content, social, performance/paid media, brand design), this focus is accountable for managing marketers, owning marketing budgets, and translating business goals into coordinated campaign execution across teams. At the highest envelope level (M5) the role sets function-wide direction and org design, but executive-tier accountability (CEO reporting, board engagement, hiring and leading directors, full CMO ownership of brand/demand/revenue) sits above this band in the Executive (VP+) track.

Owns the outbound, market-facing discipline of bringing products to market: segmentation/targeting/positioning (STP), positioning and messaging, go-to-market (GTM) launch planning, sales enablement, and customer/competitive insight that influences the product roadmap. Distinct from Product Management (which owns inbound roadmap/feature definition and prioritization) and from Demand Generation/Growth Marketing (which owns campaign execution and lead funnel mechanics); Product Marketing supplies the positioning, messaging, and enablement those functions then amplify.

Product Marketing in biotech/medtech bridges R&D, marketing, and sales to bring scientific innovations to market. Professionals conduct market research, define positioning and messaging, and plan go-to-market (GTM) strategies to translate complex technical value into customer benefit.

General Accounting focuses on the core general-ledger lifecycle: recording daily transactions, preparing journal entries and accruals, reconciling balance sheet and income statement accounts, executing the periodic close, and producing financial statements in compliance with GAAP and internal controls. Distinct from specialized focuses (e.g., Tax, Treasury, FP&A, or Cost Accounting), this focus centers on the close, reconciliation, and reporting workflow, scaling from reconciliation preparation (P1–P2) through independent ownership of multiple ledgers (P3), supervision of staff accountants and the close as an Accounting Manager (P4), and strategic controllership of accounting policy, SEC/GAAP compliance, and organizational financial health (P5).

Responsible for the accuracy and integrity of financial records, compliance with accounting standards, and efficient financial close processes.

A family focused on providing strategic decision-making tools and insights for compensation leaders, HRBPs, finance teams, and boards.

Finance career tracks often begin with analyst positions, progress to manager and director levels, and can lead to executive roles.

Overseeing accounting operations, financial reporting, and compliance.

Accounting sub-function focused on product/service cost analysis.

Focuses on budgeting, forecasting, financial modeling, and strategic business analysis.

General Accounting professionals ensure the integrity of the company’s financial records and compliance with standards. They manage the general ledger and related financial data so that statements and reports accurately reflect business transactions.

Oversight of accounting operations, financial close, and reporting for a unit or entire small company.

Cost Accountants are responsible for accurately tracking and analyzing product and production costs to support financial health and strategic decision-making in manufacturing-focused organizations. They maintain cost accounting systems and records, perform standard vs. actual cost variance analyses, and prepare reports on inventory valuation, gross margins, and profitability.

Leads the FP&A and financial management function: financial reporting, budgeting, forecasting, the Annual Operating Plan, month/quarter-end close, GAAP/SOX compliance, and cross-functional business partnership. Distinct from sibling Controllership (transactional accounting ownership) and Treasury/Tax focuses — this focus centers on planning, analysis, performance management, and the leadership of finance teams who translate financial data into business decisions.

Finance Managers oversee financial operations for a unit or function, leading a team of analysts or accountants, and ensuring financial plans align with business objectives.

Financial Analysts gather and analyze financial data, create reports, and provide insights to support decision-making. Progression involves handling more complex analyses with greater autonomy and strategic impact.

Drives corporate financial planning, analysis and decision support — owning financial modeling, budgeting, forecasting, variance and P&L analysis, scenario/sensitivity work, and consolidated reporting that translate company strategy into financial plans, KPIs and capital allocation. Distinct from accounting/controllership (transaction recording, close, compliance) and from treasury/tax: FP&A is forward-looking, partners with business units, and informs executive and Board decisions on revenue growth, cost and investment. This is the professional (individual-contributor) track; people-management of the FP&A function sits on a parallel managerial ladder.

The General Accounting function ensures accurate financial record-keeping, reporting, and compliance for the biotechnology company. Incumbents oversee the general ledger, month-end/quarter-end close, account reconciliations, and financial statement preparation, tailoring these processes to the biotech context.

Management consulting professionals who structure and solve ambiguous client business problems through hypothesis-driven analysis, financial modeling, and market research, then synthesize findings into executive-ready recommendations. This focus covers the client-facing engagement-delivery career path (Analyst through Partner/Director) — distinct from internal corporate strategy or pure data-analytics roles in that work is delivered to external clients on a project/engagement basis, billed against scope and budget, with ultimate accountability for the final recommendation 'held' at the senior levels.

Deliver fast, flexible job frameworks to clients.

Management track for environmental consulting practitioners who lead teams delivering Phase I/II ESAs, remediation projects, and regulatory compliance services. Distinct from individual-contributor (technical-specialist) environmental consultants in that these roles supervise staff, own project/portfolio budgets and resourcing, and progressively carry client-relationship and business-development accountability rather than primarily performing the technical fieldwork or modeling themselves.

Core industry roles focused on providing expert guidance on environmental issues, ensuring compliance with regulations, and helping organizations reduce their environmental impact.

Strategy Consultants advise organizations on high-level decisions affecting their future direction. They work with executives to analyze market trends, set goals, and develop strategic plans that align with business objectives.

Delivers fact-based strategic advice to client executives by structuring ambiguous business problems, building quantitative and financial models, conducting market and competitive analysis, and synthesizing findings into client-ready recommendations. Distinct from internal corporate strategy (advises external clients on a fee-for-service basis) and from implementation/operations consulting (focuses on strategy formulation, market sizing, and investment decisions rather than process execution or systems delivery).

Provides direct, hands-on clinical patient care across the registered-nurse continuum — from novice staff RN delivering bedside care under preceptors through expert clinicians, charge/manager roles, and nursing leadership (Director of Nursing/CNO) or Advanced Practice Registered Nurse (APRN). This focus centers on clinical practice, care coordination, and the leadership/administration of nursing services, as distinct from allied health, physician, or non-clinical healthcare-administration roles.

An application of Dreyfus’s model to nursing practice, defining five levels for nurses: Novice, Advanced Beginner, Competent, Proficient, Expert.

Scientific and operational pharmacovigilance covering the full ICSR lifecycle (collection, triage, coding, regulatory submission), signal detection, aggregate safety reporting, benefit-risk evaluation, and PV system oversight. Distinct from Regulatory Affairs (product registration/labeling submissions) and Clinical Operations (trial conduct); focus here is on post-marketing and clinical safety surveillance under GVP/ICH-GCP.

Ensuring drug safety surveillance and compliance within a CDMO context, spanning from entry-level associate roles up to senior director/head roles.

A physician competency framework identifying seven physician roles: Medical Expert, Communicator, Collaborator, Leader, Health Advocate, Scholar, Professional.

Clinical physicians who diagnose and treat patients across the training-to-leadership continuum — from supervised resident floorwork through independent board-certified attending practice to department- and hospital/system-wide clinical leadership. Distinct from non-clinical Health Services Administration (operations-only) and from Nursing/Allied Health focuses; this function centers on physician-led diagnosis, treatment decisions, procedures, and clinical accountability. The senior tier (P4) is the fully independent attending; the principal tier is divided between departmental medical leadership (P5) and hospital/system clinical executive leadership (P6).

Develops, characterizes, scales, and transfers downstream purification processes (chromatography, filtration, viral clearance, harvest/clarification) for recombinant protein and biologic drug substances. Distinct from Upstream Processing (cell culture/fermentation) and Analytical Development (assay development); this focus owns the recovery and purification train from cell harvest through bulk drug substance, including yield, purity, viral safety, and CMC control strategy.

This job family focuses on downstream purification processes for biologics, vaccines, cell & gene therapies, and bio-based products. It involves ensuring effective operation and optimization of downstream bioprocessing steps in a GMP manufacturing environment.

Frontline-to-departmental leadership of GMP upstream biomanufacturing operations (seed expansion, bioreactor/cell culture, harvest). Distinct from downstream purification supervision and from the individual-contributor MSAT/technical-owner track: this family owns shift-and-stream execution, schedule adherence, 'Right First Time' batch production, compliance, equipment readiness, and people management for upstream production.

This job family involves overseeing the initial phase of manufacturing where biologic products are created through cell culture or fermentation. It includes roles responsible for ensuring upstream processes are executed effectively, safely, and in compliance with GMP standards.

Operates, sustains, develops, and architects semiconductor wafer fabrication processes (photolithography, etch, deposition, diffusion, CMP) and the tools that run them. Distinct from equipment maintenance/facilities (focused on tool repair and fab infrastructure) and from device/circuit design (this focus owns the physical manufacturing process windows, yield, and process control rather than the IC design itself). The Professional track begins with process-engineering work; pure hourly operator/technician roles belong to a separate non-exempt technician track.

Wafer Fab Operations personnel are essential to semiconductor and related technology companies, especially those scaling production. They perform the core manufacturing functions that turn silicon wafers into semiconductor devices.

Quality Assurance professionals in a biotech CDMO ensure that products and processes meet regulatory and company standards throughout the R&D and manufacturing lifecycle. Their purpose is to protect patient safety and product efficacy by embedding quality systems into development activities and by verifying compliance with FDA/EMA regulations.

The QA function in a scaling life-sciences robotics company ensures that complex hardware–software products are reliable, safe, and compliant with medical-device regulations. This role spans the full product lifecycle – from design inputs and risk management in R&D, through validation/verification of robotic systems, to supplier qualification and product release in manufacturing.

This job family focuses on ensuring product quality through rigorous testing and compliance with regulatory standards in the pharmaceutical and biotechnology industries.

Quality Control - Scientific Analysis: bench-level analytical testing of raw materials, in-process samples, intermediates, and finished pharmaceutical products (chemicals, APIs, biologics) to determine stability, purity, chemical content, and other characteristics. This focus centers on hands-on analytical instrumentation (HPLC, UPLC, GC, MS, UV, IR, NIR, Karl Fischer, dissolution), assay validation, statistical interpretation against specifications, and GMP/GLP-compliant data integrity — distinct from microbiology/environmental-monitoring focuses and from QA systems/auditing focuses.

Quality Control Scientists are responsible for ensuring product quality, safety, and compliance through scientific testing and analysis. They serve as critical gatekeepers in the manufacturing process, verifying that raw materials, in-process samples, and finished products meet all specifications and regulatory standards.

This job family ensures that biotech/pharma products and processes meet quality standards through rigorous validation and testing. It involves planning, executing, and documenting validation protocols and verifying compliance with regulatory requirements.

Oversees customer success teams ensuring clients achieve value from the company’s products and services in a life sciences context.

Professional levels P1–P6 correspond to increasing scope and impact (entry through senior/leadership).

The Customer Success Manager role centers on driving customer value, product adoption, and retention. They ensure customers achieve their desired outcomes while using the company's products, leading to increased satisfaction and loyalty.

Tier-1 Product Support provides the first line of technical assistance for customers using the company’s products.

Provides technical assistance to users and clients experiencing hardware, software, network, and system issues across a tiered support model (Help Desk through Tier 3 escalation). Distinct from Network Engineering (which designs and builds infrastructure) and Software Engineering (which develops products): this function diagnoses, troubleshoots, resolves, and escalates incidents, manages tickets to SLA, performs root-cause analysis on the deployed environment, and — at the senior IC end — may also hire, supervise, and direct support personnel on special projects and installations (the IT Support Manager/Supervisor people-management track diverges from the IC escalation track at this point).

This job family encompasses roles responsible for the planning, execution, and management of clinical trials within biotech/pharma organizations. It includes various managerial levels from entry-level coordinators to executive leadership, focusing on ensuring compliance, efficiency, and strategic alignment with corporate goals.

Management of clinical operations teams accountable for executing clinical trials (Phase I-IV) from study start-up through close-out and clinical study report — including site activation, enrollment, monitoring oversight, data quality in EDC/CTMS/eTMF systems, clinical trial supply, budget/invoice control, and vendor/CRO management under GCP, ICH, and FDA regulations. Distinct from clinical Data Management, Biostatistics, Regulatory Affairs, and Medical Affairs; this track supervises people and operational delivery rather than serving as an individual scientific contributor.

Field-based and strategic Medical Affairs leadership (Medical Science Liaison/Medical Advisor people-management track), distinct from individual-contributor field and advisor roles. Covers supervision of field medical teams, regional/therapeutic-area medical strategy, KOL engagement governance, evidence-generation oversight, and cross-functional alignment between medical, regulatory, commercial, and legal functions. Director level (M5) directs medical affairs for a region/therapeutic area/business unit through subordinate managers; it excludes VP/SVP/CMO scope (directing multiple Directors, owning launch-strategy governance sign-off, and serving as primary regulator/payer escalation), which sits in the Executive band. Excludes bench clinical-trial operations and commercial sales management.

Medical Affairs in a CDMO setting serves as the bridge between clinical development and commercialization, ensuring scientific integrity and effective communication of clinical data both internally and externally.

Game audio designers create and implement the auditory elements that bring a game world to life.

Creation, implementation and runtime control of in-game audio — sound effects, music, ambience and dialogue — using DAWs (Pro Tools, Reaper, Adobe Audition) and middleware (Wwise, FMOD) integrated into game engines (Unity, Unreal, Metasounds). Distinct from composition-only roles (music writing) and from audio programming (engine/DSP code); this focus spans asset creation through implementation, recording, mixing, technical sound design and ultimately audio direction and department leadership. P5 is the project-level creative lead (Lead Sound Designer / Audio Lead) holding creative authority over a game's audio; P6 is the Audio Director carrying cross-project audio vision plus budget, hiring and people-management accountability.

Designs the interactive storytelling layer of games — branching narratives, dialogue trees, quests, characters and worldbuilding — and integrates that narrative into the engine so it responds to player choice. Distinct from linear Game Writing (scripts/prose only) and from the Narrative Director management track (which owns team direction and overall narrative vision rather than hands-on content design).

Narrative designers are responsible for integrating rich story content into gameplay, creating plotlines, characters, and dialogues that immerse players and give meaning to their actions.

Product Designers follow a craft-focused career ladder similar to engineering or product. They are responsible for creating user-centered designs that enhance user experience and meet business goals.

End-to-end product design spanning UX (information architecture, interaction design) and UI (visual composition, typography, brand consistency), grounded in user research and validation. Distinct from pure Visual/Brand Design (no end-to-end product flow ownership) and from UX Research (which owns research methodology as a specialty rather than as one input among many to product decisions). Practitioners take product features from discovery through prototyping, high-fidelity design, and build collaboration.

Designs end-to-end user experiences and interfaces for digital products, spanning user research, information architecture, interaction design, wireframing, prototyping, visual design, and design systems. Distinct from Visual/Graphic Design (focused on brand assets and communication) and from UX Research (focused purely on research methods) — this focus owns the full product design process and connects user needs to product strategy and measurable business outcomes.

Product Designers are responsible for end-to-end design of product interfaces and experiences.

In-house legal leadership accountable for the enterprise legal function — corporate governance, litigation and dispute resolution, significant contracts, regulatory and securities compliance, IP, and enterprise legal risk. Distinct from the operating M-track (managing legal teams and case workflows day-to-day) and from specialist IC counsel who draft/review contracts and conduct legal research; this executive track sets legal strategy, oversees outside counsel and budget through Directors, advises the board and C-suite, and owns the legal function's contribution to company viability and enterprise risk posture.

The Legal Executive function encompasses a progression of in-house legal roles responsible for safeguarding the organization’s legal interests and ensuring regulatory compliance while proactively supporting business objectives. This U.S.-centric profile outlines responsibilities and expectations at each executive level, reflecting the needs of a mid-stage scaling company in biotechnology, life sciences, CDMO, and CRO industries.

Provides substantive legal support to attorneys through legal research, document drafting, case file management, e-discovery, court filing, trial preparation, and case-deadline/billing compliance. Distinct from Legal Secretary/Administrative roles (clerical scheduling and correspondence) and from licensed Attorney roles (cannot give legal advice or represent clients) — this focus centers on attorney-supervised substantive legal work and, at the most senior level, paralegal team leadership including workflow oversight, hiring, training, and performance management across practice areas.

Legal support professional working under attorney supervision, handling substantive legal work that does not require an attorney’s license.

Owns the discovery, definition, and lifecycle of products and customer journeys — translating customer needs, market signals, and business objectives into prioritized roadmaps, requirements (PRDs/user stories), and validated launches. Distinct from Program/Project Management (delivery orchestration) and Product Design (UX craft); the PM decides which problem to solve and why, then partners with engineering, design, and marketing to ship and measure outcomes.

Product Management career progression is about expanding influence from executing on individual features to owning entire product lines and shaping product strategy.

Owns the discovery, definition, and delivery of software products and features through cross-functional teams of engineering, design, and research. Distinct from Product Marketing (go-to-market positioning), Program/Project Management (delivery coordination only), and Engineering (does not write production code). Translates business strategy and user needs into prioritized roadmaps, writes requirements and user stories, and uses data/experimentation to drive product decisions.

Product Management roles bridge engineering execution with user insights using agile project management tools and analytics platforms.

Roles overseeing the end-to-end process of bringing new products to market.

Plans, coordinates, and delivers projects across the full lifecycle (discovery, initiating, planning, executing, monitoring/controlling, closing). Owns schedule, budget, scope, risk, and cross-team coordination to ensure projects finish on time and on budget. Distinct from product management or line engineering: this focus does not own the design of the product itself — it owns the disciplined delivery of the work. At senior levels, scope extends from single projects to managing multiple projects, programs, and ultimately the project portfolio and PMO operating model.

Owns tech-centric products (cloud-native applications, APIs, microservices, deployments) where deep architectural literacy is required to translate engineering constraints into product features. Distinct from general/business Product Management (market-driven, less infra-depth) and from Engineering Management (people/delivery ownership of the codebase) — the TPM evaluates architectural tradeoffs without implementing them and bridges engineers, architects, and the market. The top of this function is a senior individual-contributor Principal track focused on org-critical products (vision, P&L, pricing), not people management or industry/field leadership.

Technical Product Managers focus on technical aspects of the product, bridging engineering and product.

Roles focused on creating online learning experiences that scale across an organization’s workforce or customers.

Designs and develops digital learning solutions (instructional design and eLearning development) by translating subject-matter content into structured, interactive courses using authoring tools, multimedia, and LMS platforms — distinct from classroom facilitation/training delivery and from pure LMS administration. Grounded in adult learning theory, instructional design models (ADDIE, SAM), and technical standards (SCORM).

Roles focused on creating effective learning experiences by applying educational theory and design principles.

Designs and develops learning solutions (eLearning, instructor-led, and blended) by analyzing learning needs, defining performance objectives, and building content using instructional design methodologies (ADDIE, SAM) and authoring tools. Distinct from Learning Delivery/Facilitation (classroom instruction), LMS Administration (platform operations), and Training Program Management (logistics/operations); this focus owns the design and construction of the learning experience itself.

The Patient Recruitment & Education function specializes in identifying, engaging, and retaining trial participants.

Drives clinical trial enrollment and retention by identifying, pre-screening, recruiting, consenting, and educating study participants. Distinct from Clinical Operations/Site Monitoring (which manages site conduct and data quality) and from Clinical Data Management (which curates trial data) — this function owns the patient-facing funnel from lead generation through informed consent, plus the recruitment strategy, risk mitigation, vendor management, and enrollment forecasting that meet protocol-driven enrollment targets.

This job function encompasses Regulatory Affairs roles within a CDMO, focusing on drug/biologics development and manufacturing services. It ensures all products and operations comply with applicable regulations and that regulatory submissions to health authorities are managed effectively.

Management track for the CDMO Regulatory Affairs function — leading teams that prepare, review, and submit CMC-centric regulatory dossiers (CTA/IND/IMPD, DMF/ASMF, marketing authorizations, variations/lifecycle submissions) across global agencies on behalf of clients. Distinct from the IC/Principal track in that these roles directly supervise regulatory staff, own departmental milestones and budgets, manage personnel actions, and represent the organization in agency and client interactions. This is the people-leadership ladder; deep dossier authorship and agency strategy as a sole expert sits on the IC track.

Monitors, analyzes, and influences legislative and regulatory developments affecting the organization, building relationships with elected officials and policymakers, ensuring compliance with lobbying/campaign-finance/ethics rules, and shaping a government affairs strategy aligned to organizational goals. Distinct from Legal/Regulatory Compliance (which interprets and enforces internal adherence to law) and from Public Relations/Corporate Communications (which manages broad public reputation rather than government policy outcomes).

Responsible for managing a company’s interactions with governmental bodies, developing and executing government engagement and public policy strategy.

Business Development professionals within Corporate Development are charged with driving the company’s growth by identifying and executing strategic partnerships, alliances, and new market initiatives. They focus on targeting short- to medium-term revenue opportunities that align with the long-term corporate strategy.

Management track for the corporate strategy and corporate development function: leading teams that drive strategic planning, market/competitive analysis, M&A origination, due diligence, valuation, deal negotiation, and post-close integration. Distinct from Finance/FP&A (focus is inorganic growth and strategy, not operational budgeting/accounting) and from Sales/Account Management (focus is internal strategy and transactions, not external client revenue ownership).

Legal career progression in a corporate context usually begins with roles like Legal Counsel and advances to General Counsel or CLO.

Practicing legal professionals (attorneys, counsel, and paralegals) who research law, draft and negotiate legal documents, manage matters and litigation, advise the business, and — at senior bands — develop clients, set legal strategy, and lead the legal function. Distinct from compliance-only, contracts-administration, or legal-operations roles; this focus owns the substantive practice of law and matter ownership.

Leads inorganic growth and long-range strategy: sources, evaluates, structures, and executes M&A transactions (valuation, due diligence, negotiation, integration planning) and directs corporate strategic/long-range goal planning. Distinct from Finance/FP&A (which owns operating budgets and forecasting) and from Business Development sales partnerships — this focus owns deal origination-to-close and the multi-year strategic agenda presented to executives and the Board.

Focuses on business development, strategic partnerships, and corporate growth initiatives.

Designs, builds, and governs domain-oriented data products on a decentralized data mesh architecture. Distinct from centralized data engineering (single-pipeline ownership) and from platform engineering (the self-serve infrastructure team): this focus treats data as a product owned by producing domains, with versioned data contracts, federated computational governance, and cross-domain interoperability as the defining concerns. Spans hands-on transformation delivery (SQL/Python/dbt) through domain architecture, standards authorship, and organizational change toward decentralized ownership.

Roles involved in a decentralized, domain-driven operating model for analytics.

Provides expert statistical and biostatistical consultation across clinical research and scientific studies—study design, statistical analysis plans, analysis execution, interpretation, and regulatory submission support—and advises clients ranging from businesses to research institutions under a consulting-center model. Distinct from pure data engineering or data science by its grounding in inferential rigor (trial design, survival/Bayesian/mixed models, CDISC and regulatory standards) and consultative translation of statistical results for researchers, clients, and regulators.

This family includes roles that provide expert guidance on statistical methodologies and data analysis for clients or internal teams.

Roles focused on the development, management, and optimization of renewable energy projects and assets.

Management track for renewable energy engineering organizations spanning solar PV, wind, and grid-integration disciplines. Distinct from the IC engineering track (which delivers individual technical design, modeling, and R&D), this track leads people and projects: supervising design/operations teams, owning project and departmental budgets, setting functional strategy for renewable portfolios, and managing client/partner and regulatory relationships. Excludes pure technical authority roles (Principal/Lead Engineer) that influence through expertise rather than people-management.

In finance and executive suites, pay packages are often outsized and performance-leveraged, including annual bonuses, profit-sharing, and stock-based pay.

Leadership of the finance organization spanning FP&A (budgets, forecasts, multi-year plans, variance analysis), Controllership (recordkeeping, statutory reporting, GAAP/IFRS compliance, audit readiness), and executive finance (capital allocation, treasury, risk, board and investor engagement). This is the people-leadership track that manages finance teams, departments, and the full finance function — distinct from individual-contributor analyst tracks that build models without managing managers or owning organizational budgets.

Management and program analysis within government agencies: studies the effectiveness, efficiency, and productivity of agency programs and operations, and supports resource allocation through budget formulation, workload/staffing analysis, and performance measurement. Distinct from policy research (which shapes legislative/regulatory positions) and from pure budget/financial accounting—this focus blends operational program analysis, control-system design, and budget justification to improve how agency programs run.

Government jobs usually operate on formal pay grades/bands with step increments, emphasizing internal equity and transparency.

Owns the discovery, definition, and delivery of software products by translating customer needs and market data into prioritized roadmaps, requirements, and shipped features. Distinct from Program/Project Management (which coordinates execution timelines) and Engineering (which builds); this function is accountable for what gets built and why, working through cross-functional engineering, design, and analytics partners without direct authority over them.

Plans, authors, edits, and maintains product and developer documentation — user guides, API references, system manuals, knowledge bases, and regulated/compliance content. Distinct from UX content design (which owns in-product copy) and from marketing/content writing (which owns persuasive demand-gen content): this focus owns the accuracy, findability, structure, and governance of technical content, including structured authoring (DITA/XML), docs-as-code workflows, information architecture, and the make-or-buy judgment of what belongs in docs versus product UI or support.

Designs, builds, and operates software systems and distributed cloud infrastructure as an individual-contributor engineer — covering feature development, system architecture, API and event-driven design, observability, and incident response. Distinct from engineering-management tracks (which own headcount and organizational structure) and from QA/verification focuses (which own test strategy and coverage). The ladder runs Junior (P1) → Mid (P2) → Senior (P3) → Senior-plus/team technical lead (P4) → Staff (P5) → Principal (P6): P3 begins leading technical design within a single team; P4 takes ownership of large projects including reports, proposals, budgets, and stakeholder negotiation; P5 operates as a Staff engineer setting standards across multiple teams; and P6 is the Principal who sets company-wide engineering strategy, supervises engineering teams, and defines field-shaping architectural frameworks.

Roles where specific skills and knowledge determine performance, such as IT, engineering, and medicine.

Facilitates Agile/Scrum delivery as a servant-leader to delivery teams, coaching ceremonies, removing impediments, and scaling Agile practices from a single team to enterprise Agile Release Trains and transformation programs. Distinct from Product Management (owns the 'what'/backlog priorities) and Program/Project Management (owns plan-driven schedule and budget control) — this focus owns the 'how' of the Agile process, team health, and flow of value.

The Scrum Project Manager (Scrum Master) facilitates agile development by guiding teams in Scrum methodology and ensuring efficient project execution.

A sub-function of Quality Control within a STEM organization, focusing on enabling functions such as logistics, maintenance, and preparation rather than conducting complex analyses.

Management track for the cGMP Quality Control laboratory: supervises and manages analysts, technicians, and scientists who perform analytical, wet-chemical, and microbiological testing of raw materials, in-process materials, finished goods, and stability samples. Distinct from the QC individual-contributor scientific track (which culminates in the non-managerial Principal Scientist apex that owns method-validation strategy, data-governance policy definition, and serves as deep technical authority and regulator interface) in that this track owns people leadership, lab operations, scheduling, headcount, and budgets — relying on Principal/Senior ICs for deep bench technical authority rather than holding it personally. Distinct from QA (which owns batch disposition, audits, and quality-system governance broadly) by being scoped to laboratory testing operations and data.

Core industry roles focused on studying the Earth's climate system, atmospheric processes, and providing insights into climate change and weather patterns.

Studies the physical processes of the atmosphere and solid earth to observe, model, and forecast weather, climate, and geophysical phenomena. Spans operational forecasting (interpreting WRF/GFS/ECMWF output, issuing advisories and warnings), instrumentation and field measurement (weather balloons, radar, satellites, seismographs, gravimeters, magnetometers), and computational science (numerical weather/climate modeling, data assimilation, and ML in HPC environments). Distinct from purely data-engineering or software roles by its grounding in geophysical fluid dynamics and atmospheric/earth physics; distinct from hydrology-only and pure-academic-teaching focuses.

A Customer Support Representative (CSR) typically advances through roles of increasing responsibility in resolving customer issues and leading support initiatives.

Technical product support engineering focused on diagnosing, reproducing, and resolving customer-reported product defects, integration failures, and data issues through log analysis, SQL investigation, and reproduction in lower environments. Distinct from general IT help-desk/user support (no end-user provisioning or desktop support) and from product/QA engineering (does not own the feature roadmap or build the product), this focus serves as the technical escalation path between customers and engineering — owning root-cause investigation, troubleshooting documentation, and product-improvement feedback.

Management track for data governance leadership: supervising and leading teams that establish, operate, and enforce data governance programs — including governance policies/standards, metadata and data catalog operations, data lineage, business glossaries, data quality rules/metrics, and regulatory compliance. Distinct from individual-contributor (IC) governance analysts who author deliverables hands-on; this track owns people management, program operations, framework accountability, and progressively the enterprise data strategy. Scope deepens from supervising a governance unit (M1) to directing the enterprise governance program with division-wide impact (M5).