Farmington Hills, Michigan, United States · On-site
$75k–$85k/yr
The Hardware Design Engineer that will be responsible for the design and development of various embedded systems, including both hardware and some firmware design. The engineer will have a detailed knowledge of the produ…
Skills: Embedded Hardware Design, Embedded Software Design, CAN Vehicle Networks, LIN Vehicle Networks, Embedded RTOS
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The engineer is responsible for the design and development of embedded systems, including hardware and firmware. Key tasks include generating functional and design specifications, conducting design reviews, and resolving product development issues.
Candidates need 2-5 years of experience in embedded hardware/software design and vehicle networks (CAN/LIN). Proficiency with electronics CAD systems, PCB design, and debugging tools is required.
The Hardware Design Engineer that will be responsible for the design and development of various embedded systems, including both hardware and some firmware design. The engineer will have a detailed knowledge of the product functional specification, will conduct design reviews, and resolve product design issues. The candidate should have minimum 2-5 years of engineering work experience and an understanding of embedded hardware and software design.
Responsibilities include, but are not limited to:
To succeed in this role, you will need to have the following skills and experience:
Precision. Either it is, or it isn’t. With Dearborn it is. We guarantee it. Marketing language aside, precision is the condition of being exact and accurate. Precision machining is the process of removing material from a workpiece while holding very close tolerance finishes, converting it from one function to another. Precision machining can be accomplished through gundrilling, trepanning, honing, CNC milling and turning, centerless grinding, all services provided by Dearborn. Precision machining makes modern life and commerce possible. From the production of aircraft components to medical implants, surgical tools to military applications, precision machining touches every technology and industry. As an example of what we mean by precision, Dearborn routinely holds gundrilling tolerances to a variation of less than .002” up to a bore length of 32’ long. Holding a tolerance that tight is the equivalent of throwing a dart completely straight and hitting a dead-center bullseye of a dart board… 3 miles away! If that sounds difficult, it’s because it is. Dearborn handles this type of precision and accuracy every day. When you need precision, you need Dearborn.
Offices: 678 Front St, Berea, OH 44017, US
Precision. Either it is, or it isn’t. With Dearborn it is. We guarantee it. Marketing language aside, precision is the condition of being exact and accurate. Precision machining is the process of removing material from a workpiece while holding very close tolerance finishes, converting it from one function to another. Precision machining can be accomplished through gundrilling, trepanning, honing, CNC milling and turning, centerless grinding, all services provided by Dearborn. Precision machining makes modern life and commerce possible. From the production of aircraft components to medical implants, surgical tools to military applications, precision machining touches every technology and industry. As an example of what we mean by precision, Dearborn routinely holds gundrilling tolerances to a variation of less than .002” up to a bore length of 32’ long. Holding a tolerance that tight is the equivalent of throwing a dart completely straight and hitting a dead-center bullseye of a dart board… 3 miles away! If that sounds difficult, it’s because it is. Dearborn handles this type of precision and accuracy every day. When you need precision, you need Dearborn.
Offices: 678 Front St, Berea, OH 44017, US
