Vision & Mission

Vision:To create a strong teaching, learning, innovation and research environment with inclusive improvement of students and global participation so that the institute is regarded as global centre of learning through meaningful, devoted and determined efforts of all stakeholders.

Misssion:

M1:Excelling in professional career and/or higher education and research in developing innovative technologies by acquiring sound knowledge in basic sciences, professional cores and interdisciplinary subjects of electrical engineering and to encourage a global perspective and the adoption of global best practices.

M2:Imparting meaningful learning centric education in both professional core and inter disciplinary subjects with latest advancement to bridge the gap between industry and academia.

M3:Inculcating a deep sense of organizational behavior, financial management, values, ethics, societal responsibilities and environmental awareness.

M4:Developing communication skills in the students to help them adopt and contribute more under diverse and dynamic working climates.

Program Educational Objectives (PEO)

• To empower students with a comprehensive theoretical knowledge and practical skills to solve real life problem in the domain of electrical engineering and provide a conducive environment to ignite the creative minds to develop some state-of-the-art tools and technologies.
• To keep the students abreast with current trends and future frontiers of emerging technologies in order to adapt under changing industrial environment.
• To follow the professional code of conduct, inculcate values and ethics and to know the norms of financial management.
• To develop sound communication skills and to promote a cooperative spirit to work in group and also to motivate and support students towards startups and entrepreneurship by getting a startup club/chapter in department.

Program Outcomes (PO)

• Graduates of Electronics and Communication Engineering (ECE) Programme will be able to apply knowledge of mathematics, science, engineering and humanities for solving Engineering problems.
• Graduates will be able to define problems an provide solutions by designing and conducting experiments, interpreting and analyzing data and reporting the results.
• Graduates will be able to design manufacturing systems that would encompass system design requirements as demanded by the industry/customer.
• Graduates will be able to identify, comprehend, analyze, design and synthesis of the information to solve complex engineering problems with proper validation.
• Graduates will be able to develop skills and techniques to handle state-of-the-art engineering applications.
• Graduates will be able to understand professional, health, safety, legal, cultural and social responsibilities.
• Graduate will be able to practice impact engineering solutions for economic, environmental and global development.
• Graduates will be able to apply ethical principles, responsibility and norms of the engineering practice.
• Graduates will be able to function and lead a group of members for multi-disciplinary projects.
• Graduates will be able to communicate, represent problems related to engineering society.
• Graduates will be able to use the modern engineering tools, techniques, financial skills and management principles to function as a member and leader in a team, to manage projects in multi-disciplinary environments.
• Graduates will be able to engage in resolving engineering problems and contemporary issues to acquire lifelong learning.

Program Specific Outcomes (PSO)

• Identify, formulate and solve various real time problems of Electrical Machines, Power System, Control System, Power Electronics and Electrical Drives, Microprocessor, Digital Signal Processing and other interdisciplinary subjects with the knowledge of basic science and engineering science as prerequisites, design various types of machine and power system components with cost minimisation, explain Indian Electricity Rules, Energy Acts for safety of society, tarrif and energy savings.
• Perform laboratory experiment in a group using various electrical technilogies, both modern hardware and software tools like MATLAB, ETAP, Mi-Power, PSpice used in industry and prepare reports tabulating & analysing the results/ data drawing the circuit disgram & graphs to enable the documentation capability and solve engineering problems using programming languages like C, C++, JAVA which will help them in being recruited by software industries.
• Carry out project on new age technologies like renewable energy sources, power quality, energy management/savings, smart grid, wireless system, automatic control system, embedded systems based on modern technologies like IoT and defend their project work in front of experts which help in developing the capability of doing team work, satisfying the requirement of the present day working environment.
• Communicate, write term paper integrating various information in standard format to that of a research paper for effective & life-long learning, present seminar on recent developments in engineering & technology, fulfilling social, behavioural, managerial, ethical & cultural requirements.

Eligibility

• B.E./B.Tech in Electrical Engineering / Electrical and Electronics Engineering or relevant discipline from a recognized university or institution
• Valid GATE score or qualified in Post Graduate Entrance Test conducted by MAKAUT / WBJEEB or as per Government of West Bengal norms
• Admission through centralized counselling conducted by WBJEEB / MAKAUT, along with a limited number of seats under Management Quota as per regulatory guidelines
• Candidates must satisfy minimum eligibility criteria and academic requirements as prescribed by AICTE and the affiliating university
• Few seats are available on First Come First Serve basis for direct admission, subject to eligibility and approval norms

Career Path

Graduates of the M.Tech in Power System Engineering program have strong career prospects in core electrical and energy sectors. They can pursue roles such as power system engineers, protection and control engineers, electrical design engineers, and energy consultants in organizations involved in power generation, transmission, and distribution. Opportunities are available in public sector undertakings (PSUs), state electricity boards, renewable energy companies, and private power utilities, where professionals are required to manage and optimize modern power infrastructure and smart grid systems.

In addition to industry roles, the program also prepares students for careers in research and academia. Graduates can opt for doctoral studies (Ph.D.) in reputed institutions and contribute to advancements in areas such as renewable energy integration, smart grids, and sustainable power systems. Opportunities also exist in government research organizations and technical institutions, where graduates can engage in teaching, innovation, and policy-driven projects, building a strong foundation for long-term professional growth.

Syllabus

FAQs

Syllabus details go here.