Augmented and Virtual Reality (AR/VR) Lab
An immersive technology space where students create and experience simulated environments using AR, VR, and interactive tools. It supports learning in spatial design, simulation, visualisation, training, and human centred digital
Heat and Mass Transfer Lab
A thermal engineering space where students study conduction, convection, radiation, diffusion, and heat exchange. It helps them understand how energy and matter move across systems and influence engineering performance.
Electrical Instrumentation Lab
A laboratory where students work with sensors, transducers, meters, control instruments, and measurement systems. It supports practical understanding of monitoring, control, automation, and industrial instrumentation.
Communication System Lab
A space for studying signals, modulation, transmission, receivers, networks, and wireless communication principles. It helps students understand how information travels across modern communication systems.
Indigenous Processor Lab
A specialised computing space that introduces students to processor architecture, embedded systems, and India’s growing indigenous chip ecosystem. It encourages awareness of self reliant technology development and hardware level innovation.
Cyber Security Lab
A practical environment where students learn network security, ethical hacking, vulnerability analysis, digital forensics, and cyber defence. It prepares them to understand threats, protect systems, and think critically about digital
Microprocessor Lab
A computing and embedded systems space where students work with microprocessors, programming, interfacing, and control applications. It supports understanding of how hardware and software interact in intelligent electronic systems.
Aerospace Structures Lab
A specialised space for studying structural behaviour, materials, loads, stress, and strength in aerospace systems. It helps students understand how aircraft and related structures are designed for safety, efficiency, and
Basic Electrical & Electronics Lab
A foundational laboratory where students learn circuits, components, instruments, wiring, measurement, and basic electrical and electronic principles. It builds the practical base needed for advanced engineering learning.
Metrology Lab
A precision-focused space where students learn measurement, calibration, inspection, tolerances, and quality control. It helps them understand the importance of accuracy and reliability in engineering and manufacturing.
Electronics Lab
A laboratory for learning electronic circuits, components, devices, testing, measurement, and system design. It supports hands-on understanding of how electronic systems are built, analysed, and applied.
Fluid Mechanics Lab
A practical space where students study fluid flow, pressure, viscosity, pumps, turbines, and hydraulic behaviour. It connects theory with real observations of how liquids and gases move through systems.Power Electronics Lab
A space for working with converters, inverters, drives, controllers, and power management systems. It helps students understand how electrical energy is converted, controlled, and applied in modern industrial and technological
Aerodynamics / Thermodynamics Lab
A laboratory space for studying airflow, heat, energy transfer, pressure, and thermal systems. It allows students to observe how physical forces and energy principles shape engineering design and performance.
Geotechnical / Concrete Lab
A civil engineering space where students test soil, concrete, aggregates, and construction materials. It helps them understand structural behaviour, foundation principles, material strength, and the science behind safe built environments.
High-Voltage Lab
A controlled laboratory environment for studying high-voltage systems, insulation behaviour, electrical stress, safety, and testing methods. It supports practical understanding of power transmission, protection, and large scale electrical infrastructure.
Propulsion Lab
A specialised space for studying propulsion principles, engine performance, thrust generation, and aerospace power systems. It helps students connect theoretical concepts with the mechanics of movement, efficiency, and flight.
Machine Shop
A manufacturing and fabrication space where students learn machining, cutting, shaping, drilling, turning, and tool handling. It develops practical understanding of production processes, workshop safety, precision, and material transformation.
Electric Machines Lab
A practical engineering space where students study motors, generators, transformers, and electromechanical energy conversion. It helps them understand the behaviour, performance, testing, and applications of electrical machines.
