Master of Science programs in Smart Grids and Energy Systems are really important nowadays because they also open up great job opportunities. People who complete these programs can find work in companies that are focused on renewable energy and smart technology. They can work as energy analysts, grid operators, or even in government agencies shaping energy policy. With the world moving towards cleaner energy sources, the demand for professionals with these skills is growing. So, besides helping make our energy systems better, these programs also offer a path to exciting and meaningful careers in the field.
M.Sc. Smart Grids Energy Systems
Outline
Path 1
A student needs to earn 30 credit hours from coursework i.e. 10 courses each of 3 credit hours
Path 2
A student needs to earn 24 credit hours from coursework i.e. 8 courses each of 3 credit hours along with 6 credit hours of thesis. Student needs to study three core courses, at least four elective courses from Electrical Engineering department and three courses from the list of approved elective courses from other faculties/departments of the university. Approval from Head of the Electrical Engineering Department and the concerned Deans is required to take courses from other faculties/departments.
List of Core Courses
A student needs to study at least 3 out of 6 core courses.
- Research Methodology
- Stochastic Processes
- Smart Grids
- Renewable Energy Systems
- Power Electronics for Renewable Resources
- Advance Power Systems
Road Map
List of Elective Courses from Electrical Engineering Department
- S.No Course Code Course Title
- 1EE6xxxSmart Grid Technologies and Applications
- 2EE7xxxSmart Grid System Security
- 3EE7xxxMeta-Heuristic Optimization Algorithms in Power Systems
- 4EE7xxxRenewable Energy Integration
- 5EE7xxxMicrogrids
- 6EE6xxxData Analytics for Smart Grid
- 7EE6xxxEnergy Storage Systems
- 8EE6xxxEnergy Management Systems
- 9EE7xxxAdvance Power System Protection
- 10EE7213Power System Economics
- 11EE7xxxFACTS Devices and HVDC Systems
- 12EE7xxxDigital Control System
- 13EE5613Linear System Theory
- 14EE7243Control of Electric Machine Drives
- 15EE7xxxPower System Quality
- 16EE6xxxPower System Dynamics and Stability
- 17EE6xxxHigh Voltage Engineering
- 18EE7xxxAdvance Power Converters
- 19EE6xxxMicro-electromechanical system
- 20EE6503Internet of Things
- 21EE5xxxEmbedded Systems & Applications
- 22EE7xxxSelected Topics in Power System Protection
- 23EE8xxxAdvance Power System Operation & Control
- 24EE7xxxElectricity Markets
- 25EE7253Industry 4.0
- 26EE7xxxSmart Grids Operation and Economics
- 27EE7xxxPower Systems for Biomedical Engineering
- 28EE7xxxReliability Engineering
- 29EE5213Grapy Theory and Network Optimization
- 30EE6xxxCyber Security
Courses from other Faculties
- S.No Course Code Course Title
- 1ME5013Engineering Project Management
Admission Criteria
- A minimum of 16 years of education leading to Electrical Engineering, Power Engineering, Electronics Engineering or Electronics, Engineering/Applied Physics,
- Mechatronics Engineering, Computer Engineering, and other engineering disciplines are peripherally related to power, electronics or electrical engineering. Students with 16 years of education in Science and Technology are also eligible to apply.
- Minimum 2.00/4.00 CGPA or 50% marks in annual system
- UCP Admission Test/HEC Approved Test
Prospects
Graduates of an MS in Smart Grids and Energy Systems program are poised for exciting and impactful careers at the forefront of the energy transition. The growing emphasis on sustainability, renewable energy integration, and grid modernization has created a robust demand for skilled professionals in this field. Potential career paths include:
- Smart Grid Engineer: Designing, developing, and implementing smart grid technologies and systems.
- Energy Analyst: Analysing energy consumption patterns, identifying efficiency opportunities, and developing energy-saving strategies.
- Renewable Energy Project Manager: Overseeing the development and implementation of renewable energy projects.
- Energy Consultant: Providing expert advice on energy efficiency, grid modernization, and regulatory compliance.
- Research and Development: Contributing to the advancement of smart grid technologies through research and innovation.
- Energy Policy Analyst: Developing and evaluating energy policies and regulations.
Fee Structure
M.Sc. Smart Grids and Energy Systems
- Sr. No. COURSE NAME FEE PER CREDIT HOUR Total Fee
- 1M.Sc. Smart Grids and Energy Systems14,300454,000
