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Tesla Sr System Integration Engineer Residential Energy United States, California, Palo Alto 91906270
13.08.2024
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What You’ll DoWhat You’ll Bring
- Responsible for hardware and firmware integration acrossmultiple teams, including component level and full system validation
- Work closely with cross-functional teams to ensurefunctional, performance, safety, and reliability requirements are successfullyachieved
- Drive continuous improvement in design and performance byproviding direct and accurate feedback to design owners
- Act as key leader of DFMEA (Design Failure Mode and EffectsAnalysis) as part of the product design, integration, and test process
- Identify, escalate, and lead to resolve hardware criticalissues during system bring up, performance tests, and safety tests
- Conduct failure analysis to understand root cause and driveresolution for hardware and firmware failures originating in testing and fromthe field
- Ensure the validation infrastructure is properly designed tostress test the components and full system for achieving highest quality energyproduct
- Lead and own system level firmware validation, new featuresdefinition, firmware regression, and firmware releases
- Develop and maintain automated firmware tests using Pythonlibraries
- Take part in hardware bring up and prototyping
- Degree in Electrical Engineering,Computer Engineering, or equivalent experience
- 3+ years of experience inhardware/firmware integration and validation
- Strong electrical engineeringfundamentals
- Strong understanding of electrical systems, including inverters, batteries, and solar PV arrays
- Experience with Python, C, C++
- Hands-on experience withelectrical, mechanical, and software engineering components and anunderstanding of how they interact in a complex product
- Must be comfortable with hands-onlab work (including the use of scopes, CAN tools, soldering irons, etc. asneeded to support integration)
- Exceptional analyticalproblem-solving skills, able to identify and surface issues within complexHW/SW systems
- Preferred: Working understandingof how grid-tied storage systems function and interact with the grid
- Preferred: Strong understanding ofdevice characteristics, gate driving circuit design, thermal design, magneticsdesign (inductors, transformers), power electronics topologies (AC/DC, DC/DC& DC/AC), modulation schemes, and control theories
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