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Mechanical Engineering Subjects List All Semester PDF Free Download
Mechanical Engineering subjects
Mechanical Engineering is among the oldest branches of engineering and is thus considered a core branch.
Mechanical Engineering deals with applying the concepts of Mathematics and Physics to create and maintain mechanical systems.
The B.Tech or Bachelor of Technology programme is the undergraduate programme in Mechanical Engineering.
The postgraduate programme or M.Tech or Masters of Technology is the next step for candidates with B.Tech in Mechanical Engineering.
The B.Tech programme focuses on building fundamentals and core subject understanding through lectures, practicals, and tutorials.
The M.Tech programme deals with research and advanced learning of specific concepts of Mechanical Engineering.
List of Subjects in Mechanical Engineering
Typical Core Subjects for Mechanical Engineering
| Subject Title | Subject Details |
|---|---|
| Solid Mechanics | The subject examines the movement and distortion of solid objects under the influence of pressures, temperature changes, phase transitions, and other direct or indirect forces. |
| Thermodynamics | The study of the relationships among heat, work, temperature, and energy is known as thermodynamics. The rules of thermodynamics define how energy evolves in a system based on its environment. The subject also discusses the applications of thermodynamics. |
| Engineering Metallurgy | The subject investigates the mechanical and molecular properties of metals, intermetallics, and alloy combinations. Students learn about various materials and their usage in prominent industries. |
| Fluid Mechanics | Fluid mechanics is the study of the behaviour of fluids and associated concepts such as viscosity and statics. The subject deals with the applications of fluid mechanics using their properties. |
| Strength of Materials | The subject includes the aspects of strength of various materials and the effects of stress and strain. It also teaches about the strain-stress equations and their uses. |
| Mechanical Measurement | Students learn about the types of measurement systems, usage of instruments for measuring, and the process of measuring an unknown quantity with respect to a defined standard. |
| Manufacturing Processes | The subject includes topics about various casting processes and defects. Through this subject, students learn about the steps of manufacturing, types of manufacturing, and the details of each manufacturing process, such as casting and moulding. |
| Numerical Analysis | Numerical analysis prepares students to create and analyse algorithms and find errors in them. The subject covers the concept, methodology, and strategies for solving engineering problems numerically. |
| Heat Transfer | The subject introduces the concepts of heat transfer by discussing various heat transfer techniques, such as conduction, convection and radiation. |
| Kinematics and Dynamics of Machines | The subject teaches students to define and solve issues involving links, shafts, gears, mechanical manipulators, and other systems. The need of comprehending and apply the consequences of calculated findings is emphasised. Students learn about kinematic diagrams and inversions, mobility and range of movements. |
| Machine Design | Machine design is an important subject in mechanical engineering that deals with the design function in mechanical engineering, the steps involved in designing, and the applications of machine design. |
| CAD and Finite Element Analysis | The subject includes numerical techniques for element analysis and the role of geometric modelling. Students apply physics calculations to solve numerical regarding mechanical engineering. |
Typical Elective Subjects for Mechanical Engineering
| Subject Title | Subject Details |
|---|---|
| Automotive Systems | The subject teaches about basic engine management systems and alternative fuel systems. Students also learn about fuel ignition systems and other automation systems. |
| Advanced Machining Processes | Students learn about machining processes involved in mechanical engineering. The subject also includes processes where mechanical energy is utilised for advanced machining. |
| Mechatronic Applications in Manufacturing | Through this subject, students learn about mechatronic systems and components and review the manufacturing applications. They understand the need and integration of mechatronics at different levels. |
| Thermal Management of Electronics | The subject includes electronics packaging and cooling technologies for students to learn about the management of electronics using mechanical processes such as heat sinks. |
| Quality and Reliability Engineering | Quality maintenance is an important aspect of industries that is maintained by mechanical engineers. In this subject, students learn the process of capability analysis and quality improvement approach and the economics of quality control. |
| Electrochemical Energy Systems | The subject deals with electrochemical systems and various electrochemical power sources, their structure, usage and their applications. |
| Nanomechanics | Nanomechanics deals with the dynamics of 2-atom, 3-atom molecules, and an N-atom chain. Students learn about crystal lattice and reciprocal lattice in this subject. |
| Automotive Design | The subject includes the entire process of automotive design, styling, chassis and structure, and load analysis. Students are also made aware of the history of automotive design through this subject. |
| Supply Chain Management | An important application of mechanical engineering techniques is supply chain management and strategy. Students learn about the orientation and management of supply chain processes and various flows in a typical supply chain in this subject. |
| Surface Engineering | The subject introduces advanced surface engineering practices, their processes and applications. Students learn the details of laser-assisted surface modification in the curriculum. |
Detailed Syllabus For Mechanical Engineering
The syllabus for B.Tech in Mechanical Engineering varies with the institute. It means that IIT, NIT or any other government or private university might have a different Mechanical Engineering syllabus. However, the core subjects and some electives remain the same for all colleges. Here is a list of core and elective subjects for Mechanical Engineering and all that is included in those subjects:
| Semester | Core/Elective | Subject title | Subject Details |
|---|---|---|---|
| 1 | Core Core Core Core | Chemistry Electrical Sciences Mathematics Physics | Through this subject, students learn about cell biology and diversity. The subject introduces the basics of computer engineering through languages. Students form a basic foundation of mechanics through this subject. It includes reaction, Static indeterminacy and structures |
| 2 | Core Core Core Core | Modern Biology Introduction to Computing Engineering Mechanics Mathematics- II | Through this subject, students learn about cell biology and diversity. The subject introduces the basics of computer engineering through languages. Students form a basic foundation of mechanics through this subject. It includesReaction, Static indeterminacy and structures |
| 3 | Core Core Core Core Core | Mathematics-III Thermodynamics Solid Mechanics – I Engineering Materials Machine Drawing | This mathematics subject introduces the concept of complex numbers. Students also learn about differentiation The subject focuses on the aspects of solid mechanics with special emphasis on the concepts of stress and strain, along with its related numerical Students learn about the structure and formation of engineering materials and their molecular details. This is a visual subject for engineering students that deals with the drawing details of various engineering elements. |
| 4 | Core Core Core Core Core | Fluid Mechanics – I Manufacturing Technology – I Solid Mechanics – II Kinematics of Machinery Workshop | This subject is the second part of mechanics that focuses on the properties of fluids. Through this subject, students learn about the steps in manufacturing and the materials used. Students learn about the elements of the kinematic chain in this subject Introduces the various tools and processes used in an engineering workshop |
| 5 | Core Core Core Core | Fluid Mechanics – II Manufacturing Technology – II Dynamics of Machinery Design of Machine Elements | The subject deepens the student’s understanding of various concepts associated with fluid mechanics. Students learn about the techniques and tools included in a manufacturing process. The subject includes machinery topics that focus on the dynamics of systems, machine processes, and vibration analysis This core mechanical subject discusses the design of various elements of a machine. |
| 6 | Core Core Core Core Core | Applied Thermodynamics – I Machine Design Mechanical Measurements Heat and Mass Transfer Control Systems | The subject includes topics about applied thermodynamics such as regenerative cycles and the laws of thermodynamics. Students learn about gears, lubrication, and bearings in this subject Feedback systems, mathematical modelling of physical systems, Laplace transforms, block diagrams, signal flow graphs |
| 7 | Core Core Elective Elective | Summer Training Applied Thermodynamics – II Advanced Engineering Mathematics Mechatronics and Manufacturing Automation | Engineering students must undergo summer training for a minimum of eight weeks. This subject discusses the functioning of engines and their associated concepts such as torque and power. Students learn about linear algebra and the techniques to solve its associated questions The subject introduces the process of welding, the kinds of welding, and the features of joints. |
| 8 | Core Elective Elective | Industrial Engineering and Operations Research Computer Integrated Manufacturing Aerodynamics | This subject introduces the components of industrial engineering, such as production, control, and the features of products. The subject deals with the functioning and usage of tools, such as CAD. Students learn about force, momentum, and the equations related to energy. |
Specialisations Offered in Mechanical Engineering
After completing the undergraduate course in Mechanical Engineering, students can opt for the M.Tech programme in Mechanical Engineering with a specialisation in a related discipline.
Students can opt for Thermal and Fluids engineering to study fluid mechanics and the applications of thermal energy.
Manufacturing Engineering is another popular specialisation that offers to learn about manufacturing systems and associated processes.
The specialisations offered in Mechanical Engineering are as follows:
| Specialisation | Subjects | Details |
|---|---|---|
| Thermal and Fluids Engineering | Fluid DynamicsAdvanced Heat transfer Advanced Thermodynamics and Combustion | Experimental fluid dynamics, computational fluid dynamics and heat transfer, electrochemical energy conversion, boiling heat transfer, condensation, heat pipes, thermal management |
| Solid Mechanics and Design Engineering | Stress AnalysisKinematics and Dynamics of Machinery | The specialisation deals with the concepts associated with solid mechanics and design, such as dynamics, robotics, and CAD usage to create designs. |
| Manufacturing Engineering | Machining ProcessesWelding ProcessesDeformation ProcessesLiquid Material Processing | The specialisation focuses on the processes involved in manufacturing, and the various steps involved in the processes. |
Books and Authors Related to Mechanical Engineering
The books for Mechanical Engineering programmes include course books or textbooks, reference books, and practical manuals. The books are chosen as per the subject and institute curriculum. Here is a list of books and authors that students can refer to for subjects in Mechanical Engineering:
| Subject | Book title | Author | Description |
|---|---|---|---|
| Mathematics | Higher Engineering Mathematics | B.V. Ramana | The book includes concepts and solved examples of Vector algebra, Differential and Integral Calculus, curve tracing, ordinary differential equations, Laplace Transform, Linear Algebra and Vector Calculus. |
| Thermodynamics | Basic and Applied Thermodynamics | P.K. Nag | This is a foundation book with numerical on thermodynamic concepts, including Work and Heat transfer, Laws of Thermodynamics, Energy, Properties of Substances, Thermodynamic relations and equilibrium, and Power cycles. |
| Strength of Materials | Mechanics of materials | R.C. Hibbeler | The book explains the key aspects of strength of materials, visual analysis and free flow diagrams for material structure, stress, strain, and numerically based on the above concepts. |
| Fluid Mechanics | Fluid Mechanics | F.M. White | The book deals with fluid mechanics concepts, including Pressure Distribution in a Fluid, Differential Relations for Fluid Flow, and Turbomachinery. |
| Mechanical measurements | Mechanical measurements | Thomas G Beckwith, Roy D Marangori, John H Lienhard | This book has details on Standards and Dimensional Units of Measurement, assessing and presenting experimental data, and time-dependent characteristics of measurements. |
| Kinematics and Dynamics of Machines | Mechanisms of Machines | W. L. Cleghorn. | The book discusses gears, gear trains, mechanics of rigid bodies, and graphical and analytical kinematic analyses of planar mechanisms. |
| Language | English |
| No. of Pages | 40 |
| PDF Size | 0.27 MB |
| Category | Education |
| Source/Credits | – |
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