Hardware Engineer

LER TechForce; Oklahoma City (OK); On-site; USD 90,000 - 120,000; Full time

Job summary

LER TechForce in Oklahoma City seeks an Electronics Engineer/Hardware Engineer to design, validate, and industrialize electronics for robust wireless control products. You will handle schematic design, component selection, board bring-up, and ensure compliance readiness.

Collaborate with embedded, RF, mechanical, and manufacturing teams; drive prototype bring-up, define test methods, and contribute to DFMEA and design reviews.

Qualifications

• Bachelor's degree in Electrical Engineering or equivalent.
• 3+ years of board-level design and validation experience for embedded products (analog/digital/power).
• Proficiency with ECAD tools and lab instrumentation.

Responsibilities

• Design, validate, and industrialize electronics for robust wireless control products; schematics, components, board bring-up, DFM/DFS, and compliance readiness.
• Collaborate with embedded, RF, mechanical, compliance, and manufacturing teams to translate concepts into dependable products.
• Create mixed-signal schematics (MCUs, power, sensors, comms, HMI); guide PCB layout for signal integrity, thermal, and EMI.
• Lead prototype bring-up, define test methods and fixtures; work with software for board enablement and diagnostics.
• Engineer interfaces and system integration with receivers/transmitters, actuators, and safety-relevant I/O; address harnessing and enclosure considerations.
• Prepare design documentation (BOMs, specs, test reports); support EMC/EMI, environmental, and regulatory testing.

Skills

Board-level design

Debugging

Lab instrumentation

System integration

Education

Bachelor's degree in Electrical Engineering

Tools

Altium/OrCAD

Oscilloscope

Multimeter

Job description

Are you looking to work for a company that provides an innovative work environment, and your voice is heard? We have a position for an Electronics Engineer/Hardware Engineer in Oklahoma City.

NO VISA SPONSORSHIP AVAILABLE

Who we are:

LER TechForce is an industry leader in embedded controls, software, functional safety, and engineering talent. For over 20 years LER has been working with customers across North America. Follow us at: LER TechForce on LinkedIn.

What you will be doing:

• Design, validate, and industrialize electronics for robust wireless control products, covering schematic design, component selection, board bring-up, DFM/DFS, and compliance readiness.
• Partner closely with embedded, RF, mechanical, compliance, and manufacturing teams to move concepts to dependable products used in demanding environments.
• Create mixed signal schematics (MCUs, power, sensors, comms, HMI); guide PCB layout for signal integrity, thermal, and EMC.
• Drive prototype bring-up and verification; define test methods and fixtures; collaborate with software for board enablement and diagnostics.
• Engineer interfaces and system integration with receivers/transmitters, actuators, and safety-relevant I/O; collaborate on harnessing and enclosure considerations.
• Prepare design documentation (BOMs, specs, test reports); support EMC/EMI, environmental, and regulatory testing with compliance engineering.
• Participate in gated product development, design reviews, DFMEA inputs, change control, and release to manufacturing.
• Integrate functional safety principles into design, verification, and documentation.

What you'll need to be successful:

• Bachelor's degree in Electrical/Electronics Engineering (or equivalent experience).
• 3+ years of experience in board-level design and validation for embedded products (analog/digital/power).
• Proficiency with ECAD tools (e.g., Altium/OrCAD), lab instrumentation, and practical debugging.

Preferred:

• Experience with industrial communications protocols (CAN/J1939), isolation strategies, and robust power design for mobile/heavy equipment use.
• Awareness of functional safety concepts and product compliance pathways (FCC/RED/UL/NEC; ATEX/IECEx exposure a plus).
• Hands-on collaboration with firmware teams on bootloaders, drivers, and board diagnostics; familiarity with secure design and lifecycle controls.