KINEMATICS & DYNAMICS LABORATORY
The Kinematics & Dynamics Laboratory is a cutting-edge facility dedicated to studying the motion and forces of objects. Equipped with advanced technology, it enables precise analysis of mechanical systems and their behaviors, contributing to fields such as physics, engineering, and robotics. Researchers use this facility to explore movement patterns, forces, and interactions, enhancing our understanding of physical phenomena.
COMPUTER AIDED DESIGNING AND DRAFTING LABORATORY
The Computer Aided Designing and Drafting Laboratory offers a dedicated space for hands-on exploration of design using digital tools. With industry-standard software, it enables students and professionals to create detailed 2D and 3D models, enhancing skills in engineering, architecture, and product design. This lab is a hub for fostering creativity and precision in computer-aided design processes.
SIMULATION AND ANALYSIS LABORATORY
The Simulation and Analysis Laboratory offers a specialized environment for computer-based modeling, simulation, and data analysis. Equipped with powerful software, it enables researchers and students to simulate real-world scenarios, analyze complex systems, and make informed decisions across various disciplines. This lab plays a pivotal role in enhancing problem-solving skills and advancing research through virtual experimentation.
STRENGTH OF MATERIALS LAB
The Strength of Materials Lab is an essential facility for investigating the mechanical properties and behaviors of materials under various loads. Through hands-on experiments, researchers and students analyze material strength, elasticity, and deformation, contributing to structural engineering insights. This lab plays a vital role in ensuring the reliability and safety of engineered structures.
METROLOGY AND MEASUREMENTS LAB
The Metrology and Measurements Lab provides a comprehensive space for precision measurement and calibration activities. Equipped with advanced instruments, it enables students and professionals to learn about dimensional accuracy, surface quality assessment, and calibration techniques crucial for industries like manufacturing and quality control. This lab plays a pivotal role in ensuring accuracy and standardization in various sectors.
CAM LABORATORY
The computer-Aided Manufacturing (CAM) Laboratory is a specialized facility focused on translating digital designs into manufacturing processes. With advanced software and equipment, it allows students and professionals to plan, simulate, and optimize machining and production operations. This lab is essential for bridging the gap between design and production in modern manufacturing.
THERMAL ENGINEERING LABORATORY
The Thermal Engineering Lab is a specialized space for studying heat transfer, thermodynamics, and energy conversion processes. Equipped with advanced apparatus, it allows students and researchers to analyze combustion, refrigeration, and power generation systems, contributing to advancements in sustainable energy and thermal sciences. This lab is instrumental in fostering innovation and understanding in thermal engineering applications.
MANUFACTURING TECHNOLOGY LABORATORY
The Manufacturing Technology Lab is a modern facility focused on hands-on exploration of various manufacturing processes and techniques. Equipped with state-of-the-art machinery, it provides a practical learning environment for students and researchers to understand the intricacies of production methods used in industries. From CNC machining to additive manufacturing, this lab fosters innovation and skill development in the realm of manufacturing.
SPECIAL MACHINES LABORATORY
he Special Machines Laboratory is a specialized facility designed for studying and experimenting with unique and custom-built machinery. Equipped with specialized equipment, it enables students and researchers to explore innovative manufacturing processes, automation solutions, and advanced machining techniques. This lab plays a vital role in fostering creativity and pushing the boundaries of engineering applications.
ENGINEERING PRACTICES LABORATORY
The Engineering Practices Laboratory serves as a foundational space for hands-on learning of fundamental engineering techniques and skills. Through practical experiments, students gain insights into basic principles of mechanics, electronics, materials, and measurements, contributing to a solid engineering knowledge base. This lab plays a crucial role in building a strong foundation for aspiring engineers.
MECHATRONICS LAB
The Mechatronics Lab is an interdisciplinary facility merging mechanical, electrical, and computer engineering. Equipped with advanced tools, it enables students and researchers to design, build, and analyze integrated smart systems and robotic devices. This lab is pivotal in fostering innovation and expertise in automation, robotics, and cutting-edge technology.