Embedded Sensor Engineer - Diagnostics & Analytics

Vestas

Favrskov Kommune

On-site

DKK 700,000 - 950,000

Full time

3 days ago

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Job summary

Vestas is seeking a software engineer to advance Advanced Sensing & Diagnostics within Power Solutions. You will develop embedded software and algorithms for wind sensor solutions, support project delivery in an agile setting, and take technical ownership of critical results.

You will apply MATLAB/Simulink and C/C++ skills to design, implement and analyze sensor data, enabling higher turbine reliability and efficiency.

Qualifications

Master’s Degree in Software Engineering, Control Engineering, Electrical Engineering or similar background
4+ years’ experience in embedded software & data analytics environment. Experience with C++, Matlab / Simulink
Experience in sensor engineering, including reliable management of project sub-tasks
Good skills within physics and data analytics, which enables you to understand turbine physics easily and analyze large sets of data efficiently
Highly accountable and self-motivated
Collaborative and capable of setting a positive example for the group while maintaining high standards of quality
Welcomes change and takes initiative to identify improvement ideas and resolve issues effectively
Very good communication skills for external and internal stakeholder management
Ability to connect with stakeholders inside and outside the company

Responsibilities

Project Delivery & Execution: Deliver technical and turbine projects reliably within an agile framework, managing your assigned tasks from initial concept through deployment
Technical Ownership: Guide critical technical results while helping the team streamline operations and adopt effective best practices
Algorithm & Control Development: Design and develop advanced algorithms and embedded software for smart sensing and diagnostics solutions
Diagnostics & Root Cause Analysis: Conduct complex root cause analysis (RCA) to pinpoint potential turbine performance issues and sensor data anomalies
Requirements Engineering: Help shape and improve functional and non-functional software requirements for turbine control systems
Process Excellence: Participate in the advancement of internal processes, software frameworks, and engineering tools to improve how we work