Engineering Role

Hire a Embedded Systems Engineer

Find embedded systems engineers who develop firmware and software for hardware products.

Role Overview

Embedded systems engineers develop the software and firmware that runs inside physical products — from cars and medical devices to industrial controllers and consumer electronics. They work at the intersection of hardware and software, programming microcontrollers and embedded processors in C/C++, developing device drivers, implementing communication protocols, and optimizing for real-time performance within tight resource constraints.

A Day in the Life

Embedded engineers write and debug firmware in C/C++, use oscilloscopes and logic analyzers to troubleshoot hardware-software interfaces, integrate and test communication protocols, optimize code for memory and power constraints, conduct code reviews, and collaborate with hardware engineers on board bring-up and testing.

Career Path

Embedded Software Engineer → Senior Embedded Engineer → Lead/Principal Embedded Engineer → Embedded Architecture Lead → Director of Embedded Engineering → VP/CTO

Why Use a Specialized Recruiter?

Embedded engineering sits at the hardware-software boundary, requiring evaluation of both software development skills and hardware understanding. Assessing whether a candidate can work with real-time constraints, debug hardware interfaces, and optimize for resource-limited environments requires specialized technical knowledge.

Quick Facts

Salary Range:
$95,000 - $175,000
Experience Levels:
Entry-Level to Principal (0-20+ years)

Key Skills

C/C++ (embedded)RTOS (FreeRTOS, VxWorks, QNX)Microcontrollers (ARM, STM32, ESP32)Hardware debugging (oscilloscope, logic analyzer)Communication protocols (SPI, I2C, UART, CAN)Linux kernel/drivers

Valued Certifications

MISRA C certificationFunctional safety (ISO 26262, IEC 61508)

Need to Hire a Embedded Systems Engineer?

Pre-screened candidates within 48 hours.

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Frequently Asked Questions

What programming languages do embedded engineers use?
C is the dominant language for embedded systems, followed by C++. Python is used for test automation and scripting. Rust is emerging for safety-critical embedded systems. Assembly language knowledge is valued for low-level optimization and debugging.
Is RTOS experience important?
For many embedded roles, yes. FreeRTOS is the most commonly used RTOS, followed by VxWorks (aerospace/defense), QNX (automotive), and Zephyr (IoT). Some embedded systems run bare-metal (no OS) or embedded Linux. We match candidates to your specific platform.
How do you evaluate embedded engineering candidates?
We assess C/C++ proficiency, RTOS experience, hardware interface debugging skills, communication protocol knowledge, and understanding of real-time constraints. For safety-critical industries (automotive, medical, aerospace), we also evaluate functional safety standard knowledge.

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