Software Architect - Wind Turbine Supervisory Control Systems

We're Hiring: Software Architect - Wind Turbine Supervisory Control Systems

Are you a seasoned Software Architect with a passion for innovation and problem-solving in Supervisory Control Systems and looking for a next challenge If so, we want you to be part of our team!

Senvion India is one of the leading turbine manufacturers in the wind energy sector. Wind energy is moving into a new phase, defined more than ever by one all-important question: how to generate a maximum of energy at the lowest possible LCOE To answer this question, we work with passion and commitment to make wind energy competitive and profitable for our customers. We keep challenging ourselves to continuously improve the performance of our turbines and we never settle for less than outstanding service – it's our way of making the wind work a little harder for our customers. Our new distinctive look reflects this attitude, with bold, dynamic images that capture the power of the wind and a clear and concise language. Our new strapline sums it up in just four words: We make wind perform.

Senvion is seeking a talent professional with 8-10+ years of experience in leading the architecture, design, and validation of advanced supervisory control software for wind turbines. Drive innovation in embedded systems and model-based development, ensuring scalable, maintainable, and grid-compliant control platforms aligned with renewable energy standards.

Key Responsibilities

• Architect and evolve the supervisory control software platform for wind turbines.
• Define software modularity, interfaces, and integration strategies across turbine subsystems.
• Lead model-based design initiatives using MATLAB/Simulink and Stateflow.
• Ensure robust communication protocol implementation across distributed control nodes.
• Guide SiL/HiL testing strategies and simulation-based validation.
• Collaborate with cross-functional teams to align software architecture with mechanical, electrical, and grid requirements.
• Drive adoption of digital twin technologies for predictive control and performance optimization.
• Support certification and compliance efforts for safety-critical software aligned with IEC standards.

Preferred Qualifications

• Proven experience in software architecture for control systems in renewable energy or industrial automation.
• Deep understanding of IEC 61400, grid compliance, and safety-critical software development.
• Experience with digital twin environments, simulation platforms, and predictive modelling.
• Familiarity with certification processes for embedded control software.