Product Owner

Responsibilities:

 Product Ownership:

o Act as a Product Owner (as applicable) to define,

prioritize, and manage system features and backlog.

o Ensure alignment between customer expectations and

engineering deliverables.

 Domain Understanding:

o Strong understanding of the automotive domain relevant

to the project (e.g., ADAS, Chassis, Restraints, Upfitter,

Trailer Tow, TPMS etc).

o Analyze and interpret customer needs and translate

them into actionable system requirements.

 Subsystem & Feature Analysis:

o Understand subsystem features, functionalities, and

behavior.

o Ensure proper decomposition of system requirements into

subsystem-level requirements.

 Interface Management:

o Understand and manage interfaces between different

features and subsystems.

o Ensure compatibility and integration across systems.

 System Engineering Activities:

o Develop and maintain system requirements, boundary

diagrams, and capability definitions.

o Support system architecture definition and validation.

 Tool Proficiency:

o Work with MagicDraw (or equivalent MBSE tools,

SysMLv2) for system modeling and documentation.

 Agile Execution:

o Plan, track, and execute work based on Agile

methodologies (Scrum/SAFe).

o Participate in sprint planning, reviews, and

retrospectives.

 Collaboration & Stakeholder Management:

o Work closely with cross-functional teams (Other

subsystems like Body, Lighting, Powertrain, Vehicle

Access etc).

o Communicate effectively with stakeholders, including

customers and internal leadership.

Requirements:

Required Skills:

 Strong understanding of System Engineering principles

 Experience in automotive domain (preferably ADAS and

Chassis systems)

 To be able to derive capabilities, system requirements,

interfaces, SysML artifacts

 Hands-on experience with MagicDraw or similar MBSE tools on

SysMLv2

 Familiarity with Agile methodologies (Scrum / SAFe)

 Good analytical, communication, and problem-solving skills

Preferred Skills:

• Exposure to system integration and validation processes

• Understanding of end-to-end vehicle systems and architecture