Engineering intern-Wind Controls

Job Description Summary

Intern in Wind Control Engineering- FDI 3.0 Alarm Persistence and Recovery Architecture

Job Description

Intern will:

• Support in migration of FDI2.0, Update configurations, interfaces, and documentation under guidance

• Develop FDI3.0 architecture for alarm handling after power los

• Prototype and evaluate approaches for alarm persistence, recovery logic, data integrity, and state restoration

• Document architecture decisions and trade-offs and update the design memo to reflect proposed FDI3.0 architecture

• Support FDI3.0 rollout across subsystems and Run quality checks in simulation using SIL/HIL platforms

• Create validation status report, Ensure traceability from requirements to tests and results

Qualifications/Requirements

• Currently pursuing a BS/MS in Electrical/Computer/Software Engineering, Computer Science, or related field

• Solid fundamentals in one or more: embedded/controls systems, software engineering, or systems engineering

• Experience with at least one: Python, C/C++, or MATLAB/Simulink

• Strong analytical, problem-solving, and communication skills

Desired Characteristics

• Coursework/project experience in alarm management, resilience/recovery, or state machines or similar

• Experience with PLC programing, simulation or HIL validation platforms

• Exposure to power/energy systems or industrial controls is a plus

Outcomes

Intern will gain,

• Hands-on impact on a platform transition (FDI2.0 to FDI3.0) with real deliverables in architecture, validation, and rollout

• Mentorship from engineers across systems, controls, and QA

• Exposure to industrial-grade development and validation practices

• Experience on tools and softwares like Matlab, Python, Basic knowledge of sensor integration with the software and associated challenges

Additional Information