Master of Engineering [ME] Syllabus and Subjects
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The ME syllabus deals with detailed and scientific study in the field of engineering in the two-year-long postgraduate program. ME subjects provide in-depth knowledge of the advanced areas of physics, chemistry, and mathematics including several domains in engineering.
The Master of Engineering job Scope is extensive as these subjects help students to acquire industry-relevant knowledge and the necessary expertise to obtain great career opportunities after completing the Master of Engineering course.
Table of Contents
- Semester Wise Master of Engineering Syllabus
- Master of Engineering Subjects
- Specialisation-wise Master of Engineering Syllabus
Semester Wise Master of Engineering Syllabus
The ME syllabus is designed to give students a greater understanding of every aspect of engineering and technology. Listed below is the Master of Engineering subjects according to the semesters:
Master of Engineering Syllabus for First Year
For the first two semesters of the ME course, students learn about the core foundations of Engineering and Technology. The table below represents the Master of Engineering Subjects in the first year of the ME Course.
|
Semester I |
Semester II |
|
Advanced Heat Transfer |
Optimization Techniques |
|
Refrigeration & Air conditioning |
Instrumentation & Automatic Control |
|
Mechanical Vibration |
Mechanical Design Analysis |
|
Finite Element Analysis |
Advanced Fluid Mechanics |
|
Elective I |
Elective II |
|
Laboratory Practice I |
Laboratory Practice II |
|
Seminar |
Seminar II |
Practical subjects under 1st year of Master of Engineering
Some of the practical subjects in the first-year Master of Engineering syllabus are given below:
- Study on Sampling and preparation of standard solutions and preservation of samples
- Determination of Available Chlorine in Bleaching Powder
- Chemical analysis for the following from Domestic wastewater
Master of Engineering Syllabus for Second Year
The students are introduced to the subjects which are related to the specialization from the third semester onwards. The table below represents the Master of Engineering Subjects in the Second year of the ME Course.
| Semester III | Semester IV |
| Advanced Machine Design | Advanced Robotics |
| Measurement Techniques & Data Analysis | Computational Fluid Dynamics |
| Internal Combustion Engine | Process Equipment Design |
| Analysis & Synthesis of Mechanisms | Alternate Energy Sources |
| Computer-Aided Manufacturing | Design of Heat Exchanger |
| Theory of Elasticity & Plasticity | Design of Pumps & Compressors |
Practical subjects under Wnd year of Master of Engineering
Some of the practical topics in the first-year ME subjects are given below:
- Visit to Air Polluting Industries like Thermal Power plant
- Assignment on Environmental Management in Smart City
- Site visit of any one solid waste management facility
Master of Engineering Subjects
The subjects for the Master of Engineering syllabus aim to introduce students to all the vital aspects of engineering and sciences. The ME subjects cover the theoretical and practical understanding of Mechanics, Optimization Techniques, Robotics, Fluid Dynamics, etc. Some of the core and elective ME subjects are given below:
Core Subjects
The subjects in the ME curriculum are divided into core and elective subjects. Listed below are some of the core subjects under the M.E syllabus:
- Advanced Machine Design
- Measurement Techniques & Data Analysis
- Internal Combustion Engine
- Analysis & Synthesis of Mechanisms
- Computer-Aided Manufacturing
- Theory of Elasticity & Plasticity
ME Subjects in Detail
Some of the ME Subjects are given below in greater detail:
| Master of Engineering | Topics Covered |
| Dynamics of Structures | Dynamic system with a single degree of freedom and multi-degree freedom systems, Beam, and Plates. Earthquake analysis, The vibration of continuous elastic media, Random vibration |
| Advanced Theory of Soil Mechanics | Analysis of stresses and strains in soil, equations in Cartesian and Polar coordinate system 2 and 3-dimensional stress tensors, Equation of equilibrium and compatibility, Plane stress and Plane strain problems, stress functions |
| Bridge Engineering | Site Investigation, Bridge Hydrology, Geometry of Bridges, Steel, R.C.C., Maintenance of bridges; Codes of Practice, Prestressed Road and Rail Bridges; Suspension and Cable Stayed Bridges |
| Solid Waste Management | The solid waste survey, Source, Quality, and composition of solid waste, transfer, Collection, processing and transportation |
Specialisation-wise Master of Engineering Syllabus
There are many specializations that the students can decide to pursue under the umbrella of the ME syllabus which play an important role in understanding any specific area of interest in great detail and depth. The Master of Engineering subjects can vary according to the specialization that the students decide to pursue. Given below are some of the popular disciplines that aspiring students can pursue:
ME Mechanical Engineering Syllabus
The curriculum for the ME Mechanical Engineering program is designed to give students a thorough understanding of mechanical engineering. The manufacture and production of mechanical equipment will be studied in this course. Some of the subjects in the ME Mechanical Engineering syllabus are given below:
- Theory of Elasticity
- Design of Mechanism
- Design of Pressure Vessels
- Materials management
- Mechanical Vibrations
ME Civil Engineering Syllabus
The ME Civil Engineering course is intended to give students a professional perspective on design, building, and maintenance, using a hands-on and analytical approach along with contemporary knowledge of civil engineering. Some of the subjects in the ME Civil Engineering syllabus are given below:
- Building Environment and Services
- The advanced design of concrete structures
- Construction Technique and Equipment
- Construction cost Dynamics
- Contracts and Valuation
ME Electrical Engineering Syllabus
The ME Civil Engineering syllabus provides in-depth knowledge of electromagnetic theory as it applies to electrical energy converters, electrical networks, etc. Some of the subjects in the ME Electrical Engineering are given below:
- Simulation Laboratory
- Digital Signal Processing
- Power System Simulation Lab
- Advanced Power Electronics
- Modern Control System
Master of Engineering Course Structure
The Master of Engineering syllabus and the curriculum consist of both theoretical and practical subjects divided into core and specialization subjects. Seminars, labwork, industrial visits, workshops, projects, and internships are the essential components of the course structure. The general course structure of the Master of Engineering is given below:
- IV Semesters
- Core Subjects
- Elective Subjects
- Research Project
Master of Engineering Teaching Methodology and Techniques
ME course includes traditional classroom teaching and practical lab workshops. Classroom-based teaching helps students to learn about topics in great depth and detail. The practical lab workshops help the students to use their knowledge in a real-world setting. Listed below are the teaching methodology and strategies in general:
- Lectures
- Practical Lab Workshops
- Research Papers
- Seminars
- Group Discussions
ME Projects
When pursuing an ME course, it is part of the curriculum that the students need to work on a research project at the end of the course. This ME research project helps the students learn about all the topics in great depth and detail. Listed below are some of the popular ME project topics under the M.E syllabus:
- Advanced Robotics
- Computational Fluid Dynamics
- Process Equipment Design
- Alternate Energy Sources
- Design of Heat Exchanger
- Design of Pumps & Compressors
Master of Engineering Reference Books
When pursuing the Master of Engineering course, students need to invest in reference books. These books can help the students gain an understanding of the curriculum and the subjects. Listed below are some of the popular ME books:
|
Name of Book |
Author |
|
Superintelligence: Path, Dangers, Strategies |
Nick Bostrom |
|
Computer Networking: A Top-down Approach |
James F. Kurose and Keith W. Ross |
Top ME [Master of Engineering] Colleges
Top Engineering Entrance Exams
Result Date: Apr 25, 2024
Exam Date: May 26, 2024
ME Fee Structure
FAQs
What are the subjects in Master of Engineering?
There are several subjects in the ME course that delivers essential knowledge on Engineering and Technology.
How many semesters are there in the Master of Engineering?
There are 4 semesters in the ME course duration of 2 years.
What are the specialization subjects in Masters in Engineering?
There are several specializations in ME that students can pursue based on their interest which includes Nanotechnology Engineering, Aerospace Engineering, Environmental Engineering, Material Science Engineering, Agricultural Engineering, Industrial Engineering, and many more.
What are the Project Topics in the ME course?
The projects in the ME course help students to acquire the necessary skills and expertise through practical learning and the topics include Advanced Robotics, Computational Fluid Dynamics, Process Equipment Design, Alternate Energy Sources, etc.
What are the important ME Books?
Some of the books in the ME course are Superintelligence by Nick Bostrom, Computer Networking by James F. Kurose & Keith W. Ros, etc.