Digital Signal Processing (DSP) Engineer – MATLAB en Derio, España

●Degree or Technical/Higher Engineering in Electronics or similar

●At least 1 year of experience in real-time analog and digital signal processing.

●Expert proficiency in MATLAB for system simulation and the use of signal processing and advanced control toolboxes.

●Experience in the mathematical implementation and tuning of Kalman, Notch, adaptive, and FIR/IIR architectures.

●Knowledge in the processing of signals coming from load cells or similar sensor systems, including mechanical noise and vibrations.

●Experience applying artificial intelligence or Machine Learning techniques to the prediction, cleaning, and filtering of physical signals.

●Familiarity with transferring MATLAB models to embedded environments and their execution limitations.

●Knowledge of C/C++ and FPGA or DSP platforms.

What do we offer?

• Immediate incorporation into a dynamic, close-knit, and collaborative team.

• Involvement in the different phases of the project: definition, design, calculation, manufacturing, validation, and commissioning.

• Diverse challenges that will allow you to expand your knowledge and avoid monotony.

• Ongoing training and professional development opportunities.

• An environment in which you will be able to contribute solutions, assume responsibilities, and grow with every project.

• Competitive remuneration, in accordance with your experience and knowledge.

• Flexible remuneration plan and other social benefits, according to Iddtek's policy.

At IDDTEK, we are looking to incorporate a digital signal processing engineer into our product design and development unit to participate in a project for the design and manufacture of weighing systems. We are looking for a person with advanced proficiency in MATLAB and experience in filtering physical signals to develop solutions that allow for improved stability and precision in dynamic weighing.

If you are looking for an engineering position with varied projects, new challenges, and the opportunity to continue developing professionally, we want to meet you!

The selected person will perform the following functions within the team:

●Model and simulate in MATLAB the physical system and the transient behavior of load cells in dynamic weighing applications.

●Design, implement, and compare different advanced filtering architectures to stabilize noisy high-frequency signals.

●Evaluate and adjust Kalman, Notch, adaptive, and FIR/IIR filters, seeking a balance between precision, stability, and computational efficiency.

●Define the final algorithm and prepare the models, pseudocode, or code necessary to facilitate its implementation in the company's hardware.