Mechanical Engineering

Facilities and Labs

Facilities and Labs


This lab serves as a practical foundation for engineering students, housing essential equipment such as welding machines, grinding machines, hydraulic machines, wooden lathe machines, blacksmithy tools, bending machines, compressors, and more. Through hands-on experience, students gain industry-ready skills in metalworking, shaping, and fabrication, ensuring they are well-prepared for diverse engineering challenges.



Equipped with apparatus for studying forces, moments, and mechanical systems, this lab facilitates hands-on learning in engineering mechanics. With tools ranging from crab winches and worm gears to pulley blocks and apparatus for studying beam reactions and deflections, students gain a deep understanding of fundamental mechanical principles, preparing them for real-world applications.


This lab features essential machines such as lathes, milling machines, shapers, and CNC machines, providing students with a comprehensive understanding of manufacturing processes. By working with these tools, students enhance their skills in precision machining and manufacturing technologies, ensuring their readiness for the modern industrial landscape.


In this lab, students explore the principles of thermal engineering through hands-on experimentation with engines, apparatus for heat transfer, and testing equipment. From studying port timing diagrams to conducting flash and fire point tests, students develop a solid foundation in thermal engineering concepts and practices, preparing them for careers in energy and propulsion systems.


Focused on fluid mechanics and hydraulic machinery, this lab features testing rigs for reciprocating and centrifugal pumps, Venturi meters, and various flow measurement apparatus. Students gain practical insights into fluid dynamics, pipe friction, and hydraulic machinery performance, preparing them for roles in industries related to fluid systems.


Equipped with precision measuring tools such as digital vernier calipers, micrometers, and profile projectors, this lab emphasizes accuracy in measurements and metrology. Students develop skills in dimensional measurement, quality control, and inspection techniques, ensuring their competence in maintaining precision standards in engineering.


This lab provides hands-on experience with machines like torsion testers, Brinell hardness testers, and computerized universal testing machines. Students learn to evaluate material properties, ensuring they are well-versed in materials testing methodologies crucial for quality control and product development.



Welcome to the CAD/CAM Lab, where innovation meets design precision. In this cutting-edge laboratory, students delve into Computer-Aided Design and Computer-Aided Manufacturing, honing skills crucial for transforming conceptual ideas into tangible products. Our state-of-the-art facilities and hands-on experience equip students with the expertise needed to navigate the dynamic world of design engineering. Graduates from this lab emerge industry-ready, possessing the proficiency to contribute effectively to sectors ranging from aerospace to product development.


Step into the fast-paced world of Automotive Engineering at our dedicated lab. Here, students engage in practical exercises and real-world simulations to grasp the intricacies of vehicle design, manufacturing, and performance optimization. The lab’s focus on industry-relevant projects ensures that graduates are well-prepared to tackle challenges in the automotive sector. With a curriculum designed to foster innovation and problem-solving, students not only gain technical expertise but also develop the critical thinking skills required for a successful career in the ever-evolving field of automobile engineering.

In the 3D Printing Lab, students explore the dynamic world of additive manufacturing with access to cutting-edge technologies. Geared towards aspiring engineers and designers, the lab fosters creativity by providing hands-on experiences with various printing materials and techniques. Emphasizing industry readiness, the lab equips students with practical skills sought by leading companies in manufacturing, healthcare, and design. From prototyping to production, students gain a comprehensive understanding of 3D printing applications across diverse industries, preparing them for real-world challenges. Graduates emerge with a skill set aligned with industry demands, proficient in utilizing advanced 3D printing technologies, troubleshooting effectively, and optimizing the printing process to make impactful contributions in relevant fields.


These labs collectively contribute to the holistic development of engineering students, aligning theoretical knowledge with practical applications and ensuring industry readiness.

This will close in 0 seconds