Relay Engineer

Company Description Positive Power Engineering is an electrical engineering company focused on delivering reliable and efficient power system solutions for industrial, commercial, and utility clients. The organization specializes in protection, control, and power distribution services that support safe and stable operation of electrical networks. Team members collaborate on technically challenging projects involving modern protection technologies and industry standards. The company values safety, quality, and continuous improvement, providing opportunities for professional growth and learning. Positive Power Engineering is building a skilled workforce committed to high-performance engineering and client service.

Role Description The Relay Engineer role at Positive Power Engineering is a full-time, on-site position based in Vadodara. The person in this role designs, configures, and tests protection relay schemes for transmission and distribution systems, generators, transformers, and industrial loads. Typical responsibilities include preparing protection settings, performing coordination studies, and reviewing single-line diagrams and control schematics. The Relay Engineer conducts relay testing and commissioning, troubleshoots protection issues, and supports field teams during installation and maintenance activities. The role also involves documenting test results, preparing technical reports, collaborating with project managers and other engineers, and ensuring compliance with relevant standards, safety practices, and client specifications.

Qualifications

• Strong knowledge of power system protection principles, relay coordination, and fault analysis.
• Experience with protective relays from major manufacturers (e.g., numerical and microprocessor-based relays) and their configuration software.
• Ability to read and develop single-line diagrams, wiring diagrams, panel layouts, and control schematics.
• Hands-on experience with relay testing equipment, commissioning procedures, and troubleshooting methods.
• Familiarity with applicable standards and codes (such as IEC, IEEE, local grid codes) and utility protection practices.
• Proficiency with engineering and analysis tools (e.g., power system simulation software, calculation tools, and standard office applications).
• Relevant academic background such as a degree or diploma in Electrical Engineering or a closely related field.
• Effective communication and documentation skills, with the ability to work safely, collaboratively, and independently in on-site environments.
• Prior experience in substation, transmission, or industrial power projects is beneficial; willingness to learn and adapt to new technologies is valued.