IIT Kanpur | Imagineering Laboratory | RuTAG Facilitator
Dr. Amandeep Singh Academic & Research Portfolio
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Indian Institute of Technology Kanpur

Dr. Amandeep Singh

Facilitator, RuTAG | Faculty (Online Courses)
REO, Imagineering Laboratory, Indian Institute of Technology Kanpur

Faculty Biography

About Dr. Amandeep Singh

Dr. Amandeep Singh is an academician and researcher with expertise in rural technology development, advanced manufacturing, and engineering education. Associated with the Indian Institute of Technology Kanpur, he holds key leadership responsibilities as the Facilitator for RuTAG (Rural Technology Action Group), Faculty for National Online Courses, and REO at the Imagineering Laboratory.

His academic focus centers on engineering design, sustainable lifecycle modeling, and developing impactful technologies for rural communities. Through the Imagineering Laboratory, Dr. Singh fosters hands-on innovation and product prototype design, helping bridge the gap between academic research and practical societal application.

Dr. Amandeep Singh
IIT Kanpur Faculty

Dr. Amandeep Singh Oberoi

Imagineering Laboratory | RuTAG IIT Kanpur

Applied Research & Development

Featured Innovations

Indigenous technological breakthroughs designed at IIT Kanpur to deliver real-world impact across public healthcare and agricultural systems.

Sanjeevani Oxygen Concentrator
Healthcare Tech Pressure Swing Adsorption (PSA)

Sanjeevani Oxygen Concentrator

Sanjeevani is an indigenously developed oxygen concentrator engineered at IIT Kanpur using Pressure Swing Adsorption (PSA) technology for ambient air separation. Delivering oxygen at flow rates ranging from 1 to 10 L/min at concentrations above 90%, it provides critical support for clinical, emergency, and home-based respiratory applications.

Sabjikothi Microclimate Storage
Agri-Tech Innovation Sustainable Preservation

Sabjikothi Microclimate Storage

An economical, solar-assisted microclimate storage unit designed to extend the fresh shelf life of fruits and vegetables from 3 to 30 days without conventional refrigeration or chemical agents. Consuming under 20 W of power, it mitigates post-harvest losses by up to 40% and supports smallholder agricultural yields.

Higher Education & Pedagogy

NPTEL & Online Academic Courses

National-level engineering curriculum delivered across advanced manufacturing, mechanical fundamentals, and sustainable lifecycle design.

Basics of Mechanical Engineering NPTEL Course

Basics of Mechanical Engineering - 3

Rapid Manufacturing NPTEL Course

Rapid Manufacturing

Metal Additive Manufacturing NPTEL Course

Metal Additive Manufacturing

Carbon Accounting and Sustainable Designs NPTEL Course

Carbon Accounting & Sustainable Designs in PLM