94 Job openings found

Key Responsibilities: Maintenance & Repair: Perform preventative and corrective maintenance on motors, generators, switchgear, transformers, control systems, and lighting. Troubleshooting: Diagnose and fix faults in electrical equipment, PLCs, AC drives, and instrumentation using test equipment (voltmeters, thermal scanners). Installation & Upgrades: Install, modify, and upgrade electrical systems, wiring, and control circuits. Safety & Compliance: Strictly adhere to safety protocols ...

A Shift Incharge (Operations/Maintenance) in a power plant supervises daily activities, ensuring safe, efficient power generation by leading the shift team, monitoring equipment (boilers, turbines, electrical systems), troubleshooting issues, coordinating maintenance, managing safety protocols (like Permits to Work), and ensuring accurate reporting, acting as the key person for emergency response and continuous ...

An Assistant Manager - Mechanical (Power Plant) in a steel company oversees daily mechanical maintenance, operations, and repairs of power generation equipment (boilers, turbines, WHRB) to ensure maximum uptime, efficiency, and safety. They manage shift teams, plan preventive/corrective maintenance, manage spare parts inventory, and ensure adherence to safety protocols.    Key Responsibilities Operations & ...

A Shift Engineer in a steel manufacturing power plant supervises shift operations (DCS, boiler, turbine, and BOP) to ensure efficient, safe, and continuous power generation. Responsibilities include monitoring equipment parameters, managing startups/shutdowns, conducting preventive maintenance, enforcing safety protocols (PTW), and troubleshooting, while managing technicians to minimize breakdowns.  Key Responsibilities Operational Control: Independently manage the ...

 "Electrician TPP JD" refers to a job description for an electrician position at a Thermal Power Plant (TPP). The key responsibilities would revolve around maintaining and repairing electrical systems within the TPP, including power generation equipment, and ensuring compliance with safety regulations and electrical codes.    Here's a more detailed breakdown of what an ...

An Electrical Engineer designs, develops, tests, and supervises the manufacturing of electrical systems and equipment. They work on a wide range of projects, including power generation, communication systems, electronic devices, and even electrical systems for vehicles and aircraft. Their work involves everything from initial design and testing to ensuring safety standards and troubleshooting ...

A Head of Instrumentation (HOD Instrumentation) in a power plant manages the entire process control and measurement systems (DCS, PLCs, field instruments like transmitters, analyzers) for safe, efficient, and reliable power generation, focusing on planning maintenance, leading a technical team, ensuring compliance, troubleshooting complex issues, budgeting, and driving reliability and automation upgrades for ...

An Electrical Engineer designs, develops, tests, and supervises the manufacturing of electrical systems and equipment. They work on a wide range of projects, including power generation, communication systems, electronic devices, and even electrical systems for vehicles and aircraft. Their work involves everything from initial design and testing to ensuring safety standards and troubleshooting ...

planning and designing power stations and power generation equipmentdetermining the type and arrangement of circuits, transformers, circuit-breakers, transmission lines and other equipmentdeveloping products such as electric motors, components, equipment and appliancesinterpreting specifications, drawings, standards and regulations relating to elec planning and designing power stations and power generation equipmentdetermining the type and arrangement of ...

An electrical engineer designs, develops, tests, and maintains electrical systems, components, and products for various industries. Key responsibilities include creating technical drawings and specifications, ensuring systems meet safety and quality standards, collaborating with teams, and overseeing installation and manufacturing processes. They apply electrical engineering principles to improve products and systems, from power generation ...