Work on dilution refrigeration, cryogenic engineering, and quantum infrastructure — technologies operating in the milliKelvin range and shaping the future of computing and scientific research.
Design and development of sub-10 mK cryogenic systems for quantum applications
Vacuum systems, gas handling, thermal shielding, and system integration
Hardware support for superconducting systems and quantum experiments
Assembly of ultra-high precision cryogenic components and subsystems
Development of indigenous dilution refrigeration systems
Building India’s low-temperature research infrastructure
Collaboration with IITs, research labs, and industry
Supporting quantum computing and defense applications
Be part of a field where only a few organizations globally operate
Hands-on exposure to real systems — not just simulations or theory
From concept → design → fabrication → testing
Contribute to India’s quantum and deep-tech ecosystem
Work closely with founders, engineers, and researchers
Explore exciting career opportunities in quantum technology and cryogenic engineering
Design, develop, and integrate precision instrumentation and control systems for ultra-low temperature cryogenic platforms. Work on sensor integration, data acquisition, and automation for dilution refrigerators.
Develop detailed mechanical designs and perform multiphysics simulations for cryogenic systems and dilution refrigerator components. Drive design optimization through FEA, CFD, and thermal analysis.
Design, build, and test ultra-low temperature cryogenic systems including dilution refrigerators. Contribute to the development of India's first generation of indigenous cryogenic platforms for quantum and space applications.
Design and analyze thermal management and fluid flow systems for cryogenic equipment. Optimize heat transfer, fluid dynamics, and helium circulation in dilution refrigerator platforms.
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