M.Tech. in Power System is one of the traditional specialization of the Electrical Engineering which deals with the study and application of electricity and electronics. Masters in Power System is a two-year postgraduate program imparting basic knowledge in main disciplines such as power system stability, transmission and distribution, economic load dispatch, distribution system planning, control systems, communications, power generation, renewable energy sources, electrical machines, etc.
COER University offers M.Tech in Power System that defines an advanced age of hardware, software, and networks that connect physical infrastructure with analytical computing systems. This programme offers state-of-art technical training in power grids and economic, societal, and cultural factors to prepare students for future challenges, preserving the total energy chain. The power system course curriculum of the programme enables students to fulfill the global competency in industry and academia. It offers the ideal combination of academic and practical knowledge, thereby making an environment with endless knowledge.
The candidate must have completed graduation under in any relevant engineering stream, securing at least 55% marks or equivalent CGPA in aggregate, from a recognized university.
2 years (4 Sem)
PEO-1: To build the soundest professional career and/or be capable enough to further acquire higher education by attaining sufficient knowledge, understanding, and practical skills in the domain.
PEO-2: To comprise exemplary attitude, communication skills, teamwork, and administration in their occupation and adjust to lifelong learning.
PEO-3: To includes vast academic and experimental knowledge of fundamentals to enable them to use it to expand the enterprise and community in general.
PSO-1: To use the knowledge of engineering sciences required to investigate, explore and prepare complex electrical and electronic devices, systems, and software
PSO-2: To develop systems in the electrical area that satisfy chosen requirements in naturalistic constraints such as ethical, economic, health, environmental, social, political, safety, manufacturability, and sustainability
PSO-3: To use understanding of mathematics via probability; linear algebra; and complicated variables; in the context of electrical engineering problems
PSO-4: To perform in multidisciplinary associations to resolve efficient electrical engineering problems
PSO-5: To understand and conduct experiments and assess results with insight relevant to their education and practical training.
(i) ETAP: ETAP stand for Electrical Transient and Analysis Program. It is the most comprehensive analysis platform for the design, simulation, operation, and automation of generation, distribution, and industrial power systems.
(ii) PSCAD: PSCAD (Power Systems Computer Aided Design) is a powerful and flexible graphical user interface to the world- renowned, EMTDC electromagnetic transient simulation engine.
(iii) MATLAB: MATLAB is a programming and numeric computing platform used by millions of engineers and scientists to analyze data, develop algorithms, and create models.
(iv) GAMES Software: Mainly used to evaluate the power flow between the power system buses.