Our client has an opening for a passionate Hardware Engineer who can think outside the box to find new and better ways to design quality electrical products. Someone with a strong drive whos drawn to creative problem solving and to the challenges of designing prototypes and improving existing products. As a member of the technical team, youll work on projects from concept to manufacturing release. A unique hands-on opportunity for someone who loves engineering!
Location: Addison, TX, 100% on-site
Relocation: Will assist.
Citizenship: U.S. Citizens
Salary: Junior: 80-100k, Mid-level: 105-130k + Bonus & 401k 4% match
What will you be doing?
- Design and develop electrical prototypes and production units
- Utilize the full electrical design cycle: concept, design, schematic capture, PCB layout, testing, system integration, and manufacturing release
- Work with microprocessors/microcontrollers, FPGAs, analog circuitry, audio/video data compression and encryption, 803.3 fiber
optic-based networks, 802.11 wireless networks, and LED lighting systems
- Responsible for performing design valuation and testing, including highly accelerated life testing, environmental qualification testing
- Produce and maintain technical documentation
- Take an electrical lead on specific projects following department processes and standards
- Conceive, research, and implement engineering design changes yielding improvements in manufacturability
Qualifications
- Bachelor in Electrical Engineering or a related field
- Mid-Sr level experience in hardware engineering, electrical design
- Digital or Analog design experience
- Familiarity with schematic capture and PCB routing software such as OrCAD/Allegro PCB Designer or similar tools
- Background working with diagnostic tools (oscilloscopes, logic analyzers, spectrum analyzers, etc.)
What will make your résumé stand out?
- Knowledge of FAA and/or MilSpec requirements
- Proficiency in using FPGA design tools for one position.
- Experience with Ethernet and/or electro-optical design
- Experience using Xilinx FPGAs and toolset
