Building Energy Simulation
Buildings account for nearly 30% of global energy consumption and over 20% of CO₂ emissions, making energy efficiency in the built environment critical for sustainability and climate resilience. With rapid urbanisation and infrastructure expansion, integrating energy-efficient designs at early stages is essential to reduce energy demand, operational costs, and environmental impact.
Programme Overview
This programme equips professionals with a comprehensive understanding of building energy simulation techniques to optimise energy performance, ensure regulatory compliance, and support sustainable building design. Participants gain hands-on exposure to leading simulation tools to analyse design scenarios, integrate renewable energy solutions, and improve HVAC efficiency.
The programme aligns with India’s Energy Conservation & Sustainable Building Code (ECSBC/ECBC) and global sustainability frameworks such as GRIHA, LEED, IGBC, and EDGE, supporting national energy security goals and climate change mitigation.
Programme Objectives
- Develop proficiency in building energy modelling using industry-standard simulation software.
- Optimise building designs for energy efficiency, sustainability, and cost-effectiveness.
- Assess the impact of climatic conditions on energy performance and occupant comfort.
- Integrate renewable energy sources such as solar and wind into building energy systems.
- Conduct parametric analysis to evaluate and optimise multiple design scenarios.
- Ensure compliance with ECBC, LEED, and other energy efficiency frameworks.
- Apply problem-solving skills to real-world energy simulation challenges.
- Contribute to the development of sustainable, low-carbon buildings.
Programme Structure
Day 1: Foundations of Building Energy Simulation
- Introduction to energy simulation principles
- Overview of tools such as EnergyPlus, IESVE, OpenStudio, and DesignBuilder
- Climate data integration and its impact on building performance
Day 2: HVAC Systems & Renewable Integration
- HVAC system simulation and energy efficiency optimisation
- Integration of renewable energy systems including solar and wind
- Parametric analysis for evaluating multiple design scenarios
Day 3: Case Studies & Compliance
- Real-world applications of building energy simulation
- Compliance with ECSBC and other energy efficiency frameworks
- Workshops and presentation of simulation-based design recommendations
Methodology
- Expert-led lectures
- Hands-on software training
- Real-world case studies
- Group activities and workshops
Faculty
The programme is delivered by leading industry professionals and academic experts specialising in energy efficiency, sustainable building design, and regulatory compliance.
Participant Profile
This programme is designed for architects, engineers, sustainability consultants, energy managers, government officials, regulators, professionals from real estate and infrastructure sectors, and academicians involved in energy-efficient building design and operations. Organisational sponsorship is essential.
Venue
The programme is fully residential. Participants will be accommodated in air-conditioned single-occupancy rooms. The campus is comprehensively Wi-Fi enabled.
Duration
The programme duration is 3 days, from February 09 to 11, 2026. Participants are expected to arrive a day prior to commencement.
Programme Fee
Residential Fee: Rs. 43,700/- plus GST (18%) per participant.
Non-Residential Fee: Rs. 37,700/- plus GST (18%) per participant.
A 10% discount is applicable for three or more participants from the same organisation,
provided payment is credited before February 06, 2026.
Medical Insurance
Participants must carry proof of valid medical insurance. The sponsoring agency is required to endorse coverage in the event of hospitalization.
Important Dates
Last Date for Nomination: February 02, 2026
Last Date for Withdrawal: February 05, 2026
Certificate of Participation
The College issues a Certificate of Participation upon successful completion of the programme.
