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Engineering Subjects
- Bachelor of Engineering Core Subjects
- Engineering Specializations
- Semester-wise Engineering Syllabus
- Engineering Subjects: Mechanical Engineering
- Engineering Subjects: Computer Science Engineering
- Engineering Subjects: Electronics Engineering
- Engineering Subjects: Civil Engineering
- Engineering Subjects: Electrical Engineering
- Engineering Subjects: Aeronautical Engineering
- Engineering Subjects: Automobile Engineering
- Engineering Subjects: Biomedical Engineering
- Engineering Subjects: Marine Engineering
Common Engineering Syllabus 2025 FAQs

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Common Engineering Syllabus 2025: Subjects, Semester-wise Syllabus PDF

Engineering is a vast field with various specializations, each offering a unique set of subjects and syllabus. Here, we’ll take a closer look at the common engineering syllabus for 2024, including an overview of engineering subjects, core subjects in Bachelor of Engineering, and specific subjects for popular engineering specializations.

Engineering Subjects

Engineering subjects and syllabus vary depending on the specialization and the university or college offering the program. They are designed to provide students with a strong foundation in mathematics, science, and technology. These subjects help students develop analytical and problem-solving skills, which are essential for a career in engineering. However, there are some common subjects and themes that are typically found in most engineering programs. Here is an overview of some key subjects often included in engineering syllabi:

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Mathematics: Mathematics is the foundation of engineering. It includes topics such as calculus, differential equations, linear algebra, and probability and statistics.
Physics: Physics principles are essential for understanding the behavior of materials, mechanics, thermodynamics, and electromagnetism.
Chemistry: Chemistry concepts are important for understanding materials, chemical reactions, and environmental considerations in engineering.
Engineering Mechanics: This subject covers principles of statics, dynamics, and mechanics of materials, which are crucial for designing and analyzing structures and machines.
Engineering Drawing: Engineering drawing teaches students how to create and interpret technical drawings used in design and construction.
Basics of Electrical Engineering: This subject covers fundamentals of electrical circuits, electronics, and electromagnetism, which are essential for various engineering disciplines.
Basics of Electronics Engineering: This subject introduces students to electronic devices, circuits, and systems.
Basics of Mechanical Engineering: Mechanical engineering basics include topics such as thermodynamics, fluid mechanics, and machine design.
Environmental Studies: This subject covers environmental issues and sustainable practices relevant to engineering.
Professional Communication: Professional communication skills are important for engineers to effectively communicate their ideas and collaborate with others.

List of Entrance Exams in India
IIT JEE Exam	NEET Exam
CUET Exam	CUET (PG) Exam
VITEEE Exam	SRMJEE Exam
BITSAT Exam	KIITEE Exam
MHT CET Exam	Amity University Exam
COMEDK UGET Exam	TS – EAMCET Exam
Manipal CET Exam	AP – EAMCET Exam
AEEE Exam	TS POLYCET Exam
NEET PG Exam	SET Exam

Bachelor of Engineering Core Subjects

Bachelor of Engineering (B.E.) programs typically include core subjects that provide students with a strong foundation in engineering principles and practices. While the exact core subjects can vary depending on the specialization and the university or college offering the program, here is a list of common core subjects found in many B.E. programs:

Engineering Mathematics: This subject covers advanced mathematical concepts and techniques used in engineering analysis and design.
Engineering Physics: Engineering physics introduces students to the principles of physics relevant to engineering applications, such as mechanics, thermodynamics, and electromagnetism.
Engineering Chemistry: Engineering chemistry covers the principles of chemistry relevant to engineering, including materials science and environmental chemistry.
Basics of Civil Engineering: This subject provides an overview of civil engineering principles, including topics such as structural analysis, construction materials, and surveying.
Basics of Computer Science Engineering: This subject introduces students to computer programming, algorithms, data structures, and software development.
Basics of Aeronautical Engineering: Aeronautical engineering basics cover topics such as aerodynamics, aircraft structures, and propulsion systems.
Basics of Automobile Engineering: Automobile engineering basics include topics such as automotive design, vehicle dynamics, and automotive systems.
Basics of Biomedical Engineering: Biomedical engineering basics cover topics such as medical instrumentation, bioinformatics, and biomaterials.
Basics of Marine Engineering: Marine engineering basics include topics such as ship design, marine propulsion, and offshore structures.
Basics of Electrical Engineering: This subject covers fundamental concepts in electrical engineering, including circuit theory, power systems, and electronics.

Engineering Specializations

Engineering offers a wide range of specializations, each focusing on a specific area of study. Some popular engineering specializations include:

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Mechanical Engineering: Focuses on the design, development, and maintenance of mechanical systems and machines.
Computer Science Engineering: Involves the study of computer software, hardware, and systems.
Electronics Engineering: Focuses on electronic devices, circuits, and systems.
Civil Engineering: Involves the design and construction of infrastructure such as buildings, roads, and bridges.
Electrical Engineering: Focuses on electrical systems, power generation, and distribution.
Aeronautical Engineering: Involves the design and development of aircraft and spacecraft.
Automobile Engineering: Focuses on the design, development, and manufacturing of automobiles.
Biomedical Engineering: Involves the application of engineering principles to healthcare and medical devices.
Marine Engineering: Focuses on the design and maintenance of ships and other marine vehicles.

Semester-wise Engineering Syllabus

The semester-wise syllabus for engineering programs can vary depending on the university or college. Students can download the syllabus PDF from their respective university websites or academic portals. The syllabus typically includes a detailed outline of the subjects to be studied in each semester, along with the corresponding credits and evaluation scheme.

Engineering Subjects: Mechanical Engineering

Here is the semester-wise syllabus and subjects for Mechanical Engineering:

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Subjects of Mechanical Engineering Subjects
Semester 1	Semester 2
Chemistry	Modern Biology
Electrical Sciences	Introduction to Computing
Mathematics – I	Mathematics – II
Physics – I	Engineering Mechanics
Chemistry Laboratory	Physics – II
Workshop /Physics Laboratory	Computing Laboratory
Engineering Drawing	Basic Electronics Laboratory
Physical Training – I	Physics Laboratory/Workshop
[NCC/NSO/NSS]	Physical Training – II
[NCC/NSO/NSS]	[NCC/NSO/NSS]
Semester 3	Semester 4
Mathematics-III	Fluid Mechanics – I
Thermodynamics	Manufacturing Technology – I
Solid Mechanics – I	Solid Mechanics – II
Engineering Materials	Kinematics of Machinery
HSS Elective – I	HSS Elective – II
Machine Drawing	Workshop – II
Physical Training – III	Mechanical Lab – I
NCC/NSO/NSS	Physical Training – IV
NCC/NSO/NSS	NCC/NSO/NSS
Semester 5	Semester 6
Fluid Mechanics – II	Applied Thermodynamics – I
Manufacturing Technology – II	Machine Design
Dynamics of Machinery	Mechanical Measurements
Design of Machine Elements	Heat and Mass Transfer
Electrical Machines	Control Systems
HSS Elective – III	Mechanical Lab – III
Mechanical Lab – II	Mechanical Lab – III
Semester 7	Semester 8
Summer Training (PP/NP)	Industrial Engineering and Operation Research
Applied Thermodynamics – II	Dept Elective – III
Dept Elective – I	Dept Elective – IV
Dept Elective – II	HSS Elective – IV
Open Elective – I	Project- II
Mechanical Lab IV
Project- I

Engineering Subjects: Computer Science Engineering

Here is the semester-wise syllabus and subjects for Computer Science Engineering:

Subjects of Computer Science Engineering Subjects
Semester 1	Semester 2
Calculus	Linear Algebra and Ordinary Differential Equations
Chemistry I	Modern Physics
Introduction to computer programming	Data Analysis and Interpretation
Economics	Abstractions and Paradigms in Programming
Chemistry Lab	Physics Lab
Workshop Practice	Abstractions and Paradigms in Programming
Workshop Practice	Engineering Graphics and Drawing
Semester 3	Semester 4
Numerical Analysis	Environmental Studies
Introduction to Electrical and Electronic Circuits	Automata Theory and Logic
Discrete Structures	Design and Analysis of Algorithms
Data Structures and Algorithms	Logic Design
Experimentation and Measurement Lab	Software Systems Lab
Data Structures and Algorithms Lab	Logic Design Lab
Semester 5	Semester 6
Literature/Philosophy/Psychology/Sociology	Artificial Intelligence
Computer Architecture	Implementation of Programming Languages
Operating Systems	Computer Networks
Database and Information Systems	Artificial Intelligence Lab
Database and Information Systems Lab	Implementation of Programming Languages Lab
Computer Architecture Lab	Computer Networks Lab
Operating Systems Lab	Computer Networks Lab
Semester 7	Semester 8
Elective 1	Elective 4
Elective 2	Elective 5
Elective 3	Elective 6
Institute Elective 1	Institute Elective 2

Engineering Subjects: Electronics Engineering

Here is the semester-wise syllabus and subjects for Electronics Engineering:

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Subjects of Electronics Engineering Subjects
Semester 1	Semester 2
Applied Mathematics	Applied Mathematics(II)
Applied Physics	Applied Physics(II)
Applied Chemistry	Applied Chemistry(II)
Mechanics of Engineering	Engineering Drawing aspects
Basic of Electrical Engineering	Communication Skills
Workshop Practice	Programming Approach
Semester 3	Semester 4
Applied Mathematics	Applied Mathematics(IV)
Electronics and Circuits	Linear Engineering
Digital System	Control Systems
Design Circuit and Networks	Laboratory Design
Laboratory Digital System	Laboratory Microprocessors
Semester 5	Semester 6
Communication Engineering Laboratory	VLSI Design
Micro controls and Processing	Instrumentation Systems
Linear Integrated Circuits	Power Electronics
Digital Communication	Computer Organization
Laboratory Digital Technology	Digital Signal Processing
Semester 7	Semester 8
IC Technology	Micro Electro Mechanical Systems
Power Electronics(II)	Industrial Automation
Elective	Industrial Organisations and Management
Embedded System Design	Major Project II
Project	–

Engineering Subjects: Civil Engineering

Here is the semester-wise syllabus and subjects for Civil Engineering:

Subjects of Civil Engineering Subjects
Semester 1	Semester 2
Mathematics I	Mathematics II
Chemistry	Physics
English for Communication	Programming and Data Structure
Basic Electronics	Basic Electronics
Mechanics	Engineering Drawing and Graphics
Engineering Drawing and Graphics	Electrical Technology
Electrical Technology	Introduction to Manufacturing Processes
Introduction to Manufacturing Processes	Introduction to Manufacturing Processes
Semester 3	Semester 4
Water and Waste Water Engineering	Transportation Engineering
Hydraulics	Structural Analysis
Solid Mechanics	Water Resources Engineering
Breadth I	Surveying I
Mathematics III (Module 1)	Surveying II
Semester 5	Semester 6
Design of RC Structures	Design of Steel Structures
Soil Mechanics & Foundation Engineering	Elective II
Elective I	Elective III
Breadth (IT)	Elective IV
Breadth II	Elective V
Breadth II	Project I
Semester 7	Semester 8
Elective VI	Breadth III
IT & CAD Applications	Breadth
Elective	Project III
Project II	Comprehensive Viva Voce
Industrial Training/Seminar	Comprehensive Viva Voce

Engineering Subjects: Electrical Engineering

Here is the semester-wise syllabus and subjects for Electrical Engineering:

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Subjects of Electrical Engineering
Calculus	Chemistry
Physics	Elements of Electrical Engineering
Art of Programming	Mathematics
Analog Electronic Circuits	Network Analysis and Synthesis
Electrical Transducers and Measurements	ICT Tools and Security
DC Machines and Transformers	Digital Electronic Circuits
Control System Engineering	Engineering Electromagnetics
Rotating AC Machines	High Voltage Engineering
Utilization of Electrical Power	Microprocessor and Micro controller
Electrical Drives and Traction Systems	Testing, Commissioning and Maintenance of Electrical Equipment
Digital Signal Processors for Electrical Engineering	Power System Protection and Switchgear
Environment and Energy Studies	Electrical Workshop Practices
Thermal and Hydraulic Prime Movers	Electrical Engineering Materials
Fundamentals of Electrical Power System	Fundamentals of Power Electronics
Analysis of Electrical Power System	Power Electronic Converters
Power System Operation and Control	Electrical Machine Design

Engineering Subjects: Aeronautical Engineering

Here is the semester-wise syllabus and subjects for Aeronautical Engineering:

Aeronautical Engineering Subjects
Mathematics	Flight Dynamics
Engineering Physics	Aircraft Structures
Engineering Chemistry	Control Engineering
Computer Programming	Environmental Science and Engineering
Engineering Graphics	Aircraft Structures Laboratory
Computer Practices Laboratory	Communication and Soft Skills- Laboratory Based
Engineering Practices Laboratory	Principles of Management
Physics and Chemistry Laboratory	Finite Element Methods
Transforms and Partial Differential Equations	Vibrations and Elements of Aeroelasticity
Manufacturing Technology	Composite Materials and Structures
Aero Engineering Thermodynamics	Aircraft Materials and Processes
Fluid Mechanics and Machinery	Aero Engine and Airframe
Solid Mechanics	Aircraft Design Project
Elements of Aeronautics	Computer Aided Simulation
Strength of Materials Laboratory	Total Quality Management
Fluid Mechanics and Machinery Laboratory	Avionics
Thermodynamics Laboratory	Computational Fluid Dynamics
CAM and Manufacturing Laboratory	Experimental Stress Analysis
Numerical Methods	Aircraft Design Project
Aerodynamics	Aircraft Systems Laboratory
Aircraft Systems and Instruments	Flight Integration Systems and Control Laboratory
Mechanics of Machines	Wind Tunnel Techniques
Aircraft Structures	Propulsion
Aircraft Structures Laboratory	Aerodynamics Laboratory
CAD and Aircraft Component Drawing

Engineering Subjects: Automobile Engineering

Here is the semester-wise syllabus and subjects for Automobile Engineering:

Automobile Engineering Subjects
Semester 1	Semester 2
Technical English – I	Technical English – II
Mathematics – I	Mathematics – II
Engineering Physics – I	Engineering Physics – II
Engineering Chemistry – I	Engineering Chemistry – II
Engineering Graphics	Basic Electrical & Electronics Engineering
Fundamentals of Computing and Programming	Engineering Mechanics
Semester 3	Semester 4
Transforms And Partial Differential Equations	Statistics And Numerical Methods
Engineering Thermodynamics	Applied Thermodynamics and Heat Transfer
Fluid Mechanics and Machinery	Engineering Materials and Metallurgy
Automotive Engines	Strength of Materials
Mechanics of Machines	Electronics and Microprocessors
Production Technology	Automotive Chassis
Semester 5	Semester 6
Environmental Science and Engineering	Principles of Management
Design of Machine Elements	Automotive Engine Components Design
Automotive Transmission	Automotive Chassis Components Design
Automotive Electrical and Electronics	Two and Three Wheelers
Vehicle Design and Data Characteristics	Finite Element Analysis
Automotive Fuels and Lubricants	Composite Materials
Semester 7	Semester 8
Engine and Vehicle Management System	Vehicle Body Engineering
Vehicle Dynamics	Marketing Management
Vehicle Maintenance	Automotive Safety
Automotive Pollution and Control	–
Robotics	–
Automotive Aero-dynamics	–

Engineering Subjects: Biomedical Engineering

Here is the semester-wise syllabus and subjects for Biomedical Engineering:

Biomedical Engineering Subjects
Semester 1	Semester 2
Mathematics 1 & 2	Physics
Chemistry	Material Sciences
Environmental sciences	Basics of civil and mechanical engineering
Basics of electrical and electronic engineering	Engineering Mechanics
Thermodynamics	Communicative English
Practical	Projects
Semester 3	Semester 4
Mathematics 3 & 4	Electric circuit analysis
Electronic circuits	Electric devices
Human Anatomy & Physiology	Switch theory and Logical Design
Electrical and Electronic Instruments	C++ & Data structure
Dynamics of Biofluids	Material strengths
Medical Instrumentation	Practical
Semester 5	Semester 6
Control System Engineering	Embedded systems in Medicine
Microprocessors	Principals of Diagnostics and Therapeutic Equipment
Linear integrated circuits	Medical informatics
Signals and Systems	Digital Image Processing
Biomechanics	Medical Instrumentation
Practical	Biomedical Signal Processing
Semester 7	Semester 8
Principals of radiological equipment	Advanced biomedical instruments
Biomaterials	Engineering economics
Hospital safety and management	Biotelemetry
Practical	–

Engineering Subjects: Marine Engineering

Here is the semester-wise syllabus and subjects for Marine Engineering:

Marine Engineering Subjects
Semester 1	Semester 2
English	Seamanship, Elementary Navigation & Survival at Sea
Mathematics – I	Mathematics – II
Basic Thermodynamics	Applied Thermodynamics – I
Basic Electrical & Electronics Engineering	Strength of Materials – I
Engineering Mechanics – I	Computer Science
Workshop Technology	Engineering Mechanics – II
Geometrical Drawing	Engineering & Machine Drawing
Basic Electrical & Electronics Laboratory	Applied Mechanics Laboratory
Workshop Practicals – I	Workshop Practicals – II
Communicative English Lab	Computer Laboratory – I
Semester 3	Semester 4
Computational Mathematics	Marine Boilers
Analog Electronics & Communication	Digital Electronics & PLC
Applied Thermodynamics – II	Mechanics of Machines – II
Strength of Materials – II	Electrical Machines – II
Mechanics of Machines – I	Fluids Mechanics
Electrical Machines – I	Marine Heat Engine & Air Conditioning
Marine Engineering Drawing	Applied Marine Control & Automation
Electronics Laboratory	Heat & Boiler Chemical Laboratory
Heat & Chemical Laboratory	Computer Microprocessor & PLC Laboratory
Workshop Practicals – III	Workshop Practicals —IV
Control Engineering Laboratory
Semester 5	Semester 6
Material Science	Ship Fire Prevention & Control
Ship Structure & Construction	Marine Internal Combustion Engine II
Marine Internal Combustion Engine – I	Marine Electrical Technology
Fluid Mechanics	Marine Auxiliary Machines – II
Marine Auxiliary Machines – I	Naval Architecture – II
Naval Architecture – I	Management Science & Economics
Elementary Design & Drawing	Marine Steam Engineering
Material Science Laboratory	Fire Control & Life Saving Appliances Laboratory
Vibration Laboratory & Fluid Mechanics Laboratory	Marine Power Plant Operation —II
Marine Power Plant Operation – I	Electrical Machines Laboratory
Semester 7	Semester 8
Ship Operation & Management	ON BOARD TRAINING & ASSESSMENT
Advanced Marine Control Engineering & Automation	Voyage / Training Report
IMO – Maritime Conventions & Classification Society	Project on Environment & its Project
Advanced Marine Technology	Viva – Voce
Engine Room Management
Elective
Marine Machinery & System Design
Simulator & Simulation Laboratory
Technical Paper & Project

Conclusion, The common engineering syllabus for 2025 covers a wide range of subjects and specializations, providing students with a comprehensive education in the field of engineering. By understanding the core subjects and syllabus overview, students can better prepare themselves for a successful career in engineering.

Common Engineering Syllabus 2025 FAQs

What are the common subjects in BTech?

Common subjects in BTech include mathematics, physics, chemistry, engineering mechanics, engineering drawing, basics of electrical engineering, basics of electronics engineering, basics of mechanical engineering, environmental studies, and professional communication.

How many subjects are there in engineering per semester?

The number of subjects in engineering per semester varies but is typically around 5 to 7 subjects, depending on the university and the specific program.

What is the subject of 1st year in engineering?

In the first year of engineering, students typically study foundational subjects such as mathematics, physics, chemistry, engineering mechanics, engineering drawing, basics of electrical engineering, basics of electronics engineering, and basics of mechanical engineering.

What is the syllabus of engineering?

The syllabus of engineering includes a wide range of subjects covering mathematics, physics, chemistry, engineering mechanics, engineering drawing, basics of electrical engineering, basics of electronics engineering, basics of mechanical engineering, environmental studies, and professional communication, among others.

What are the engineering 1st year subjects for CSE?

The first year subjects for Computer Science Engineering (CSE) are generally similar to other engineering disciplines and include mathematics, physics, chemistry, engineering mechanics, engineering drawing, basics of electrical engineering, basics of electronics engineering, and basics of mechanical engineering.

How many subjects in engineering 4 years?

There are typically around 40 to 45 subjects in a 4-year engineering program, spread across various semesters and including core subjects, electives, and practicals.

How many subjects in engineering 1st year?

In the first year of engineering, students usually have around 7 to 9 subjects, including mathematics, physics, chemistry, engineering mechanics, engineering drawing, and basics of various engineering disciplines.