| Subject | Architectural Building construction |
| Session | Term I |
| Year | 2025-26 |
| Date | 17th July 2025 |
| Time | 1:00 p.m. |
| Venue | G-403 AV Room, 4th Floor |
| Faculty Coordinator | Prof. Snehal Ghag, Prof. Sasmit Acharekar, Prof. Harshada Punde, Prof. Neha Deshpande |
| Speaker | Er. Shambhwi Pratiksha |
The Guest Lecture titled “Unlocking Potential of Glass in Building Facades” was held on 17th July 2025, Thursday, started at 1:00 p.m. The event took place in the AV Room G – 403 on the 4th floor and was conducted as an in-person session, allowed participants to interact directly with the guest speaker and engage in discussions.
The lecture focused on the critical role of glass as a building material, especially in modern architecture. Given the increasing demand for sustainable and energy-efficient building solutions, understanding the manufacturing, application, and innovation behind glass facades is vital. The topic was significant because it addressed how glass contributes not only to aesthetic appeal but also to sustainability goals and performance optimization in building design—an important consideration for architects, engineers, and builders.
This session was led by Ms. Shambhwi Pratiksha, a Design Engineer at Saint-Gobain India Pvt. Ltd., a leading company in building materials. She holds a Bachelor of Technology degree in Civil Engineering from the National Institute of Technology, Rourkela. With her strong technical background and professional experience, Ms. Pratiksha brought valuable industry insights and technical knowledge to the audience.
Following Points were covered:
- Overview of glass as a versatile building material and its manufacturing process
- How glass contributes to sustainability and energy efficiency in buildings
- Latest trends and technologies in glass usage for architectural facades
- Strategies for optimizing glass performance, including thermal and daylight control
- Quiz that brushed up students’ knowledge about glass as a façade element.
The lecture provided an insightful understanding of the multifaceted potential of glass in architectural facades. Attendees gained a comprehensive view of the material’s manufacturing, technological advances, and sustainable applications. The session emphasized glass’s role not just as a structural or decorative element but as a key contributor to green building initiatives. Students left with enhanced knowledge that can be applied in designing efficient, beautiful, and sustainable buildings.
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