MSc Energy Efficient Building

Two-year master's program focused on design, planning, and engineering of energy-efficient buildings, integrating building physics, climate-responsive design, HVAC systems, and renewable-energy applications.

The degree builds advanced competence in energy-efficient building design, performance analysis, energy economics, and sustainable construction. It combines theoretical foundations with hands-on modeling, simulation, and field-based project work. The program draws on international collaboration, integrating European research practices and laboratory support. Students specialize through electives on passive design, solar energy systems, green-building strategies, and energy policy. A group project enhances applied problem-solving, while the thesis builds independent research capability.

Semester-wise Curriculum (Tables)

Semester I

Semester II

Semester III

Semester IV

Elective Listing

Elective A1 Options

Passive Building Operation and Maintenance
Climate Change and Its Impact on Energy Efficiency in Buildings
Energy-Efficient Design for Public Buildings
Energy Efficiency and Retrofitting

Elective A2 Options

Solar Energy Design (Thermal and Photovoltaic)
Solar Energy Transmission and Grid Connection
Solar Energy for Industries and Public Sectors
Solar Power System Control and Operations
Renewable Energy Design

Elective B1 Options

Energy Efficiency Systems Modeling and Analysis
Energy Efficiency Strategy
Energy Policy and Regulations
Green Building Design Analysis, Operation and Maintenance
Energy Efficiency in Urban Settlements
Sustainable Settlement Planning, Designing, Project Development, and Management

Elective C1 Options

Energy Policies and Barriers to Energy Distribution
Energy Trade-off
Energy Efficiency and Audit
Reliability and Risk Analysis
Multi-Criteria Decision Analysis (MCDA)

Features

International collaboration with Innsbruck, Lund, and Tallinn universities.
Focus on climate-responsive building design and physics-driven performance.
Integration of HVAC, passive design, renewable energy, and settlement planning.
Electives enabling high specialization across solar energy, green buildings, and policy.
Directed study option under faculty recommendation.
Hands-on project work addressing real building-efficiency challenges.
Thesis requiring original research in energy-efficient technologies and solutions.

Admission Process

Bachelor’s in Civil Engineering (4-year) or Architecture (5-year).
Sit for IOE postgraduate entrance exam.
Meet minimum qualifying score.
Selection purely merit-based from entrance ranking.
Admission categorized under Regular, Full-Fee, Sponsored.
Campus verification and enrollment after selection.

Job Prospects

Building-energy analyst for government and private sectors.
Energy-efficiency consultant for architecture, engineering, and planning firms.
HVAC and building systems designer.
Sustainable-building policy and regulatory advisor.
Green-building certification specialist.
Renewable-energy integration and building-performance engineer.
Researcher in energy-efficient construction technologies.