Software Engineer - Embedded Firmware

Cooperidge Consulting Firm•Bethlehem, PA

About The Position

Cooperidge Consulting Firm is seeking a Software Engineer – Embedded Firmware for a "Top Place to Work" award-winning industrial technology leader in Bethlehem, PA. In this role, you aren’t just a number; you are a key architectural contributor working alongside Electrical, Mechanical, and Manufacturing Engineers to build new technology for a global industrial customer base. You will focus on designing embedded microcontrollers for power electronics, analog, and digital applications. This organization is led by a progressive team that explicitly bans the phrase "That’s how we’ve always done it," encouraging every employee to challenge the status quo and innovate.

Requirements

Bachelor’s degree in Computer Science, Electrical Engineering, or a related field is REQUIRED.
Minimum of five (5) or more years of experience in Embedded Firmware development is REQUIRED.
Proven experience in a manufacturing or industrial electronics environment.
Device Drivers: Expert-level understanding of communication protocols ( I2C, SPI, UART, Ethernet ).
Source Control: Deep appreciation for and mastery of version control systems and documentation standards.
Microcontrollers: Strong background in programming microcontrollers for analog/digital applications and power electronics.
Debugging: Advanced creative debugging skills and a passion for solving complex architectural "puzzles."
Collaboration: Ability to work in a highly transparent environment where Engineering, Operations, and Production are fully integrated.
Curiosity: A lifelong learner mindset with a desire to adopt new techniques from peers and mentors.
Balance: Passionate about high-quality code while maintaining a healthy work-life integration.

Responsibilities

Firmware Development: Design and develop robust embedded firmware for microprocessors utilized in high-performance power electronics.
Low-Level Programming: Develop and optimize device drivers for critical microprocessor resources, including I2C, SPI, UART, Ethernet , and various memory devices.
Production Support: Create and write code for circuit board test fixtures; develop standardized test and calibration procedures for high-volume production.
Collaborative Design: Actively participate in cross-functional team meetings (3x weekly) to align engineering projects with company KPIs and customer needs.
Systems Integration: Partner with Electrical and Manufacturing teams to ensure seamless integration of firmware with new and existing hardware platforms.
Continuous Improvement: Identify and execute opportunities to improve product functionality and production efficiency within a "no walls" departmental structure.