Control Software Engineer – Turbine Control (TC)
DEIF A/S (company site, opens in a new tab)4–8 yrsOn-siteDirect career pageEst. 10–18 LPA
Posted on 31 Aug
Your match
Against your primary resume
Log in to see your match score
Create a free account or log in to unlock your CV match score across:
- Role fit
- Experience
- Industry relevance
Reach people at DEIF A/S
People at this company you can reach
Log in to see who works here
Create a free account or log in to see the people at DEIF A/S you could write to:
- Recruiters & HR
- People in this function
- Work addresses
Protocol Intelligence
How competitive this role is
Competition
Background fit
Strictness
Log in to see why each signal reads the way it does.
Job description
Structured overview of role & requirements
About This Role
- Develop, maintain and enhance embedded software in C/C++ for Steam and Hydro turbine control applications with a focus on real-time, state machine-based control systems.
- Collaborate closely with Product Management and cross-functional global teams to define features, resolve technical issues, and contribute to the software roadmap including migration to CODESYS-based platforms.
- Support verification, validation, debugging, troubleshooting, and technical support activities for mission-critical turbine control products used in power generation.
Minimum Requirements
- 4–8 years of experience in Embedded Software Development.
- Bachelor's or Master's degree in Electronics, Electrical, Instrumentation, Computer Engineering or related field.
- Strong programming skills in C and C++ with experience in real-time embedded systems and state machine architecture development.
- Experience with industrial communication protocols such as CAN/CANopen, Modbus RTU/TCP, or EtherCAT.
Ideal Candidate Profile
- Experienced embedded software engineer comfortable working in a global, cross-functional and technically complex environment involving product management and engineering teams internationally.
- Strong domain knowledge or interest in turbine governor systems, turbine control philosophy, power plant automation, or industrial power generation control systems.
- Proficient in debugging, root cause analysis, and capable of designing robust, maintainable software for safety-and mission-critical industrial automation applications.