Mechanical engineering is one of the oldest and broadest engineering disciplines. Mechanical engineers apply principles of mechanics and energy to design machines and devices. They contribute to industries like energy, manufacturing, automotive, aerospace and more. As a mechanical engineering student, one will study forces, motion, structures, thermodynamics, materials, machine elements, economics, and more to prepare for a career applying the engineering design process to identify problems and develop solutions.
Introduction to ArtificiaI Intelligence in Higher Education
Intro Mech Engrg Overview Role Industries GDP
1. Introduction to Mechanical Engineering
Introduction to Mechanical Engineering (Overview
only): Role of Mechanical Engineers in Industries and
Society- Emerging Trends and Technologies in different
sectors such as Energy, Manufacturing, Automotive,
Aerospace and Marine sectors and contribute to the GDP.
Department of Mechanical Engineering , SVCE
2. Department of Mechanical Engineering , SVCE
Engineering is the profession in which knowledge
of the mathematical and natural sciences gained
by study, experience, and practice is applied
with judgment to develop ways to utilize,
economically, the materials and forces of nature
for the benefit of mankind.
What is an Engineer?
Introduction to Mechanical Engineering
3. Department of Mechanical Engineering , SVCE
Build a Bridge?
Make a Robot?
Work on a Computer?
Drive a Train?
Repair Car Engines?
What Engineers Do ?
Introduction to Mechanical Engineering
4. Department of Mechanical Engineering , SVCE
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 is Mechanical Engineering?
Introduction to Mechanical Engineering
5. Department of Mechanical Engineering , SVCE
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 math, physics, chemistry, biology, analysis
skills, communication skills,
computation skills.
What will you study as an ME student?
Introduction to Mechanical Engineering
6. Department of Mechanical Engineering , SVCE
Problem Identification Get with Customer.
Conceptual Design Ideas, Sketches and Solution
Lists.
Refinement Computer Modeling, Data Base
Development.
Testing Analysis and Simulation of All Design
Aspects.
Prototyping Visualizing and Improving the Design.
Communication Engineering Drawings,
Specifications.
Production Final Design, Manufacturing, Distribution
The Engineering Design Process (Core of
Engineering)
Introduction to Mechanical Engineering