M.E. Power System Engineering

This master in engineering program is designed by the SNS College of Technology integrating advanced technologies with power systems, making students engrossed in innovation and preparing them to excel in their fields. 

• Focusing on climate change and energy accessibility.
• Utilizing laboratories, wind tunnels, and simulation tools 
• Experience in power generation, transmission, distribution, and smart grid technologies.
• System stability, renewable energy integration, and advanced control strategies.

View Syllabus 

COURSE OVERVIEW 

The M.Tech. in Power System Engineering is a program designed to provide advanced knowledge and skills in modern power systems, focusing on analysis, stability evaluation, planning, reliability, and forecasting. The curriculum covers advanced topics such as high-voltage DC transmission, industrial electronics, power electronics and drives, renewable energy systems (wind and solar), and advanced computing techniques using microprocessors and microcontrollers. With an emphasis on addressing real challenges in power generation, transmission, distribution, and utilization, the program integrates theory and experience through laboratories and practical projects. 

Students gain expertise in economic, sustainable, and efficient energy generation, along with project management skills for cost and time-constrained environments. With a vision to become a center of excellence, the program equips aspiring engineers to contribute meaningfully to the evolving energy sector and society at large.

SKILLS COVERED 

• Creative skills to solve complex system challenges 
• Creating an adaptive mindset toward developing modern power solutions 
• Practical experience through working on real-world power system projects. 
• Understand the power system industries and how it works. 
• Promote advanced power system technologies and contribute to social responsibility. 

KEY FEATURES 

Course Facilitator Concept 

A strong foundation in power system fundamentals and practical experience in the power industry. 

Power Systems and Design 

Develop proficiency in the principles of power systems to create efficient and innovative ways of generating power. 

Design Thinking Integration 

Employ Design Thinking principles to develop innovative, user-centered solutions for aviation 

and space exploration problems. 

Master and Dive into Real-World Projects 

Opportunities to working in real power system  projects, utilizing industry associated labs,  

And gain exposure through internships and collaborations. 

Building Networks and Career Opportunities 

Providing students to create links with various industries and also with the alumni for wide network building and also career opportunities. 

Short one line HIGHLIGHTS can be given .on: (pick the best few and display it with a doodle 

art) 

1. The Innovation Hub (iHUB) empowers IT creativity to develop innovative products and 

services through collaboration and resource sharing. 

2. The SNS COVID-19 Welfare Scheme and SNS Founder Scholarship support students in 

achieving their dreams. 

3. Industry-associated labs offer a platform where education seamlessly connects with 

real-world learning. 

4. Dr. SNS Rajalakshmi College of Arts and Science Ranked 7th in the State for Science. 
5. Ten students officially attempted to set a Guinness World Record, marking an 

extraordinary milestone in their pursuit of excellence. 

6. Fifteen students have set a remarkable record in the India Book of Records, 

demonstrating their exceptional skills and dedication. 

7. Four career track options to help students choose the right path forward, offering tailored 

guidance for their professional journeys. 

8. First Indian educational institute to join the Global Design Thinking Alliance (GDTA), a 

significant accomplishment in its global collaboration efforts. 

9. The SNS Student Talent and Activity Center Fosters Strong Business Connections 

Between Industries and Students. 

10. SNS has established partnerships with 31 foreign universities, offering students expanded 

opportunities for global exposure and academic growth. 

11. Over 50 patents have been granted, paving the way for breakthrough ideas and 

innovations.