10 Companies Hiring Firmware Engineers

These engineers write the code that hardware reads before it can turn on.

Written by Brooke Becher
Published on May. 26, 2026
A person writing code on a computer
Image: Shutterstock
REVIEWED BY
Ellen Glover | May 26, 2026
Summary: Firmware engineers build the code that helps hardware start, run and respond on command. From AI-first devices to aerospace, this article spotlights major employers that are actively hiring.

Firmware engineers write the low-level code that tells hardware how to function. These specialists operate at what’s called the “bare metal” level between physical chips and the user-facing software people actually interact with. They handle bootloaders, power-on sequences and the deterministic control loops that govern hardware behavior. On average, firmware engineers make about $167,000 a year, according to ZipRecruiter. 

The following companies are industry-leading employers hiring the engineers who build the specialized firmware inside today’s most advanced processors, electric vehicles, satellites, flight-control systems and robotics.

Top Companies Hiring Firmware Engineers

  • Nvidia
  • Apple
  • SpaceX
  • Tesla
  • Qualcomm

Related ResourcesFind Your Next Job on Built In

 

Top Companies Hiring Firmware Engineers

Headquarters: Hawthorne, California

Founded: 2002

Company size: 15k+ employees

Industry: Aerospace, Satellites, Telecommunications

SpaceX firmware engineers write hard real-time, fault-tolerant C++ for bare-metal flight computers and Starlink phased-array antenna hardware. These roles focus on power electronics controls, FPGA design, hardware bring-up, JTAG debugging, logic analyzers and hardware-in-the-loop testing for its rockets, satellites and spacecraft.

 

Headquarters: Cupertino, California

Founded: 1976

Company size: 160k+ employees

Industry: Consumer Electronics, Semiconductors, Software

Firmware engineers at Apple work in the pre-OS layer across more than 2.5 billion active devices. They build secure enclave microcode, device drivers, DMA, interrupt schemes and wireless stacks for Wi-Fi, Bluetooth and Thread. Their work helps A-series and M-series chips deliver strong performance per watt across products like the iPhone and Vision Pro.

 

Headquarters: Bethesda, Maryland

Founded: 1995

Company size: 120k+ employees

Industry: Defense, Aerospace

Firmware engineers at Lockheed Martin build hardened embedded systems for stealth aircraft, missile defense, radar and space platforms. Working on mission-critical defense systems under extreme conditions, their work spans secure boot, RTOS integration, FPGA-based signal processing, VHDL, Verilog and hard real-time C++ for systems such as AESA radar and autonomous flight computers.

 

Headquarters: North Reading, Massachusetts

Founded: 2012

Company size: 14k+ employees

Industry: Warehouse Automation, Logistics, Robotics

To date, Amazon Robotics has deployed one million robots to move products throughout its global network of fulfillment centers. Firmware engineers there build the safety-critical software that controls this autonomous robotic fleet. They work with real-time control loops, motor-drive firmware, low-level drivers, hardware abstraction layers, C/C++ and Rust for resource-constrained systems.

 

Headquarters: Santa Clara, California

Founded: 1968

Company size: 80k+ employees

Industry: Semiconductors, Computing Infrastructure

Intel’s firmware engineers write the foundational code that lets processors communicate with memory, peripherals and operating systems. The company’s teams work on UEFI BIOS, platform firmware, microcode, C++, Rust, PCIe, ACPI and silicon enablement for everything from PCs and servers to AI accelerators.

 

Headquarters: Santa Clara, California

Founded: 1993

Company size: 40k+ employees

Industry: Semiconductors, AI Infrastructure, Automotive Technology

Nvidia’s firmware engineers build the silicon-enablement layer that brings Blackwell-class GPUs from cold boot to production-ready AI infrastructure. The work here spans SoC initialization, memory subsystems, ARM M-class microcontrollers, Zephyr or FreeRTOS and secure communication across GPUs, switches and sensors.

 

Headquarters: Arlington, Virginia

Founded: 1916

Company size: 170k+ employees

Industry: Aerospace, Defense

Boeing is the world’s largest aerospace company. Its firmware engineers develop embedded avionics and board-level software for its 14,000 commercial fleet and defense aerospace systems. The work covers hardware bring-up, board support packages, custom kernel work, bootloaders and flight-ready software built to meet strict aviation safety standards.

 

Headquarters: San Diego, California

Founded: 1985

Company size: 50k+ employees

Industry: Semiconductors, Telecommunications, Automotive Technology

Qualcomm chips are built into more than 5 billion devices worldwide. Its firmware allows the company’s signature Snapdragon SoCs to communicate across mobile, automotive and edge devices. Engineers there work on physical-layer modem firmware, hardware abstraction layers, bootloaders, secure boot, SoC power-state management, Linux kernel bring-up and device tree configuration.

 

Headquarters: Austin, Texas

Founded: 2003

Company size: 100k+ employees

Industry: Electric Vehicles, Robotics, Energy

Tesla firmware engineers write the deterministic code behind motor controls, battery-management systems, high-voltage safety loops and CAN/LIN communication stacks. Their work supports its electric vehicles and so-called Full Self-Driving platform, charging ports and Optimus humanoids, where deployment-ready code and sub-millisecond latency are central to performance.

 

Headquarters: Fairfax, Virginia

Founded: 1899

Company size: 12k+ employees

Industry: Defense, Communications, Aerospace

General Dynamics Mission Systems’ firmware engineers work close to the hardware behind secure battlefield communications, satellite payloads and classified defense platforms. That means writing microcontroller code, cryptographic firmware and networking logic, then using JTAG, logic analyzers and low-level interfaces like I2C and SPI to make sure sensitive data can move reliably across mission-critical systems.

 

Related Articles

Industry InsightsHow Great Tooling Shapes Modern Engineering

More Job OpportunitiesTop Companies Hiring Embedded Systems Engineers

Related ReadingMechatronics Is Taking Off. Here’s How You Can Get In on the Action.

 

Explore Job Matches.