This is a cutting-edge solid-state elastocaloric cooling technology utilizing NiTi Shape Memory Alloys (SMA) to address the environmental and energy efficiency challenges posed by traditional Vapor Compression (VC) systems.

This invention presents a novel algorithm for synthesizing exact solutions to constrained optimal control problems in mechanical systems such as robotics, aerial vehicles, and satellites.

This invention presents a scalable spherical robot designed for teleoperation in densely cluttered indoor environments. The robot features a two-pendulum-based gearless steering mechanism, providing precise maneuverability and stability.

This innovation involves a teleoperated movable camera encapsulated within a spherical shell, capable of capturing a 360-degree view, including the ceiling, in a single frame.

Wire Electric Discharge (WED) machining (also known as electric spark machining) is a precision cutting method, which is used for cutting metals and other conducting materials across industries.

This innovation is a multi-layer PCB board-based device for measuring the current density distribution in fuel cells.

This innovation aims to reduce cropping losses in reversible multi-pass hot rolling of flat-ended blooms into bars by designing preform end shapes using finite element analysis.

The traditional methods for cultivating microorganisms often face limitations in terms of light distribution, temperature control, and scalability. This novel technology ‘the annular photobioreactor’ addresses these challenges.

This research investigates Ferric oxide porous nanostructures as a high-rate capable anode material for lithium-ion batteries.

The invention pertains to lightweighting engine components such as the cylinder head, connecting rod, and cylinder liner in an internal combustion engine.