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  • Engineering Course

ELECTRICAL ENERGY SYSTEMS

  • 1 Colleges

Electrical Energy Systems is a two-year postgraduate degree in Electrical Engineering.

About Electrical Energy Systems

In today's culture, electrical energy is essential. It fuels production and transportation, provides heat and light, and is crucial for modern life. The necessity for secure energy supplies with little environmental impact is one of society's most pressing issues. This degree satisfies that requirement. It creates engineers with the technical understanding and skills needed to take on this task and all other complex issues involving electrical power applications. The search for renewable and carbon-neutral energy sources and their integration into the current power grid necessitates creative engineering solutions involving fuel cells, solar, wind, wave, and tidal technology. The course will teach you to design and create electric/electronic hardware systems for effective renewable energy conversion, control, and power delivery using advanced electrical and power electronics engineering concepts. It aids in identifying and resolving existing and future electrical engineering issues relating to energy sources, generation, conversion, transmission, use, efficiency, protection, and control within the context of long-term sustainability.

What is Electrical Energy Systems?

Electrical Energy Systems is a two-year postgraduate degree in Electrical Engineering. Distributed generation, system design and regulation, power system control and protection, alternative energy systems, power quality, smart metering, smart grids, and active network devices, and power electronics are all topics covered in this course. This curriculum provides the skills and expert experience needed to boost a career significantly in the electrical power business through analysis, planning, operation, and management. Electronic and electrical theory, analogue and digital circuits, arithmetic, business management, and software engineering are among the technical subjects studied by students. To obtain practical instruction in critical engineering applications and project management skills, they complete group-based laboratory projects such as creating hydrogen-powered vehicles and developing wireless communications. The curriculum focuses on building an advanced technical grasp of electrical power and renewable energy system design, control, and integration and their applications. You'll also complete an individual, industry-focused research project to aid in developing the project management abilities required of professional engineers. The course is career-oriented, and once completed, it opens many doors in a variety of fields.

Eligibility and Career in Electrical Energy Systems

Students interested in the course electrical energy systems should have an Engineering Degree. in a related field with a CGPA of 60 per cent or higher. For admittance to this specialized course, several of the most prestigious universities and institutes hold an entrance examination. Graduates in electrical and electronic engineering, a related engineering subject, or relevant work experience are eligible for this course. Applicants should have a strong understanding of numerical/computational elements, which is required for this course. Electrical Energy Systems Employment Areas is Research and Development Centres, Colleges & Universities, Electricity Boards, Atomic Power Plants, Hydroelectric Power Plants, Thermal Power Plants, Power Corporations, Robotics, Biomedical Electronics, Petroleum, Steel and Chemical Plants, Natural Gas Plants and Hydro-Electricity Sector. Electrical Energy Systems Job Types are Development & Test Engineer, Verification Engineer, Project Head, Electrical Product Design Engineer, Chief Engineer, Engineering Technologist, Operations Manager, and Workshop Manager.

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