Programs

M.Tech in Thermal Power Engineering

The M.Tech in Thermal Power Engineering at Srinivas University offers in-depth training in thermal sciences, energy systems, and sustainable power generation technologies. The program blends theoretical learning with practical applications, enabling students to design, operate, and optimize advanced thermal systems. Graduates are equipped to tackle real-world energy challenges and contribute to innovations in the power and energy sector.

To impart a strong foundation in thermal engineering principles and modern power generation technologies.
To train students in design and analysis of thermal systems, including power plants, heat exchangers, and renewable energy systems.
To encourage research and innovation in energy efficiency, clean energy technologies, and sustainable power systems.
To develop professionals capable of solving real-world thermal and energy system problems using simulation and computational tools.

Industry-Aligned Curriculum: Includes subjects like advanced thermodynamics, heat transfer, computational fluid dynamics (CFD), and power plant engineering.
Practical Exposure: Hands-on training in thermal labs, CFD simulations, and energy auditing.
Research Opportunities: Final-year project or thesis in emerging areas such as renewable energy, clean coal technologies, and waste heat recovery.
Guest Lectures & Industrial Visits: Regular interaction with power industry professionals and visits to thermal power plants.
Placement Support: Opportunities in energy companies, government sectors, R&D organizations, and academia.
Modern Infrastructure: Equipped with advanced laboratories and simulation software for thermal analysis.

Course Objectives

To impart a strong foundation in thermal engineering principles and modern power generation technologies.
To train students in design and analysis of thermal systems, including power plants, heat exchangers, and renewable energy systems.
To encourage research and innovation in energy efficiency, clean energy technologies, and sustainable power systems.
To develop professionals capable of solving real-world thermal and energy system problems using simulation and computational tools.

Course Features

Industry-Aligned Curriculum: Includes subjects like advanced thermodynamics, heat transfer, computational fluid dynamics (CFD), and power plant engineering.
Practical Exposure: Hands-on training in thermal labs, CFD simulations, and energy auditing.
Research Opportunities: Final-year project or thesis in emerging areas such as renewable energy, clean coal technologies, and waste heat recovery.
Guest Lectures & Industrial Visits: Regular interaction with power industry professionals and visits to thermal power plants.
Placement Support: Opportunities in energy companies, government sectors, R&D organizations, and academia.
Modern Infrastructure: Equipped with advanced laboratories and simulation software for thermal analysis.

Course Syllabus

Course Duration

2 Years (4 Semesters – Full Time)

Course Eligibility

Bachelor’s Degree in Mechanical Engineering or related discipline with a minimum of 50% aggregate marks (45% for SC/ST candidates).

Admission is based on merit and/or entrance test/interview as per university norms.

Candidates with GATE scores are given preference.

Course Fees

Power the Future of Energy

Join the M.Tech in Thermal Power Engineering program to gain specialized expertise in power generation and energy efficiency. Prepare for impactful careers in the energy industry, research, and sustainable technology development.

Programs

M.Tech in Thermal Power Engineering

Course Duration

Course Eligibility

Course Fees

Power the Future of Energy

Admission Enquiry

Mrs. Rajalakshmi

Admission officer, Srinivas University