Embedded Software Development Engineer – Signal Processing & Instrumentation (Munich)&##128205; Location: Munich, Germany
&##128336; Weekly Hours: 40h
&##128197; Start Date: ASAP (flexible)
&##128188; Contract Type: Long-term project-based (up to 24 months)
&##128176; Salary Range: Up to €90,000/year (senior level, depending on experience)
&##127968; Remote Work: Hybrid (onsite + limited remote)
&##128295; About the Role
We are looking for a passionate Embedded Software Engineer to join a high-impact engineering team in the field of next-generation signal processing and measurement systems. In this role, you’ll contribute to the development of cutting-edge embedded software for high-performance electronic instrumentation used in R&D and industrial applications.
&##128161; Your Responsibilities
Design and implement low-level embedded software for high-speed data acquisition systems
Work on Linux-based embedded platforms (user-space and close to hardware)
Develop and optimize code for real-time signal processing
Debug and test directly on hardware devices (oscilloscopes, measurement systems)
Collaborate with cross-functional teams, including hardware and signal integrity engineers
Contribute ideas to software architecture and design discussions
&##127919; Your Profile
Degree in Electrical Engineering, Computer Science, Physics, or related field
Minimum 3 years of experience in embedded development using modern C++ under Linux
Solid understanding of digital signal processing or electronics measurement
Experience with Git, CMake, and modern development workflows
Strong focus on clean code, object-oriented design, and software quality
Fluent in German (C1) and English (B2+)
Strong sense of ownership, commitment, and ability to work in a team
&##127775; Nice to Have
Experience with tools like Conan, CLion, or Visual Studio
Familiarity with hardware bring-up, schematics, or oscilloscopes
Background in test automation or continuous integration for embedded systems
&##129309; Why You Should Apply
Work on real engineering challenges that impact next-generation electronics
Be part of a stable, long-term R&D environment with a modern tech stack
Great mix of autonomy, innovation, and structured engineering culture
Competitive compensation with hybrid working flexibility