Model Based Software Engineer/Integrator

Project overview

Tech stack:

Development of various sensors and actuators within the HVAC (Heating, Ventilation, and Air Conditioning) field. Examples include air differential pressure sensors, air flow sensors, ultrasonic sensors, and variable air valve actuators.

• Matlab, Simulink, C++17, Python, VS Code, IAR, Git, OOP paradigm, UML, Bacnet, Modbus, MP, Ethernet TCP/IP, NFC, ARM
• Integration and Abstraction
• You will integrate low-level drivers into higher-level abstractions within modular components in Simulink, following software design requirements and diagrams provided for each feature. Multiple components are then assembled into a complete feature, which is integrated into one of the many products/applications being developed within the project.
• Coding and Code Generation:
• Most of the code is written in Matlab (following OOP principles) and Simulink. C++ code generation is used to enable integration with low-level drivers written in C++.
• C++ Development:
• A custom C++ code generator has been developed for this project; part of the role involves extending and upgrading it. A strong knowledge of C++ is expected to analyze the generated code and occasionally perform direct modifications in C++.

Responsibilities

• Creating new products and integrating previously developed features. Finding and fixing bugs/defects. Creating releases and testing functionality on hardware (including specific features, communication protocols, and product parameterization/configuration).
• Strong debugging and integration skills
• Experience in Embedded SW Development (C/C++)
• Experience with Matlab/Simulink
• Matlab scripting (ideally OOP Matlab)
• Modeling / Generating code
• Hands-on experience with MCUs
• Proactive approach to solving complex integration challenges
• Code review experience

Nice to have

• Experienced in using AI tools in day-to-day workflow
• Python scripting experience

Project details

• Start: ASAP
• Location: Remote, Wrocław, PL
• Rate: 110-175 EUR/h