Summary:
Seeking a Technical Program Manager with a background in electrical engineering, sensor systems, or optics to help our team decompose and manage test station development and bring-up.

Responsibilities:

• Drive Test Engineering teams to identify their hardware and software development and validation dependencies; develop schedules for test solutions (fixture, software, validation) delivery, track delivery of dependencies and top-level product; highlight risks and escalate gaps.
• Decompose test and calibration requirements into discrete features with specific dependencies, track deliverables against system milestones.
• Schedule meetings between cross-functional teams to discuss issues as required; capture meeting notes and action items and follow up at checkpoints.
• Document and share learnings of build bring-up timelines and deliverables between CM partners.
• Collaborate with TE internal logistics teams and cross-functional EPM teams to coordinate logistics; collect hardware module and test fixture delivery schedules and assess potential bring-up/validation risks.
• Apply Project Management methodologies (e.g., critical path analysis, Gantt charting, risk registry) and tools (e.g., Radar, JIRA, Confluence, Wrike) to define a repeatable Build Bring-up tracking process

Qualifications:

Candidate must have strong project management skills and efficient communication. The ideal candidate will have strong system integration experience and executive communication skills, with 5+ years of Project Management experience in consumer electronics.

• 5+ years of Project Management experience in consumer electronics.
• Ability to design and implement PM processes, decomposing objectives into discrete deliverables, and applying a proper framework to track and manage progress.
• Strong background in sensor design, testing, or system integration.
• Solid understanding of hardware modules such as touch displays, ALS (Ambient Light Sensors), SoC, and integrated circuits.
• Technical knowledge – Familiarity with debugging tools, ROS, and robotics frameworks.
• Ability to track and communicate software-related issues without requiring deep software development experience.
• Experience defining, collecting, and tracking system-level, hardware, and software requirements; a history of working with cross-functional partners.
• Robust understanding of hardware NPI, xVT build cadences, and the role of factory test as it relates to System builds.
• Track record of taking proactive steps to uncover, highlight, and bridge risks
• Clear and efficient English language communication, verbal and written, with executive presence.
• Willingness to collaborate with remote teams during China-friendly hours.
• Bonus: Experience working with OEMs, expertise in test engineering for embedded products.

Job Types: Full-time, Contract
Pay: $70.00 - $90.00 per hour
Expected hours: No more than 40 per week

Benefits:

• Dental insurance
• Flexible schedule
• Health insurance
• Vision insurance

Schedule:

• 8 hour shift

Application Question(s):

• Please explain your ability to debug C and/or Python

Ability to Commute:

• Campbell, CA 95008 (Required)

Ability to Relocate:

• Campbell, CA 95008: Relocate before starting work (Required)

Work Location: Hybrid remote in Campbell, CA 9500

• Drive Test Engineering teams to identify their hardware and software development and validation dependencies; develop schedules for test solutions (fixture, software, validation) delivery, track delivery of dependencies and top-level product; highlight risks and escalate gaps.
• Decompose test and calibration requirements into discrete features with specific dependencies, track deliverables against system milestones.
• Schedule meetings between cross-functional teams to discuss issues as required; capture meeting notes and action items and follow up at checkpoints.
• Document and share learnings of build bring-up timelines and deliverables between CM partners.
• Collaborate with TE internal logistics teams and cross-functional EPM teams to coordinate logistics; collect hardware module and test fixture delivery schedules and assess potential bring-up/validation risks.
• Apply Project Management methodologies (e.g., critical path analysis, Gantt charting, risk registry) and tools (e.g., Radar, JIRA, Confluence, Wrike) to define a repeatable Build Bring-up tracking proces