Hardware Engineer

Safe Fleet
San Antonio, United States of America
7 days ago

Role details

Contract type
Permanent contract
Employment type
Full-time (> 32 hours)
Working hours
Regular working hours
Languages
English
Compensation
$ 120K

Job location

San Antonio, United States of America

Tech stack

Software Applications
C Sharp (Programming Language)
C++
CAN Bus
Communications Protocols
Software Debugging
Firmware
Hardware Design
Python
RS-232
Serial Communications
Software Engineering
Universal Asynchronous Receiver/Transmitter
Hardware Testing
Pcb Layout

Job description

Responsible for the full lifecycle of new/current hardware products. From initial design and prototyping through production deployment. Will also design and implement local programs to help with our production processing and quality control systems. Key Responsibilities:

  • Hardware Development: Design, prototype, and test custom hardware solutions for our TireViewLIVE and TST product lines, including circuit design, component selection, and PCB layout collaboration.
  • Complete knowledge of CANBus and Serial communication protocols
  • Testing & Validation: Design and execute comprehensive hardware testing procedures, from bench testing to environmental (Real-World) testing.
  • Documentation: Maintain technical documentation for hardware designs, software interfaces, and production procedures.
  • Troubleshooting: Debug complex issues that span hardware, firmware, and software issues., Description Leidos's Air and Space Force Division has an opening for a Chief Engineer supporting the Air Force (AF). The selected candidate will serve as the Chief Engineer for t…
  • 17 hours ago

Requirements

  • Bachelor's degree or equivalent work experience
  • Proven hardware design experience with demonstrable products that you can discuss in detail.
  • Familiarity with Python or C# for desktop application development.
  • Strong embedded programming skills in C/C++ or similar low-level languages
  • Hands-on experience with CANBus and Serial (RS-232/RS-485/UART) communication protocols.
  • Practical electronics knowledge: ability to read schematics, use oscilloscopes and logic analyzers, and debug hardware issues.
  • Production environment experience: understanding design-for-manufacturing principles and creating tools that work reliably on a factory floor.
  • Understanding of regulatory compliance (FCC, CE, automotive standards)

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