Maintenance and Operation: Ensuring that all equipment in the hydropower plant is properly maintained and operated to ensure maximum efficiency and safety.Start up and shut down all plant equipment independently. Issue safe work permits and prepare equipment for maintenance in compliance with all, guidelines, policies and procedures.Troubleshooting: Identifying and diagnosing any problems or issues that arise with the equipment or processes in the power plant and working to resolve them.Safety and Compliance: Ensuring that all safety regulations and compliance standards are met and that all employees are properly trained and informed about safety protocols.Data Collection and Analysis: Collecting and analyzing data related to the operation of the hydropower plant, including energy production, equipment performance, and efficiency metrics.Optimization: Continuously evaluating and optimizing the performance of the hydropower plant to maximize energy production and minimize downtime.Planning and Coordination: Working with other departments within the hydropower plant, such as maintenance, engineering, and finance, to ensure that all aspects of the operation are coordinated and aligned with the overall goals of the plant. Identify and scope out opportunities to maximize production, minimize operating costs, and eliminate downtime.Reporting: Preparing reports and presentations for management and other stakeholders to communicate performance metrics and updates on the operation of the power plant. Responsible for managing inventory levels for equipment, spare parts, and materials needed for plant operations. Keeping track of inventory levels, ordering materials as needed, and ensuring that inventory is properly organized and maintained.

Automation: Implementing and overseeing automated systems and processes to increase efficiency and reduce manual labor.Digitalization: Utilizing digital technologies to optimize the performance of the hydropower plant and improve communication and data management.Renewable Energy: Maintaining and operating equipment related to the production of renewable energy, such as hydropower turbines and generators.Predictive Maintenance: Utilizing data analysis and predictive modeling to anticipate and prevent equipment failure before it occurs.Energy Efficiency: Monitoring and optimizing the energy efficiency of the hydropower plant to reduce waste and improve overall performance.Safety Culture: Developing and promoting a strong safety culture throughout the plant, including implementing safety protocols, providing training, and conducting regular safety inspections.Team Collaboration: Collaborating with other engineers and technicians to ensure that all aspects of the hydropower plant operation are aligned and working together efficiently.Environmental Sustainability: Ensuring that the hydropower plant is operating in an environmentally sustainable manner, including monitoring and reducing its carbon footprint.Regulatory Compliance: Ensuring that all regulations and compliance standards are met, including reporting to regulatory agencies and maintaining accurate records.Data Collection and Analysis: Collecting and analyzing data related to the operation of the hydropower plant during the shift, including energy production, equipment performance, and efficiency metrics.Optimization: Continuously evaluating and optimizing the performance of the hydropower plant during the shift to maximize energy production and minimize downtime.Training and Development: Providing training and support to junior staff members to ensure that they are properly trained and equipped to carry out their responsibilities.Documentation: Maintaining accurate and detailed records of plant.

Maintenance: Developing and implementing maintenance programs to ensure that electrical equipment related to the generator, turbine, governor, and other parts in the hydropower plant are maintained and functioning properly.Troubleshooting: Diagnosing and resolving electrical problems that arise with the generator, turbine, governor, and other parts in the hydropower plant.Upgrades: Assessing existing electrical equipment related to the generator, turbine, governor, and other parts in the hydropower plant and determining when upgrades are necessary to improve efficiency, safety, and reliability.Control Systems: Maintaining and upgrading electrical control systems related to the generator, turbine, governor, and other parts in the hydropower plant, including Programmable Logic Controllers (PLCs) and Supervisory Control and Data Acquisition (SCADA) systems.Automation: Implementing and overseeing automated electrical systems related to the generator, turbine, governor, and other parts in the hydropower plant to increase efficiency and reduce manual labor.Testing: Conducting regular testing of the electrical equipment related to the generator, turbine, governor, and other parts in the hydropower plant to ensure that they are functioning properly.Power Quality: Ensuring that power quality is maintained in the electrical equipment related to the generator, turbine, governor, and other parts in the hydropower plant to minimize downtime and maximize equipment performance.Renewable Energy: Maintaining and operating electrical equipment related to the production of renewable energy, such as hydropower turbines and generators.Data Analysis: Analyzing electrical data related to the generator, turbine, governor, and other parts in the hydropower plant to optimize performance and reduce downtime.