- EAPCET / ECET / ICET Code: VMEG
Department of Mechanical Engineering
Accredited by the National Board of Accreditation (NBA) under Tier-I
Accredited by the National Board of Accreditation (NBA) under Tier-I
The department is housed in a spacious academic block with well-ventilated classrooms, LCD projectors, and high-speed internet connectivity. Digitally enabled lecture halls and seminar hall support interactive teaching, hybrid learning, and technical presentations. Dedicated tutorial rooms and discussion spaces facilitate collaborative learning and academic mentoring.
The Mechanical Engineering department is well-equipped with state-of-the-art laboratories that cater to both academic and research needs. The department has specialized labs such as Thermal Engineering Lab, Fluid Mechanics Lab, Mechanics of Solid Lab, Production Technology Lab, CAD Lab, Numerical simulation Lab, and Dynamics of Machines Lab, among others. These laboratories are furnished with modern equipment and software to facilitate hands-on learning and experimentation. Advanced test rigs, precision instruments, and modern machinery enable hands-on experimentation, prototype development, and real-time performance analysis. A comprehensive central workshop supports machining, welding, fitting, and fabrication practices.
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The department also has sufficient technical manpower to support laboratory operations, equipment maintenance, and student projects. Qualified lab instructors and technical assistants, ensure the smooth functioning of practical sessions and assist students in their academic and research endeavors.
The Thermal Engineering Laboratory is designed to provide practical exposure to the principles of thermodynamics, heat transfer and energy systems. The facility supports academic courses, research activities, and project development related to engines, cooling systems, and sustainable energy technologies.
Major Equipment Available
The lab enables students to understand fluid flow phenomena, pressure measurement, energy losses, and pump and turbine operations through real-time experimental setups. It bridges theoretical fluid mechanics concepts with engineering applications in water resources, power generation, and industrial fluid systems.
Major Equipment Available
The lab enables students to understand the integration of design, manufacturing, material handling, and control systems through automated production setups and robotic arm. It bridges the gap between conventional manufacturing and Industry 4.0 technologies.
Major Equipment Available
The lab enables students to understand the principles of accuracy, tolerances, surface finish, and quality control while developing hands-on skills in machining and manufacturing processes. It integrates measurement science with machine tool practice to ensure reliable product design and production.
Major Equipment Available
The Mechanics of Solids Laboratory provides practical exposure to the behavior of materials under different types of loads such as tension, compression, bending, torsion, and impact. The lab helps students understand stress–strain relationships, deformation characteristics, and failure mechanisms through hands-on experimentation.
Major Equipment Available
The Dynamics of Machines Laboratory provides practical understanding of the behavior of mechanisms and machines under motion. The lab enables students to study forces, balancing, vibrations, governors, and control mechanisms through experimental analysis and real-time demonstrations. It helps bridge theoretical dynamics concepts with mechanical system performance, stability, and efficiency.
Major Equipment Available
The Heat Transfer Laboratory provides practical exposure to the fundamental modes of heat transfer—conduction, convection, and radiation. The lab enables students to experimentally determine thermal properties, heat transfer coefficients, and temperature distributions using modern instrumentation and controlled setups. It strengthens conceptual understanding by correlating theoretical analysis with real-time measurements and performance evaluation.
Major Equipment Available
The Numerical Simulation Laboratory provides a high-performance computational environment for modeling, analysis, and virtual testing of mechanical engineering systems. The lab enables students and researchers to simulate real-world engineering problems using advanced numerical methods, reducing the need for physical prototypes and accelerating product development. It supports design validation, optimization, and performance prediction through Computer-Aided Engineering (CAE) tools.
Major Equipment Available
The Project Laboratory serves as a dedicated innovation and product development space where students transform theoretical knowledge into functional engineering solutions. It is designed to support mini projects, major projects, interdisciplinary research, and prototype fabrication through a blend of design, analysis, and manufacturing facilities. High-performance workstations installed with industry-standard software like CREO and Ansys, Inc. ANSYS enable modeling, simulation, and performance validation before physical development.
Students utilize the facility to design mechanical systems, build experimental setups, test product performance, and participate in competitions, research projects, and entrepreneurship initiatives. The Project Lab fosters creativity, teamwork, problem-solving skills, and real-world engineering practice, thereby bridging the gap between academics and industry requirements.
To cater the needs of the students to carry out their academic projects, the following facilities are provided:
Dedicated research spaces include a Makerspace with 3D printers, CNC routers, laser engraving systems, and rapid prototyping tools. Specialized facilities for Drone, robotics, automation, renewable energy systems, and simulation software foster interdisciplinary innovation. These labs empower students and researchers to design, fabricate, and test industry-relevant solutions.
CDAM- Center for Drone and Additive manufacturing
The Center for Drone and Additive Manufacturing (CDAM) is an advanced innovation facility dedicated to unmanned aerial systems and rapid prototyping technologies. The center integrates drone design, fabrication, testing, and control systems with modern additive manufacturing tools to enable fast product development and research.
Equipped with multi-rotor drone kits, flight controllers, simulation software, and 3D printing systems, CDAM supports design validation, lightweight component fabrication, and functional prototyping. The facility encourages interdisciplinary projects, industry collaboration, and startup incubation, empowering students to develop real-time solutions in surveillance, agriculture, mapping, and smart mobility.