This position is leadership level 6 and ranges from $132,800-$250,800. Final determination of salary grade will be based on candidate's skills and experience, and base salary will be set within the applicable range according to job scope, responsibility and competitive market value.
Responsibilities
Perform HV system simulation and/or co-simulation incorporating HV battery, traction inverters, electric motors, motor control algorithms, and other relevant subsystems to characterize and optimize HV system performance
Characterize HV and LV system interoperability through system modeling using system simulation tools such as MATLAB-SIMULINK, PLECS, and PSIM
Use simulation tools to model and predict HV system behavior, perform feasibility studies and provide guidance to cross functional teams
Utilize HV system fault modeling techniques to diagnose and root cause HV system issues
Develop and implement electric motor control algorithms using MATLAB-SIMULINK
Requirements
B.S in Electrical, or Computer Engineering, or other relevant fields
Master’s or PhD degree in Power Electronics
Nice to have: Master’s or PhD degree in Power Electronics
Nice to have: 15+ years of combined Power Electronics HW design and HV system modeling experience
Nice to have: Advanced problem-solving tools such as fish-bone diagram, Design For Six Sigma (DFSS), FA report, 8D documentation
F
Bachelorarbeit "Stabilitätsanalysen eines netzbildenden Wechselrichters"
A technical lead role acting as a bridge between customers and internal engineering teams, supporting sales through bids, capturing requirements, and managing project delivery.
Responsibilities
Customer-facing technical lead for utilities, developers, EPCs, industrial, and data centre customers
Sales support including qualifying opportunities and joining customer meetings
Lead technical content of bids, tenders, and RFx responses
Capture, challenge, and document customer and site requirements
Benchmarking conventional transformers against alternative solutions
Requirements
Degree in Electrical or Electronic Engineering, or a related discipline
Assist in hardware development of PV and energy storage systems, focusing on power semiconductor application, simulation, design, prototyping, testing, and documentation.
Responsibilities
Assist in selection and application verification of power semiconductors
Participate in simulation analysis of PV and energy storage system circuits
Assist in design of system hardware circuits
Assist in production of hardware prototypes and testing
Help sort out hardware design documents, BOM and test reports
Requirements
Master's degree in Electronic Engineering, Electrical Engineering, Power Electronics or related majors
Electronics Engineer I to develop advanced electronics for space and terrestrial robotics.
Compensation
$97,656 - $114,192
Responsibilities
Own technical development of electronics, including specification, architecture, simulation, PCB design, laboratory testing, and mission infusion
Design analog, digital, and power electronics circuits for space and terrestrial robotics
Identify candidate technologies, design test fixtures, and support heavy ion testing to evaluate new parts for radiation effects
Collaborate with JPLers across disciplines to integrate your designs into complex robotic missions and instrument systems
Dream up and propose new projects to solve the hardest problems in space and on earth
Requirements
Bachelor’s degree in electrical engineering, robotics engineering, or similar technical discipline
Nice to have: lead new hardware projects from concept to realization
Nice to have: intense curiosity to understand new techniques
Nice to have: propose new electronics projects and win funding
Nice to have: deep understanding of analog, digital, or power electronics including modelling, analysis, and test of component stress, worst-case performance, and radiation effects
Lead design and development of space and terrestrial robotics electronics, including power, analog, digital, and PCB design, simulation, testing, and integration into complex missions.
Compensation
$115,544 - $138,008
Responsibilities
Own technical development of electronics, including specification, architecture, simulation, PCB design, laboratory testing, and mission infusion
Design analog, digital, and power electronics circuits for space and terrestrial robotics
Identify candidate technologies, design test fixtures, and support heavy ion testing to evaluate new parts for radiation effects
Collaborate with JPLers across disciplines to integrate your designs into complex robotic missions and instrument systems
Dream up and propose new projects to solve the hardest problems in space and on earth
Requirements
Bachelor’s degree in electrical engineering, robotics engineering, or similar technical discipline
Master’s degree in a similar discipline
Ph.D. in a similar discipline
Nice to have: lead new hardware projects from concept to realization
Nice to have: intense curiosity to understand new techniques
Staff High Voltage System Architect and Simulation EngineerFord · Allen Park, US
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