Design Electrical systems for Domestic and Industrial level power plants .Select and design assembled components that meet needs and requirements for photovoltaic applications .Conduct experiments methodically, analyse data
Role & responsibilities Design Electrical systems for Domestic and Industrial level power plants Select and design assembled components that meet needs and requirements for photovoltaic applications Conduct experiments methodically, analyse data and interpret results Test and evaluate theoretical designs Implement designs on site and manage projects Evaluate final products overall performance, reliability, and safety Alter and modify design to meet requirements and to eliminate malfunctions Estimate budget and scope of project Solicit observations from operators Prepare project reports and documentation Engage in lifelong learning and develop new theories or methods Key competencies A keen interest in Environment and Energy Efficiency Familiarity with 2D or 3D engineering design tools (e.g., AutoCAD) Understanding of core concepts including functioning of solar PV plants, Inverters Charge Controllers, Batteries & monitoring solutions Good understanding of safety requirements of power generation plants Ability to communicate technical knowledge in a clear and understandable manner Technical writing skills Preferred candidate profile Perks and benefits
Role & responsibilities Design Electrical systems for Domestic and Industrial level power plants Select and design assembled components that meet needs and requirements for photovoltaic applications Conduct experiments methodically, analyse data and interpret results Test and evaluate theoretical designs Implement designs on site and manage projects Evaluate final products overall performance, reliability, and safety Alter and modify design to meet requirements and to eliminate malfunctions Estimate budget and scope of project Solicit observations from operators Prepare project reports and documentation Engage in lifelong learning and develop new theories or methods Key competencies A keen interest in Environment and Energy Efficiency Familiarity with 2D or 3D engineering design tools (e.g., AutoCAD) Understanding of core concepts including functioning of solar PV plants, Inverters Charge Controllers, Batteries & monitoring solutions Good understanding of safety requirements of power generation plants Ability to communicate technical knowledge in a clear and understandable manner Technical writing skills Preferred candidate profile Perks and benefits