Systems Engineering / Product Development — P3

PRODUC2.SYSTEMSE3570.P3

P3P3 — Mid-Level Professionalhigh0.80approvedglobalv1

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.

♡ SaveMy saved →My collections →

Level

P3 · P3 — Mid-Level Professional · 3–5 yrs

Function · Focus

Product Development & Systems Engineering · Systems Engineering / Product Development

Market pay (median)

$82k ($65k–$105k)

Pay basis

function-anchored · wide bars

Focus — Systems Engineering / Product Development

General focus — no material pay or skill differential vs the function baseline.

Responsibilities by level

What this person actually does at each level on the professional track — escalating scope, not one generic blob. Your level is highlighted.

Collaborates with engineering teams to contribute to system design and development under close supervision, performing routine, well-defined tasks.
Conducts initial analysis and testing of subsystems to confirm they meet design specifications, preparing reports and maintaining documentation.
Assists experienced engineers with conducting trade studies and develops prototype demonstrations on flight-like communication subsystem testbeds.
Supports unit-level integration and performance simulations and works on simpler, well-defined bugs or features under guidance.

Leads smaller subsystems or scoped features as a developing individual contributor, applying defined procedures with general instruction.
Conducts complex analyses and rigorous testing to validate performance, reliability, and safety of assigned subsystems.
Coordinates with electrical, mechanical, and software engineering teams to ensure components work together and conducts trade studies.
Allocates functional requirements across hardware and software domains and learns the tradeoffs behind design decisions.

P3this profile

Owns end-to-end system design, implementation, integration, verification and validation activities for assigned subsystems with day-to-day independence.
Generates, decomposes, tracks, and verifies requirements, applying flow-down and derivation across hardware and software domains.
Performs risk assessments and trade studies, evaluating identifiable technical and programmatic factors to select preferred solutions.
Develops system models in CAMEO and supports MBSE activities and verification planning.
Coordinates project activities across cross-functional engineering teams to deliver milestone-reviewed outcomes.

Owns major subsystems end-to-end, driving technical quality and making important technical decisions through in-depth analysis of complex variables.
Evaluates technology insertion candidates via trade studies and integrates new technologies into the system design.
Selects engineering methods and leads project execution, coordinating across electrical, mechanical, and software groups and interfacing with other sub-programs.
Leads requirements writing, MBSE activities in CAMEO/SysML, and verification planning across complex, multi-domain systems.
Mentors junior systems engineers and may lead small project teams.

Acts independently on broad, strategic system architecture assignments, resolving intangibles that contribute to company objectives.
Leads design for cross-cutting concerns and coordinates system-level integration, verification, and validation activities across teams.
Drives requirements baselines, MBSE governance, and interface control for high-complexity systems with significant functional impact.
Serves as a technical spokesperson with sub-programs and external partners, building influential cross-organizational networks.
Provides expert-level support for framing conceptual challenges and guides efforts to create and extend system models.

Sets long-term technical direction and influences the roadmap for enterprise-scale system architecture and platform strategy.
Solves ambiguous, high-impact problems spanning multiple programs and domains with full independence as a strategic contributor.
Establishes MBSE governance, configuration management standards, and verification frameworks adopted organization-wide.
Provides high-level technical mentorship to senior systems engineers and shapes engineering culture and practices.
Reports to senior leadership and reviews data across programs to track overall system performance and risk.

Defines long-range systems engineering roadmaps and anticipates emerging technical challenges that influence company-wide strategy and industry practice.
Develops new models, methodologies, or architecture approaches to solve precedent-free, ambiguous problems with broad business and industry consequences.
Sets direction for cross-program system architecture and governance initiatives, operating with complete independence.
Persuades and educates executives, program leadership, and external industry stakeholders on strategic technical priorities.
Provides authoritative mentorship to principal and senior engineers, shaping company-wide systems engineering capability.

Level guidelines

The universal leveling rubric applied to this function — how scope, complexity, collaboration, and experience step up across levels.

Level	Knowledge & Application	Complexity & Problem Solving	Collaboration & Interaction	Typical Degree & Years
P1	Applies foundational systems engineering concepts to routine, well-defined tasks such as initial analysis, testing, and documentation under detailed instruction.	Solves routine problems with standard answers; supports prototype demonstrations and unit-level simulations with guidance.	Maintains stable internal relationships within the engineering team, supporting more experienced engineers.	0–1 years; new graduate or intern with a relevant engineering degree.
P2	Applies conventional systems engineering methods to validate subsystem performance, reliability, and safety, allocating requirements across hardware and software domains.	Exercises judgment in familiar contexts on moderate-scope problems; conducts trade studies and owns scoped features.	Builds productive project relationships, coordinating across electrical, mechanical, and software teams.	2+ years with a BA/BS, or an MS/PhD with no prior experience.
P3	Independently applies requirements management, MBSE, and trade-study methods across diverse system problems, developing models in CAMEO.	Evaluates identifiable technical and programmatic factors to decompose requirements, assess risk, and select solutions.	Networks with senior professionals and may coordinate cross-functional project activities under milestone review.	5+ years (BA), 3 years (MA), or PhD without experience.
P4	Applies in-depth, cross-domain expertise to own major subsystems, evaluate technology insertion, and lead MBSE and verification planning.	Performs in-depth analysis of complex variables, selecting methods and driving important technical decisions with functional impact.	Coordinates across engineering groups and sub-programs, may lead project teams and mentor junior engineers.	8+ years, often with graduate education.
P5	Brings expert mastery of system architecture, MBSE governance, and cross-cutting integration to strategic, broad assignments.	Resolves intangibles with high independence on significant, unique system-level problems contributing to company objectives.	Builds influential networks across organizations and acts as a technical spokesperson with partners and sub-programs.	12+ years with extensive systems engineering expertise.
P6	Applies field-shaping expertise to enterprise-scale architecture, long-range platform strategy, and organization-wide governance.	Provides visionary problem-solving on critical, ambiguous, broad-design challenges spanning multiple programs.	Influences industry and company direction as a recognized thought leader, mentoring senior professionals.	15+ years; principal expert, often PhD plus industry leadership.
P7	Develops new theories, models, and methodologies that advance systems engineering practice across the company and industry.	Solves precedent-free problems with company-wide and industry consequences, defining long-term technical roadmaps.	Networks with executives, boards, and industry leaders, persuading and educating senior stakeholders on strategic priorities.	20+ years, or equivalent recognition (often PhD plus significant industry contributions, patents, or publications).

Skills

Focus-specific skills the role applies — the relevance layer beyond the occupational base.

Systems Thinking: An interdisciplinary, holistic approach to understanding how components interact within a complete system across its lifecycle.
Requirements Management: Discovering, eliciting, developing, analyzing, verifying, validating, documenting and managing requirements, including flow-down, derivation, and decomposition.
Model-Based Systems Engineering (MBSE): A formalized methodology supporting requirements, design, analysis, verification, and validation of complex systems using digital models.
SysML Modeling: Using the Systems Modeling Language to represent system architecture, interfaces, and behaviors.
Trade Studies: Systematic analysis comparing alternatives to select a preferred solution across hardware and software domains.
Verification & Validation: Ensuring a system meets its specified requirements and fulfills its intended use and stakeholder needs.
System Architecture: Architectural and functional design, concept generation, and interface management of a total system solution.
Interface Management: Defining and controlling subsystem interfaces, including Interface Control Document (ICD) development.
Risk Assessment: Identifying and evaluating technical and programmatic risks during system development.
System Integration & Test: Coordinating integration, testing, and validation of subsystems to ensure components work together.
Configuration Management: Controlling and tracking system baselines, changes, and design versions throughout the lifecycle.
Simulation & Modeling: Building modeling and simulation programs to analyze system performance and behavior.
IBM DOORS: Uses this tool/technology effectively during the delivery of day-to-day tasks.
Cameo / MagicDraw: Uses this tool/technology effectively during the delivery of day-to-day tasks.
DODAF: Uses this tool/technology effectively during the delivery of day-to-day tasks.
MATLAB: Uses this tool/technology effectively during the delivery of day-to-day tasks.
AFSIM: Uses this tool/technology effectively during the delivery of day-to-day tasks.

Provenance

The evidence base behind this profile — every layer is sourced; quality is scored by an adversarial review panel (1–5; passes at ≥4 on the minimum dimension).

Level differentiation4.5Focus specificity5.0Concreteness4.5Factual accuracy4.5Real-world coverage4.0

11 sources

Level — P3 — Mid-Level Professional

Fully competent professional; works independently on standard projects

Scope: Features or a sub-system end-to-end
Autonomy: Works independently on standard work; reviewed on the non-standard
Complexity: Diverse problems; adapts existing approaches
Impact: Project / team outcomes
Decision rights: Owns implementation decisions for own scope
Leadership: Mentors juniors informally
Typical experience: 3–5 yrs

Adjacent roles

Nearest roles by structural coordinates (level + taxonomy). Distance 0 → 1; each carries its 3-state match band. How coordinates work → · Compare side-by-side →

PRODUC2.SYSTEMSE3570.P2

Systems Engineering / Product Development — P2

confident0.06

PRODUC2.SYSTEMSE3570.P4

Systems Engineering / Product Development — P4

confident0.06

PRODUC2.TESTVALI3A87.P3

Test & Validation Engineering — P3

confident0.10

PRODUC2.SYSTEMSE3570.P1

Systems Engineering / Product Development — P1

confident0.11