| Home » Mechanical Engineering |
| Mechanical Engineering:- Intake - 180 + 120 [2nd Shift] |
| What is an Engineer? |
| Mechanical engineering is the second largest and one of the oldest disciplines; broadest of all engineering disciplines |
| Mechanical engineers apply the principles of mechanics and energy to the design of machines and devices: ENERGY and MOTION. |
| What Mechanical Engineers Do? |
| Design cars, airplanes, fax machines, vibration control, automatic control, robotics |
| Manufacturing: computer-aided design, design automation, new manufacturing processes |
| Heat and thermal: solar car, engines, refrigeration, heating systems. |
| Biomedical: prosthetics, medical devices |
| Operations Research: plant layout and operation, analysis of complex data |
| What will you study as an Mechanical Engineering student? |
| Forces, motion, structures: statics, dynamics, kinematics, mechanics of solids, and fluids |
| Energy thermodynamics, heat transfer |
| Materials: materials engineering & processing, manufacturing |
| Machines: graphics, design, machine elements, controls |
| Economics: engineering economic analysis, cost engineering |
| Human and Social Studies: arts, humanities, social sciences, history, government, ethics, law |
| Overall foundation: mathematics, physics, chemistry, biology, analysis skills, communication skills, computation skills |
| The Engineering Design Process: (Core of Engineering) |
| Problem Identification: Get with Customer |
| Conceptual Design: Sketches and Needs List |
| Refinement: Computer Modeling, Data Base Development |
| Testing: Analysis and Simulation of All Design Aspects |
| Prototyping: Visualizing and Improving the Design |
| Communication: Engineering Drawings, Specifications. ethics, law |
| Production: Final Design, Manufacturing, Distribution |
