Embedded GNSS Software Engineer — Space Sensors (Hybrid)

Terma Group; Søborg; Hybrid; DKK 600,000 - 900,000; Full time

Benefits offered by this job

International Environment

Flexible Working Hours

Comprehensive Benefits Package

Well-being Perks

Social and Professional Events

Competence networking

Job summary

Terma Group in Denmark is seeking a software engineer to develop embedded GNSS solutions, turning advanced algorithms into robust real-time software. You will collaborate with platform, SDR/FPGA teams and test, integrate, and optimize the embedded GNSS software.

You will join a close-knit team of 10 colleagues and student workers, work across disciplines, and contribute to continuous improvements while ensuring reliability and performance in mission-critical systems.

Qualifications

• Around 5 years hands-on embedded software experience.
• Proficient in C and/or C++.
• Experience with embedded Linux.
• Familiar with unit testing as part of development.
• Good understanding of multithreading and real-time systems.
• Familiar with signal processing concepts.

Responsibilities

• Develop and maintain embedded software for GNSS solutions.
• Collaborate with the platform architect and SDR/FPGA development team.
• Implement and test new software features and functionality.
• Contribute to integration, debugging and optimization of the solution.
• Translate complex requirements and algorithms into reliable software.
• Participate in technical discussions and contribute to continuous improvements.
• Collaborate with colleagues across different technical disciplines.

Skills

Embedded software

C/C++

Embedded Linux

Unit testing

Multithreading

Signal processing

GNSS/SDR

Tools

GNU Radio

RFNoC

UHD

Job description

Terma Group in Denmark is seeking a software engineer to develop embedded GNSS solutions, turning advanced algorithms into robust real-time software. You will collaborate with platform, SDR/FPGA teams and test, integrate, and optimize the embedded GNSS software.

You will join a close-knit team of 10 colleagues and student workers, work across disciplines, and contribute to continuous improvements while ensuring reliability and performance in mission-critical systems.