Job Description Summary

Job Description

Role Overview

As a Excitation Systems Engineer, you will support the design, testing, and field support of excitation control systems for synchronous generators. This is an ideal role for an early-career engineer looking to develop deep technical expertise in power plant control systems, working closely with experienced engineers to ensure reliable system engineering.

Key Responsibilities

• Engineering Support: Assist in the preparation of electrical schematics, wiring diagrams, and technical specifications for excitation cubicles low to high rating generators of Hydro, Steam, Gas plants etc.
• Control Logic: Participate in the review and modification of control software logic (function blocks and ladder logic) under the guidance of senior staff.
• Testing & Validation: Support factory acceptance testing (FAT) and assist with site commissioning, including checking field wiring and performing signal loop checks.
• Coordination: Participate to technical discussion with customers and vendors and Participate to engineering Optimization, Standardization & Simplification efforts & Establish tools, template & processes to enable faster turnaround and improve productivity.
• Documentation: Maintain project technical files, update "as-built" documentation, and assist in drafting technical reports for clients.
• Problem-Solving: Help troubleshoot minor control system issues by analyzing alarm logs and event records from the excitation controller.

Required Qualifications

• Education: Bachelor’s degree in Electrical Engineering.
• Experience: 1–2 years of professional experience in an electrical engineering role (internships and co-ops will be considered).
• Technical Skills:
  • Foundational knowledge of power systems and rotating machinery (synchronous generators).
  • Proficiency with CAD software (e.g., AutoCAD, EPLAN) for electrical schematics.
  • Basic understanding of control theory and feedback systems.
  • Ability to read and interpret electrical wiring diagrams and logic flowcharts.
• Soft Skills: High attention to detail, eagerness to learn complex control systems, and strong verbal and written communication skills.

Desired Characteristics

• Knowledge of different electrical codes / standards for designing the excitation system & elsewise.
• Knowledge of engineering tools e.g., AutoCAD, E3 for electrical design, Inventor for Mechanical design etc.
• Exposure to industrial control systems (PLCs, DCS, or specific excitation controller platforms).
• Basic programming skills or experience with simulation software (MATLAB/Simulink).
• Willingness to travel to power plant sites for commissioning support (typically 10–25% travel).

Additional Information