Work as hardware engineer in global new product development project with different RD function teams, and support senior hardware engineer for EE and EMC DVT, Trial Run, ECN, Part approval process.
Work with global team at other region for global projects.
Support existing product manufacture issues, including field issues supporting, manufacture issues supporting, 2nd source selection and test.
Support RD lab EHS, 5S and maintenance.
Requirements
Bachelor degree
Master
Nice to have: Electrical Engineering
Nice to have: Electronic engineering
Nice to have: Good English reading and writing skills
The Hardware Engineer is a key member of the hardware engineering team, responsible for hardware DVT, manufacture trial run, and supporting senior engineers for issue solution. This position is critical for CPSD new product development projects.
Responsibilities
Work as hardware engineer in global new product development project with different RD function teams
Support senior hardware engineer for EE and EMC DVT, Trial Run, ECN, Part approval process
Work with global team at other region for global projects
Meeting and discuss with global team
Support existing product manufacture issues, including field issues, manufacture issues supporting, 2nd source selection and test
Requirements
Bachelor degree in Electrical Engineering
Bachelor degree in Electronic engineering Major
Nice to have: Master degree
Nice to have: Experience of power electronics application design
Conduct research in advanced power electronics packaging and power semiconductor modules, supporting externally funded projects and collaborating with faculty, students, industry partners, and research organizations.
Compensation
Commensurate with education and experience.
Responsibilities
Conduct research in advanced power electronics packaging and power semiconductor modules
Develop and evaluate advanced power module packaging concepts and technologies through modelling, simulation, fabrication, and experimental characterization
Investigate electrical, thermal, mechanical, reliability, and manufacturability aspects of advanced power module packaging
Contribute to externally funded research projects and collaborate with faculty, students, industry partners, and other research organizations
Requirements
Ph.D. in Electrical Engineering or a closely related field
Nice to have: power module packaging materials and fabrication processes
Nice to have: baseplates, substrates, die attach, soldering, sintering, wire/ribbon bonding, wire-bondless interconnects
The University of Arkansas is seeking a Postdoctoral Research Scientist III to conduct research in advanced power electronics packaging. The candidate will contribute to the development of advanced power semiconductor modules and packaging technologies, specifically focusing on wide-bandgap (WBG) and ultra-wide-bandgap (UWBG) devices.
Responsibilities
Conduct research in advanced power electronics packaging and power semiconductor modules.
Develop and evaluate advanced power module packaging concepts and technologies through modelling, simulation, fabrication, and experimental characterization.
Investigate electrical, thermal, mechanical, reliability, and manufacturability aspects of advanced power module packaging.
Contribute to externally funded research projects and collaborate with faculty, students, industry partners, and other research organizations.
Maintain collegial, harmonious working relationships with others.
Requirements
Ph.D. in Electrical Engineering or a closely related field
Nice to have: power module packaging materials and fabrication processes
The Electromagnetic Design Engineer is responsible for the design, analysis, optimization, and validation of advanced electric motor technologies and electromagnetic systems. This role develops electromagnetic machine architectures from concept through production.
Responsibilities
Design and develop electromagnetic architectures for brushless DC motors, permanent magnet synchronous motors, integrated motor-drive systems, and other advanced electric machine technologies.
Optimize stator and rotor designs to meet performance objectives such as torque density, thermal performance, and total system cost using electromagnetic design tools.
Perform detailed electromagnetic finite element analysis (FEA) simulations related to magnetic flux distribution, torque production, cogging torque, Back EMF, loss mechanisms, and dynamic machine performance.
Correlate simulation results with experimental testing and continuously refine design models.
Collaborate with controls and drive engineering teams to define motor control strategies and performance requirements.
Requirements
Bachelor's Degree in Electrical Engineering
Nice to have: Master's Degree in Electromagnetic, Electric Machines, or Power Electronics