Model Based Software Developer (RO)

Main Responsibilities:

• Develop and implement model-based control algorithms for HVAC systems, including actuators, valves, and smart sensor systems, with a focus on optimizing energy performance and system efficiency.
• Collaborate with the R&D team to create and refine HVAC-specific libraries and simulation models, using MATLAB/Simulink to accurately model HVAC behavior and ensure alignment with product performance standards.
• Work on custom-built embedded development platform, contributing to the development, integration, and optimization of platform-specific features, including a MATLAB/Simulink code generator.
• Build and maintain the underlying infrastructure for model-based development, ensuring seamless integration with code generation, testing, and simulation environments.
• Engage with cross-functional teams to gather, discuss, and document software requirements specific to HVAC control functions and ensure traceability from design through to deployment.
• Develop control functions using MATLAB/Simulink, Stateflow, and code generation tools, with automated code generation for embedded deployment.
• Define, implement, and automate verification, module, and unit tests. Conduct model-based simulations, MiL, SiL, and HiL testing to validate control algorithms.
• Maintain comprehensive documentation of work, including requirements, design, testing, and deployment processes for internal and regulatory compliance.

Your Key Skills:

• Master’s degree in Computer Science, Electrical Engineering, Mechatronics, or related field, with a focus on control systems or embedded software;
• Experience in model-based development for embedded systems in MATLAB/Simulink, Stateflow, with code generation using custom or platform-specific tools;
• Familiarity with embedded development on custom-built platforms; experience working with in-house or specialized platforms, including infrastructure and toolchain development, is a plus;
• Knowledgeable about control unit testing, including MiL, SiL, and HiL testing approaches;
• Familiar with regulated industry processes, including SPICE, ISO 9001, or similar, with a focus on quality assurance;
• Knowledge of HVAC systems, building automation, electro-mechanical systems as well as experience with libraries and simulation modeling is a strong plus;
• Proficient in English, both written and spoken; German is an advantage but not essential;
• Excellent analytical and problem-solving skills, organized and self-driven, with strong attention to detail.
• Proven team player with strong interpersonal skills;