We are HIRING for several exciting roles
Hardware Design Engineer
Company Overview:
Dorleco is a 360-degree controls software development & integration solution provider for electric and autonomous vehicle systems, focused on achieving its mission of developing sustainable & efficient vehicles with innovative, robust, and lean engineering practices. We provide a fast-paced R&D environment and deliver integrated solutions for mechanical, electrical, software, thermodynamic, and energy storage systems for modern electric and autonomous vehicle systems.
We are a trusted resource for full-time projects, overflow work, training, and resident engineering needs for the larger companies’ ePowertrain and ADAS engineering departments. We are also a certified Minority Enterprise by NMSDC!
We offer competitive salary and benefits plans including a comprehensive relocation package and great opportunities for career growth!
Location:
Farmington Hills, Michigan
Work Authorization Requirements:
- MUST be authorized to work in the United States for any employer.
- MUST be available to start working within 3 weeks of the offer acceptance date.
Required Skills:
- Experience 5-8 years
- Excellent knowledge of power conversion for low voltage (<60 V) & high voltage 60-800V)
- Experience in high power conversion units (>2KW), high currents (>100A), and high voltage (>250V)
- Experience in the automotive industry (minimum 3 years) desirable
- Proficient in DC-DC converters, Good analog, and digital design skills
- Fluent in schematics capture, layout, and simulation
- Very good practical knowledge of EMC, experience, and knowledge of MATLAB/SIMULINK along with PLECs, Good thermal management skills
- Good knowledge of electronics components market cost levels (cost-conscious design)
- Good understanding of mechanical packaging for embedded electronics
- Good understanding of electronics manufacturing (design for manufacturing, design for testing)
- Understanding and Capable of performing HV testing, Prototype debugging and testing,
- BOM cost analysis and optimization, FMEDA analysis, Specification writing, Block diagram drafting
- Schematic capture and layout, DFMEA analysis, Worst case analysis, Reliability analysis
- An understanding of Functional Safety (ISO26262) and how it relates to this product