Mechanical Engineering

Mechanical Engineering

Mechanics is a part of physics. This branch of science studies the motion and the exerted forces on objects. Technically, it can be stated that mechanical engineering is the application of technical principles and engineering techniques for solving problems in production. It involves the processes of generating ideas, designing, analyzing and, finally, construction. Mechanical engineers analyze their work by using the principles of motion, energy, and force. Practically, every product or service offered in modern life has been somehow influenced by a mechanical engineer to help humanity. Mechanical engineers' job involves and ranges from the largest systems like cars and satellites to the smallest components such as sensors, switches, nano robots, and nano structures. It can be said that every device or product working with moving parts requires the expertise of a mechanical engineer.

Electrical Engineering Laboratories
1. Strength of Materials laboratory;
2. Fluid Mechanics Laboratory;
3. Thermodynamics Laboratory;
4. Dynamics and Vibrations Laboratory;
5. Basics of Electrical Engineering Laboratory;
6. Welding workshop;
7. Machine Tool workshop;
8. Automechanics workshop;