Trane Technologies – Centre for Sustainable Refrigeration & Climate Control
The Centre for Sustainable Refrigeration and Climate Control at Cambridge Institute of Technology (CIT), established in collaboration with Trane Technologies (NYSE: TT), marks a transformative step in advancing climate innovation and sustainable engineering education in India.
Trane Technologies, a global leader in climate solutions through its brands Trane® and Thermo King®, has partnered with CIT to create a state-of-the-art learning facility dedicated to HVAC technologies, sustainable refrigeration systems, and climate control innovation. This center represents a powerful industry–academia alliance focused on preparing future engineers to address global climate challenges through practical, technology-driven solutions.
Aligned with Trane Technologies’ 2030 Sustainability Commitment and its ambitious Gigaton Challenge to reduce carbon emissions, the center reflects a shared vision of empowering the next generation with green skills, STEM opportunities, and real-world expertise.
Vision & Strategic Objectives
The Centre for Sustainable Refrigeration and Climate Control is designed to:
Bridge the gap between academic theory and real-world HVAC industry applications.
Provide hands-on exposure to advanced climate control and refrigeration technologies.
Support India’s transition toward sustainable and energy-efficient infrastructure.
Develop industry-ready engineers equipped with green technology competencies.
Strengthen collaborative research and innovation in sustainable climate solutions.
Industry–Academia Integration
This initiative is more than a laboratory — it is a comprehensive learning ecosystem. The center enables:
Live demonstrations of advanced HVAC and refrigeration systems.
Application-focused laboratory training modules.
Faculty development programs and knowledge exchange sessions.
Student-led workshops and experiential learning opportunities.
Real-time exposure to sustainable climate technologies used in global markets.
As stated by Wilson Lawrence, Vice President & General Manager, India Engineering and Technology Centers, Trane Technologies, the center reinforces CIT’s status as an innovation-driven institution while nurturing future-ready talent for sustainable development.
Credit-Based Curriculum & Skill Development
As part of the collaboration, Trane Technologies and CIT are developing a credit-based curriculum framework that integrates:
Core engineering fundamentals
Industry-relevant HVAC design and application skills
Sustainable refrigeration technologies
Energy-efficient climate control methodologies
This structured academic model ensures students graduate with both strong theoretical foundations and practical expertise aligned with global HVAC industry standards.
State-of-the-Art Infrastructure
The center features advanced systems and climate technologies from Trane Technologies, including:
Modern HVAC demonstration systems
Sustainable refrigeration models
Energy efficiency monitoring setups
Interactive learning and simulation tools
Dedicated training and research spaces
The facility serves as a hub for innovation, experimentation, and climate-focused engineering excellence.
Long-Term Collaboration & Expansion
The inauguration marks the beginning of a long-term strategic partnership between Trane Technologies and CIT. Future initiatives include:
Expansion of lab-based technical modules
Structured sustainability-focused certification programs
Research collaboration in energy-efficient climate technologies
Industry mentorship and internship pathways
Continuous knowledge-sharing platforms
This sustained engagement ensures that students remain at the forefront of climate innovation and engineering advancements.
About Trane Technologies
Trane Technologies is a global climate innovator delivering sustainable solutions for buildings, homes, and transportation through its strategic brands Trane® and Thermo King®. The company is committed to reducing carbon emissions, uplifting communities, and building pathways to green careers worldwide.
