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4D-Printed structures of locally stiffened pH responsive soft actuators

The objective of this proposal is to design and print a pH responsive soft actuator which responds to a solvent and also undergo local or selective stiffening by the same triggering solvent.

ABO3-type perovskite structured ferroelectric ceramics for future sensors, actuators and solid-state refrigerators

The ABO3 type perovskite structure of materials is known for its excellent ferroelectric/piezoelectric properties, which are widely used in electronic devices like non-volatile random access memory, high-dielectric-constant capacitors, piezoelectric

Automated Assembly of Modular Building Structures: Control Strategies and Sensor Placement

Centre on In-Situ Correlative Microscopy CISCoM

The proposed IITH center on "In-situ Correlative Microscopy CISCoM" will focus on cutting-edge sample analysis, bringing together experts from various scientific disciplines, computational techniques, artificial intelligence, and machine learning. Th

Copper Slag as alternative for River Sand in Concrete

Cradle-to-Cradle Industrial Process Development for Green Recycling of Critical Metals from Spent Li-ion Batteries using Hydro-metallurgical Technique

Digital transformation and e-vehicles markets are expected to grow at a CAGR of 19 and 90 respectively, requiring uninterrupted rechargeable batteries. Li-ion batteries, which are widely used, generate waste due to their high voltage, energy density,

Design & Development of Dynamic Yarn Pull Out for high Performance Fabrics

Design and Development of Dynamic Mechanical Analyser

Dynamic mechanical analyser (DMA) is a versatile equipment used to quantify a wide range of fundamental material properties as functions of time, temperature and frequency. Although inherent technology is not yet well-known, its applications are grow

Design and Development of Manufacturing equipment and Technology Development for Production of Special Metal/ Alloy Powder for Additive Manufacturing

Design and development of shape memory polymer based 4D printing technology for programmable actuation applications

The project focuses on the development of 4D printed parts using Shape Memory Polymer (SMP) materials for actuators and sensors applications. It uses material extrusion technique to create these parts, while the DLP technique is used for soft robotic