2024-25

Objectives:

• Gain firsthand experience in HVAC systems and thermodynamics used in industrial applications.
• Understand the practical implementation of cooling and ventilation systems in large industries.
• Learn about different types of air conditioning systems and their efficiency in various environments.
• Explore sustainable and energy-efficient solutions in the HVAC industry.
• Engage in interactive discussions with industry professionals to enhance technical knowledge.

Benefits:

• Improved understanding of HVAC applications, thermodynamics, and industrial cooling systems.
• Exposure to real-world applications of theoretical physics and engineering concepts.
• Awareness of the role of HVAC in pharmaceuticals, IT data centers, and large-scale industries.
• Knowledge of energy-efficient and sustainable cooling technologies.
• Enhanced research, observation, and analytical skills through industry interactions.

Brief Report of the Activity:

On March 1st, 2025, the Department of Physics and Electronics organized a field trip to Carrier Company, Hitech City. Carrier is a leading provider of high-technology heating, ventilation, air conditioning (HVAC), and refrigeration systems. The visit aimed to provide students with practical exposure to industrial cooling solutions and help them understand the real-world applications of thermodynamics in air conditioning and ventilation systems.

Upon arrival, the students were given a guided tour of the facility, where experts explained the working principles of various HVAC systems. They elaborated on the importance of temperature control in industries such as pharmaceuticals, IT data centers, and large commercial spaces. The team at Carrier demonstrated the difference between water-cooled and air-cooled systems and their efficiency in different environmental conditions. Students were able to observe firsthand how HVAC systems contribute to maintaining optimal conditions in large-scale industries.

A key highlight of the visit was the interactive session with industry professionals, where students had the opportunity to ask questions about energy-efficient cooling technologies and the role of thermodynamics in refrigeration. The experts discussed the advancements in HVAC systems, including smart control mechanisms that optimize energy consumption. Additionally, students learned about sustainability initiatives in the HVAC sector, such as the use of eco-friendly refrigerants and energy-saving innovations.

By the end of the visit, students had a clearer understanding of how theoretical physics and engineering concepts are applied in real-world industrial settings. This experience reinforced their knowledge of HVAC principles and gave them insight into potential career opportunities in the field of mechanical and industrial engineering. The field trip proved to be a valuable learning experience, bridging the gap between classroom studies and industry practices.

Outcome of the Activity:

The field trip successfully provided students with practical exposure to HVAC systems and their industrial applications. Students gained a deeper understanding of cooling technologies and their role in various industries. The interactive session helped them explore career opportunities in the HVAC sector and enhanced their awareness of sustainable energy solutions. This visit also encouraged critical thinking and curiosity about advancements in thermodynamics and refrigeration technology.