How You’ll Make an Impact:

- Creating and executing engineering design verification test plans
- Preparing and executing reliability test plans to increase confidence in warranty and service life targets
- Conducting Highly Accelerated Life Tests (HALT) and Accelerated Life Tests (ALT) to expose device vulnerabilities and improve designs
- Perform engineering assessments of test and verification activities against real-world field applications
- Designing and building test instrumentation systems to standardize and automate experiments and data capture of many concurrent DUT simultaneously
- Conducting and reviewing Gage repeatability and reproducibility analyses as well as yield reports and production test issue resolution
- Assist with root causing factory issues with a background of manufacturing processes and design knowledge to isolate variables and find system or component level issues
- PFMEA’s and performing assessments and trade-offs of test coverage to conceptualize production test suites for high volume mass production test
- Executing on cost-benefit analyses and risk assessments to optimize production test decisions and coverage
- Documentation and report creation of tests completed
- Analyzing experimentation results and engineering reports from others to issue approval or rejection
- Identifying component alternates and creating test plans to validate substitutions to reduce BOM cost or mitigate supply chain issues
- Environmental, ESD, Surge, EFT and compliance testing of new and existing products
- Researching, identifying and executing on applicable UL, CSA,



IEC or other specifications relevant to product development
- Prototyping of current circuits before inclusion into production programs
- Creating of Production Test Plans, Test scripts and Production Test Fixtures
- Collaborating with teammates to improve and guide all test/verification activities (reports, methods, procedures, designs, fixtures) and creating proposals of ideas
- Providing recommendations on design integrity and issuing recommendation to proceed to mass production
- Identify and escalate major design risk factors; identify, validate and propose alternate suggestions with concern for cross-functional impact (feature set, cost targets, design scope, etc.)
- Designing Printed Circuit Boards intended to prototype new circuits, create fixtures, development tools or other uses

What You’ll Bring to the Table:

- Bachelor of Engineering degree in Electronics (or similar)
- 5+ years industry experience in electrical hardware product development with emphasis on consumer electronics
- Must have been involved with full product development and high volume production
- design concept, circuit design, multiple stages of prototype development and test, entry into manufacturing, test fixtures




- identify and resolve design issues resulting in more reliable product and easing production
- identify and resolve field failures and work back improvements into the design.
- Experience in Hardware design, validation and test execution
- Proven experience in Schematic design and review, Printed Circuit Board review
- Printed Circuit Board review and knowledge of PCB layout fundamentals
- Hardware debugging and root cause analysis
- Analog and high-speed digital circuit analysis
- Familiarity with oscilloscope, DAQ, DMM, thermal chamber, spectrum analyzer, VNA among other lab equipment
- Understanding of testing principles and impact on results
- Solder and rework fine pitch electronic SMT components including 0201, XDFN, TSOT
- Familiarity with PCBA manufacturing processes
- Understanding of full product design principles, thermal transfer, etc. and impact on electronics
- Knowledge of embedded systems, architecture, operating states, and optimizations
- Strong industry awareness of critical parts manufacturers

Bonus Points if You Can Bring this to the Table:

- Background in PCB layout including optimization of power distribution networks, stack-up design, high-speed interfaces and high voltage systems
- Experience in low power, IoT sensor design
- CPU architectures, 8 bit, 32 bit and 64 bit experience
- Memory architectures, eMMC, DDR3, DDR4 etc.
- Embedded Linux and C++ development, Ability to write C++ for MCU applications
- Professional Engineer (P.Eng.) designation

📌 System Validation & Automation Engineer III (Senior) (Ramban)
🏢 Generac
📍 Ramban