July 19, 2025 11:35 am

ISRO Chairman Launches Thermal Research Centre at IIT Madras

CURRENT AFFAIRS: ISRO Chairman Launches Thermal Research Centre at IIT Madras, ISRO Thermal Research Centre IIT Madras, Shri S Ramakrishnan Centre of Excellence, Space Heat Dissipation India, V Narayanan ISRO Chairman, IIT Madras Space Collaboration, Satellite Thermal Control Systems, India Space Research News 2025

ISRO Chairman Launches Thermal Research Centre at IIT Madras

A New Era in Space Thermal Research

ISRO Chairman Launches Thermal Research Centre at IIT Madras: India has made a significant stride in space technology innovation with the launch of the Shri S Ramakrishnan Centre of Excellence in Fluid and Thermal Science Research at IIT Madras. Inaugurated by ISRO Chairman V Narayanan, this centre aims to address thermal management challenges in space missions, such as satellite overheating and launch vehicle heat stress. Named after distinguished aerospace engineer and IIT Madras alumnus S Ramakrishnan, the centre will serve as a strategic asset for India’s space ambitions.

Tackling Heat in Space: The Core Mission

The primary focus of this newly launched centre is to develop advanced cooling techniques like micro heat pipes, vapour chambers, and spray cooling systems that manage heat in space environments. These technologies are vital for extending the lifespan of satellites and ensuring the safety of deep-space missions. The centre also aims to create high-precision simulation and testing tools that replicate the extreme thermal conditions of outer space, ensuring India’s missions remain resilient and reliable.

Strengthening ISRO-IIT Madras Ties

This initiative deepens the collaboration between ISRO and IIT Madras, allowing scientists from both institutions to co-develop solutions for India’s lunar, Mars, and interplanetary missions. The centre encourages ISRO scientists to pursue research degrees, thereby integrating academic excellence with mission-driven R&D. The partnership is also expected to bridge the gap between academia and industry, fostering innovation pipelines for future space ventures.

Boosting India’s Space Research Leadership

The establishment of this centre marks a critical step toward self-reliance in space thermal technologies. It positions India as a global leader in thermal science for space, making missions more durable and cost-effective. By inviting international talent and funding, this centre not only supports ISRO’s future projects but also bolsters India’s status in global space research networks. This advancement directly supports India’s aspiration for next-generation satellite and deep-space exploration success.

STATIC GK SNAPSHOT

ISRO Chairman Launches Thermal Research Centre at IIT Madras:

Aspect Details
Inaugurated By ISRO Chairman V Narayanan
Centre Name Shri S Ramakrishnan Centre of Excellence in Fluid & Thermal Research
Location IIT Madras, Department of Mechanical Engineering
Named After S Ramakrishnan – IIT Madras alumnus, aerospace engineer
Primary Focus Thermal management for satellites and launch vehicles
Key Technologies Micro heat pipes, vapour chambers, spray cooling, 2-phase devices
Collaboration ISRO scientists + IIT Madras faculty
Benefits Longer satellite life, spacecraft safety, self-reliant tech
Strategic Impact Global research leadership, space mission success, R&D growth
ISRO Chairman Launches Thermal Research Centre at IIT Madras
  1. ISRO Chairman V Narayanan inaugurated the Shri S Ramakrishnan Centre of Excellence at IIT Madras in 2025.
  2. The centre is focused on Fluid and Thermal Science Research for space missions.
  3. It is named after S Ramakrishnan, a renowned aerospace engineer and IIT alumnus.
  4. The goal is to tackle thermal challenges in space such as satellite overheating.
  5. It supports India’s space exploration including Mars, Moon, and interplanetary missions.
  6. Technologies being developed include micro heat pipes, vapour chambers, and spray cooling systems.
  7. These systems ensure effective heat dissipation in harsh space environments.
  8. The centre enables high-precision thermal simulations for spacecraft.
  9. It boosts collaboration between ISRO scientists and IIT Madras researchers.
  10. ISRO scientists can pursue advanced research degrees via this collaboration.
  11. The initiative bridges the gap between academic R&D and space technology innovation.
  12. It enhances the lifespan of satellites by managing thermal stress.
  13. The project supports cost-effective and self-reliant space missions.
  14. Spacecraft safety and durability are key outcomes of this research.
  15. The centre will serve as an international hub for thermal science innovation.
  16. It helps India become a global leader in space thermal research.
  17. International talent and funding will be invited to strengthen space R&D capacity.
  18. It supports ISRO’s vision for next-generation satellite technologies.
  19. Located at IIT Madras Department of Mechanical Engineering, the facility is fully operational.
  20. The initiative reflects India’s progress toward technological self-reliance in space research.

Q1. What is the name of the newly launched ISRO research centre at IIT Madras?


Q2. What is the primary focus of this new centre?


Q3. Which technologies are being developed at the centre?


Q4. Who inaugurated the centre in 2025?


Q5. What benefit does this centre provide to ISRO missions?


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