Embedded Software Engineer

IDEX Corporation•Wheeling, IL

9d•$127,200 - $190,800

About The Position

The Embedded Software Engineer is a key member of the IDEX-Dispensing team. He/She will work both with local team members as well as with global dispensing units (FFM & FMA) on key design and development activities in embedded systems – driver and firmware development. This will include coordination of research and development, new IoT product initiatives, and related engineering activities.

Requirements

Minimum 5 years of experience in embedded driver/ firmware development using C programming.
Strong hands-on experience on Board support package and Board bring-up is a big plus
Must have strong understanding and experience with control systems, algorithm implementation, and signal processing
Basic communication protocol UART, SPI, I2C, DMA, I2S, Advance communication protocol USB will be added advantage
Working knowledge of OLED display (driver)
Ability to read schematic diagrams and understand peripheral interface is necessary
Comfortable using Oscilloscopes, Debuggers, Logic Analyzers
Experience using Python or the like to write external test code to validate embedded code
Familiar with revision control systems like SVN or Git
Ability & willing to work hands on
Should be able to conduct design review & evaluate job of third-party companies

Nice To Haves

Prior history in advanced technical environment such as Automotive, Heavy equipment, Industrial Application, or Healthcare.
Experience working in cross functional global application teams (ex: Europe, India / Asia, etc.) a major plus.

Responsibilities

Design, develop, and maintain embedded drivers and firmware with a strong focus on C programming for embedded systems.
Develop and support real-time embedded applications using RTOS, ensuring reliability, performance, and scalability.
Lead board support package (BSP) development, including board bring-up, hardware validation, and low-level debugging.
Utilize Python or similar scripting tools to support automation, testing, debugging, and development workflows.
Communicate effectively across engineering teams, demonstrating a clear understanding of performance, quality, and delivery standards in a professional engineering environment.
Drive effective technical collaboration with cross-functional internal teams as well as external partners, suppliers, and contractors to deliver high-quality solutions.
Ability to leverage AI tools for coding