About this opportunity
We are looking for a passionate Digital Algorithm Developer to join our cutting-edge Algorithms team in Lund. In this role, you will contribute to the development of current and next-generation radio solutions by designing advanced algorithms and bringing them to life through efficient hardware implementations.
If you are a recent graduate with a strong technical foundation, eager to learn and solve real-world engineering problems, and excited about applying theory to practice in a collaborative team, this is a great opportunity. You’ll thrive here if you enjoy working in teams, are proactive, and want to grow by working at the intersection of signal processing, hardware design, and emerging AI/ML techniques for real-time communication systems.
You’ll be part of a highly collaborative and agile environment working across global teams, where innovation, ownership, and continuous learning are encouraged.
What you will do
- Contribute to early studies and concept development for current and future radio solutions.
- Design, develop, and optimize digital signal processing (DSP) algorithms.
- Build and maintain behavioural models and simulation frameworks.
- Support development of end-to-end system simulations to evaluate algorithm performance under real-world conditions.
- Build and configure integrated lab setups, combining hardware and software components.
- Execute performance evaluations, measurements, and validation activities.
- Collaborate with cross-functional teams across algorithm, ASIC/FPGA, and system domains.
The skills you bring
- MS in Electrical Engineering, Mathematics, Signal Processing, System on Chip, Artificial Intelligence/Machine Learning or related field.
- Solid grounding in the field of Mathematics, optimization, statistics, or adaptive algorithms.
- Good knowledge of Digital Signal Processing concepts and implementation techniques.
- Knowledge of algorithm design, simulator building and behavioural modelling languages such as Matlab, Simulink, Python, or C/C++.
- Understanding of ASIC/FPGA design flows and hardware-aware algorithm design.
- Experience in RTL implementation of designed algorithms and HDL languages such as VHDL, Verilog or System Verilog.
- Knowledge of Artificial Intelligence/Machine Learning.
- Knowledge of telecommunication systems and RF (radio frequency) fundamentals.
- Experience working with lab equipment, including signal analysers, signal generators, and power supplies.
- Additional experience with AI/ML techniques applied to signal processing or communications, High-Level Synthesis (HLS) tools, digital/analog/mixed-signal IC design, and power amplifier technologies or FPGA prototyping platforms is a plus but not required.
