Mechanical Engineering – Mahalakshmi Tech Campus

Department of Mechanical Engineering

About the Mechanical Engineering Department

Mahalakshmi Tech Campus Mechanical Engineering Department offers quality technical advancements to develop the student as a technologically sound engineer. Although we also aim at teaching all mechanical systems, our concentration is in preparing students for careers in design, analysis and management of such systems.

Our degree programs combine theoretical concepts and practical experience with state-of-art laboratories and various projects. They challenge students to participate in research and innovative solutions to difficulties in areas of production, heat systems and robotics.

Graduates of the department can be productive in many industries such as automotive and aerospace industries or energy fields because of quality education.

To sum up, Mahalakshmi Tech Campus, Department of Mechanical Engineering is dedicated for creating successful mechanical engineers of the future as well as successful learners by introducing contemporary knowledge along with field experience.

Vision

The current vision to acquire the status of a prestigious Mechanical Engineering College, the production of engineers who are developing new technologies and systems in Mechanical engineering, and contribute to technological development.

Mission

To furnish a coursework that ensures absorption of both knowledge and its applicability in solving mechanical engineering real life situations. We have a stated focus on conducting research, innovating and partnering with industries to train students for future employment in the field.

Scope of Mechanical Engineering

The scope of Mechanical Engineering spans a variety of applications crucial to industrial and technological advancements:

Mechanical Design

The design of mechanical products parts and assemblies for multiple related purposes, including everyday use items as well as production equipment/line gadgets.

Thermodynamics

The learning objectives are focused on energy transfer and conversion, such as engine and heating, ventilation & air conditioning systems (HVAC).

Manufacturing Processes

Creating and improving the means of manufacturing mechanical parts, turning, milling and rapid prototyping.

Fluid Mechanics

Evaluating how fluids flow as they are in use and when they are stationary for the development of items like pumps and turbines.

Robotics and Automation

The combination of mechanical systems and companies, automation technologies for improvement of manufacture and other usage areas.

Materials Science

Understanding and reviewing material characteristics and utilization for the consecutive selection of suitable materials to be used in mechanical systems.

Structural Analysis

The process of developing structures of different types for use in various conditions with the specification of their ability to bear different forces.