| India Science, Technology & Innovation

Design and development of ML based adaptive optimal control algorithms for efficient regulation of the Wheeled Robots for Disaster Response.

Robotics has numerous applications in various fields, including engineering, aerospace, modern industries, medicine, and disaster management. Wheeled robots are prevalent in robotics due to their low energy consumption, high speed, and small control

Section: Engineering Sciences (Research Project)

Developing Parameters for Manufacturing of Multi-stage Single-Crystal Turbine Blades

Ni-based superalloys are commonly used in manufacturing turbine blades for high-temperature and high-pressure environments. These blades are designed to be single crystal structures, which can be produced through multi-blades attached through a singl

Section: Engineering Sciences (Research Project)

Development of dry beneficiation process technology for low grade iron ore for iron and steel making

Objective: (1) Design and development of laboratory scale air fluidized separators (2) Development of dry beneficiation process schemefor low grade iron ore. Summary: Though wet beneficiation technologies for iron ore are well established, owing to i

Section: Chemical Sciences (Research Project)

Identification and validation of candidate genes and development of functional markers for bunch and berry quality traits in grape (Vitis vinifera L.)

In India, grape is mainly grown in the states of Maharashtra, Karnataka, Tamil Nadu, Mizoram and some parts of North India. Grape growing regions mainly fall under sub-tropical to tropical conditions. About 80% of the grape produced in India is consu

Section: Agricultural Sciences (Research Project)

QuPrayog: Pioneering India’s Quantum Instrumentation

QuPrayog is a deep-tech startup pioneering India’s journey into advanced quantum instrumentation. Founded by scientists for scientists, the company is building indigenous femtosecond lasers, optical frequency combs, and atomic clocks- technolog

Section: Success Stories (Innovations)

Development of visible active multiphasic titania-metal oxide nanoheterojunction photocatalyst with enhanced green hydrogen production capacity and test its utility in an indigenously fabricated prototype solar photocatalytic reactor for large scale applications.

Hydrogen is a promising energy source for renewable and sustainable energy production, with the National Hydrogen Mission in the Union Budget 2021 highlighting its importance in the Indian renewable energy scenario. However, the challenge lies in cle

Section: Physical Sciences (Research Project)

Investigation of MXenes and its Composites as Catalysts for solar Fuels: Hydrogen Evolution Reaction and CO₂ Reduction

The rapid growth of the population and industries has led to a high demand for energy sources, but large-scale CO₂ emissions are causing climate change. Renewable energy sources are discontinuous and constrained locally, making it urgent to ensure

Section: Physical Sciences (Research Project)

Investigation on development of In-Direct Conversion X-Ray Sensors for low-dose (mGy) X-rays in the intra-oral energy region

X-rays have numerous applications in medical diagnostic imaging, industrial non-destructive testing, and homeland security. Low dose X-ray radiation devices are crucial for medical diagnostic, therapy, and monitoring to reduce health hazards caused b

Section: Physical Sciences (Research Project)

Nucleate pool boiling study in multicomponent solutions/suspensions at varying surface geometry and pressure fields using non-intrusive optical methods

Boiling heat transfer is a complex system influenced by various mechanisms, including bubble inception, growth, and collapse, nucleation site density, and changing bubble-surface and bubble-liquid behavior. This complexity affects the design of boile

Section: Physical Sciences (Research Project)

High Temperature CO₂ Capture using Novel Fly-ash infused CaO-MgO Sorbents in Pre & Post Combustion Processes: Kinetics, Thermodynamics and Breakthrough Studies

Growing concern over climate change has revived interest on devising mitigation techniques for CO₂. Existing techniques primarily include cryogenic distillation, adsorption, scrubbing, absorption, and membrane separation which incur huge energy pen

Section: Engineering Sciences (Research Project)

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Design and development of ML based adaptive optimal control algorithms for efficient regulation of the Wheeled Robots for Disaster Response.

Developing Parameters for Manufacturing of Multi-stage Single-Crystal Turbine Blades

Development of dry beneficiation process technology for low grade iron ore for iron and steel making

Identification and validation of candidate genes and development of functional markers for bunch and berry quality traits in grape (Vitis vinifera L.)

QuPrayog: Pioneering India’s Quantum Instrumentation

Development of visible active multiphasic titania-metal oxide nanoheterojunction photocatalyst with enhanced green hydrogen production capacity and test its utility in an indigenously fabricated prototype solar photocatalytic reactor for large scale applications.

Investigation of MXenes and its Composites as Catalysts for solar Fuels: Hydrogen Evolution Reaction and CO₂ Reduction

Investigation on development of In-Direct Conversion X-Ray Sensors for low-dose (mGy) X-rays in the intra-oral energy region

Nucleate pool boiling study in multicomponent solutions/suspensions at varying surface geometry and pressure fields using non-intrusive optical methods

High Temperature CO₂ Capture using Novel Fly-ash infused CaO-MgO Sorbents in Pre & Post Combustion Processes: Kinetics, Thermodynamics and Breakthrough Studies

विज्ञान एवं प्रौद्योगिकी विभाग

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