The document outlines the syllabus for a mechanical engineering course. It aims to introduce students to fundamental concepts in mechanical engineering, including internal combustion engines, energy systems, machine elements, and manufacturing processes. Students will learn about topics such as thermodynamics, fluid mechanics, heat transfer, power plants, and materials science. Assessment will include assignments, cycle tests, and an end of semester exam. The course seeks to provide students with knowledge of mechanical engineering principles and their applications to benefit society through industrial development and employment opportunities.

2. 1. To identify the basic concept and
fundamentals of mechanical engineering.
2. To understand the working principle of
IC engines and Energy systems.
3. To appreciate the process and materials
involved in the manufacture of various
machine element components.
1. To introduce and define the basics concept of
mechanical engineering.
2. To familiarize the working principles of IC
engines and automobile systems.
3. To enable the students to understand the
details about the energy systems and its
components.
4. To demonstrate the various machine elements,
materials and its function.
5. To help the students acquire knowledge about
the various manufacturing process.

3. Syllabus
• Introduction to Mechanical Engineering, Thermal Engineering, Design, Manufacturing
Engineering.
• IC Engines – 2 Stroke and 4 stroke systems in IC Engines. Automobiles - Transmission
systems, Suspension system, E-Vehicles.
• Energy Systems – Power plants, Types, Gas Turbines, Steam Turbines, Utility boilers,
Refrigeration & Air Conditioning systems- Green Energy production and Devices.
• Engineering materials, Machine elements, Transmission, Fasteners, Support systems.
• Manufacturing, Classification, Metal forming, Casting, Lathe, Drilling machines, Milling
machines, Metal joining.

4. Assessment method
Assessment type Weightage
Assignment-1 : 10%
Cycle Test-1 : 20%
Assignment-2 : 10%
Cycle Test-2 : 20%
End Semester Exam : 40%

5. Why all streams of engineers learning basics
of Mechanical Engineering?

6. Mechanical engineering- An Introduction
• Mechanical engineering is an engineering branch that combines
engineering physics and mathematics principles with materials
science, to design, analyze, manufacture, and maintain mechanical
systems.
• It is one of the oldest and broadest of the engineering branches.
• Mechanical Engineering mainly deals with
• The laws of mechanics
• The laws of thermodynamics
• How forces act on solids and liquids
• The properties of engineering materials
• How heat flows through matter

7. Mechanical Engineers contributions to the
Society
• Mechanical engineering provides better transport facilities to the society, as it includes
the study of internal combustion engineering.
• Large number of benefits to the society, due to the economical improvement of the
country, become of industrial development, chance for export of articles was also be
increases.
• Due to large industrial development, new power stations have to be started.
• Increased employment opportunities will be created in the field of industries and power
stations.
• Also, the chance for employment opportunities allowed becomes high for mechanical
engineering industries. The saving allowed is quite high.

9.  Thermodynamics
 Fluid Mechanics
 Heat Transfer
 IC Engines
 Energy Conversion
 Refrigeration & Air
Conditioning
 Power plants
 Turbo machinery
 Jet Propulsion
 CAD
 Structural mechanics
 Statics Theory of
Machines
 Dynamics Kinematics
 Materials Science
 Machine Design
 Vibrations
 Metallurgy
 Manufacturing
 Automobile Engineering
 Industrial Automation
 Robotics
 Engineering Economics

10. Design Engineering

11. Design Engineering

13. Thermal Engineering

14. Manufacturing Engineering