Mechanical engineering is one of the oldest and most diverse fields of engineering. A program in mechanical engineering incorporates elements from an array of fields. And provides broad knowledge in disciplines such as thermodynamics, mechatronics, solid mechanics, business economics, robotics, and biomedical engineering. From aerospace and automobiles to space technology and electrical science, mechanical engineering touches almost every aspect of our lives. If you are looking to pursue a program in this field, it is important to understand the structure of the course and here we bring you all the major subjects including the Mechanical Engineering syllabus of a 4-year degree course.
Mechanical Engineering Courses: First Year
Engineering Mathematics
A branch of applied mathematics, this subject helps develop mathematical skills that can be used to solve complex, real-world problems. Engineering mathematics includes subjects such as linear and vector algebra.
Engineering graphics
In this topic, students are introduced to various techniques of designing using both freehand and computer-based techniques. Some of the topics covered are computer graphics, production standards, surface, and solid modeling, isometric drawing, and dimensions.
General Chemistry
This subject encompasses the general concepts of Chemistry and gives an in-depth knowledge of topics like Electronic Structure, Stoichiometry, Periodic Table, Enthalpy, and Thermochemistry.
Material Science
It broadly covers the mechanical, physical, and electronic properties of various materials and also gives an insight into the properties of some advanced materials, ceramics, and polymers.
Basic Electronics and Electronic Circuits
This subject will provide you with basic knowledge of semiconductors, energy bands in solids, amplifiers, single-phase transformers, induction motors, switching theory, and electronic instruments.
Mechanical Engineering Syllabus: 2nd Year
Machine Drawing
By studying Machine Drawing, you will get to study a range of concepts including, design philosophy, production and assembly drawing, materials specifications, surface roughness, mechanical springs, shafts, screws, engine parts, types of bearings and lubricants, AutoCAD, CAM.
Manufacturing process
In this topic, you will explore the fundamentals of manufacturing processes, including casting processes, metal and polymer processing, machining operations, and abrasive operations.
Applied Thermodynamics
This course emphasizes the basic concepts of thermal physics that are integral to the field of mechanical engineering. Some of the major topics covered are thermal systems, laws of thermodynamics, steam boilers and turbines, conservation of mass theory, and heat pump cycles.
Fluid mechanics
The study of fluid properties and the changes they cause with the application of multiple forces is defined as fluid mechanics. Subject matter includes continuum hypothesis, boundary layer analysis, fluid properties, and dynamics.
IC Engines and Gas Turbines
The main objective of this topic is to introduce you to the basic concepts and working principles of engines, turbines, their components and combustion, and ignition systems.
Introduction to Nanoscience and Nanotechnology
The underlying principle of this course is to give you an insight into nanomaterials, their characterization, and applications in Mechanical Engineering.
Mechanical Engineering Syllabus: 3rd Year
Solid mechanics
An applied engineering science discipline, solid mechanics is the study of solids. And the changes they undergo when exposed to internal or external forces. And you will learn about stress-strain concepts, columns and struts, thin and thick cylinders, and torsion.
Measurement and Meteorology
General time-related and mechanical measurement, interferometry, pressure, machine tool alignment, tension, and flow measurement are some of the topics that constitute this topic.
Heat transfer
This topic is designed to help students consolidate the fundamental concepts of heat transfer including heat transfer models, their applications, conduction, convection, radiation, and heat exchangers.
Machine Dynamics
By studying this subject, you will learn about the crucial concepts of Machine Dynamics. Such as gyroscope, friction, balancing, dynamometers, and inertial and static forces analysis.
Control systems
The main emphasis will be placed on the designing, time and frequency response, and stability analysis of control systems.
Mechanical Engineering Syllabus: 4th Year
Engineering Product Design
Engineering Product Design covers designing methods, economical viability, standard numbering systems, endurance strengths, and limits and forces analysis.
Mechatronics Engineering
Mechatronics is an interdisciplinary branch that combines both the principles of mechanical and electrical systems. The main objective of adding this course in mechanical engineering is to prepare the students for industrial work. It broadly covers mechatronics concepts, digital electronics, sensors and transducers, signal amplification, mechatronics systems fabrication, and hydraulic systems.
Automobile Engineering
Engine classification and parts, ignition and cooling systems, power plants for vehicles, brakes, fuel supply systems, automotive pollution, and automotive electrical equipment are some of the topics that will be covered in this discipline.
Industrial Management
Industrial Management comprises an array of elements such as Managerial and organizational structure, operations management, plant layout and location, quality control and techniques, personnel, human resource, and performance management.
Apart from this, you can also do a course in Aircraft Maintenance Engineering. It provides information on the development, testing, design, manufacture, maintenance, and operation of aircraft, military aircraft, space aircraft, missiles, satellites, etc.
