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The IT and BPM sector is one of the biggest growth engines of the Indian economy. It has added approximately 7 percent of the GDP in the country in 2024 and is expected to hit 10 percent by 2025.
Technology has changed every industry and Computer Science engineers are needed more than ever.
In this digital world, Computer Science Engineering (CSE) stands out as a field that helps us improve, analyse, automate and improve complex business processes.
From cybersecurity and artificial intelligence to software development, CSE drives problem-solving, creativity, and progress across manufacturing, education, healthcare, and entertainment.
This blog gives you a complete year-wise and semester-wise guide to the CSE syllabus and subjects. Scroll to read more.
Computer Science Engineering is an area of study that deals with creating, and maintaining both computer software and hardware systems.
In simple terms, Computer Science Engineering helps us to understand how computers function and write code to solve real-life problems.
Whether it's creating apps, building websites, or working with Artificial Intelligence (AI), the field covers a wide range of technologies.
During the CSE programme, you will study many subjects at diploma, undergraduate, postgraduate and doctorate levels. Some of the core subjects include:
The CS Engineering syllabus will enable you to develop domain knowledge and expertise to pursue various opportunities as a Software Engineer, AI Engineer, Data Scientist, etc.
The Computer Science Engineering diploma programme is a 3-year course. The focus of the syllabus is mainly on underlying principles of Computer Science.
Subject areas covered include Networking, Operating Systems, Database Systems, Mobile Computing and other key areas.
Let us look at the Diploma in Computer Science Engineering syllabus year-wise:
| Semester-I | Semester-II |
| Applied Mathematics I | Applied Mathematics II |
| Applied Physics | Digital Electronics |
| Applied Chemistry | Computer Organisation |
| Communication Skills in English | Programming in C |
| Computer Fundamentals and Office Automation | Environmental Studies |
| Basic Electronics and Communication | Engineering Drawing |
| Workshop Practice | Practical Labs (C Programming, Hardware Workshop) |
| Semester-III | Semester-IV |
| Data Structures Using C | Software Engineering |
| Operating Systems | Microprocessor and Interfacing |
| Database Management Systems (DBMS) | Web Development (HTML, CSS, JavaScript) |
| Computer Networks | Java Programming |
| Object-Oriented Programming with C++ | Linux/UNIX Operating System |
| Practical Labs (Data Structures, DBMS, Networking) | Mini Project |
| Semester-V | Semester-VI |
| Mobile Application Development | Network Security |
| Cloud Computing | Advanced Java / Python |
| Data Communication | Entrepreneurship Development |
| Elective I (such as, AI, Cybersecurity, IoT) | Elective II |
| Industrial Training / Internship | Major Project (Phase II) |
| Project Work (Phase I) | Seminar / Viva Voce |
Please note: This is a general overview of the subjects offered at the Diploma level. The actual Computer Science Engineering syllabus semester-wise, may differ from one institute to another.
B Tech CSE is a four-year undergraduate programme that focuses on digital systems, software theory, algorithms and hardware.
The B Tech CSE syllabus also covers core computer science subjects that help you to design, develop, and troubleshoot computing devices such as PCs, smartphones, embedded systems and even robots. Let us look at the B Tech Computer Science and Engineering syllabus:
| Semester-I | Semester-II |
| Physics | Chemistry |
| Mathematics-1 (Calculus & Linear Algebra) | Mathematics-2 (Probability and Statistics) |
| Society and Scientific Temperament | Electrical and Electronics for Computational Thinking |
| Engineering Graphics & Design | Technical Communication & Research Writing |
| Programming for Problem Solving | Design Thinking |
| Universal Human Values | OOPS Using JAVA |
| Epistemology Lab | Communication Skills |
| Semester-III | Semester-IV |
| Environmental Science | Operating Systems |
| Mathematics-3 (Discrete Mathematics) | DBMS |
| Biology for Engineers | Design and Analysis of Algorithms |
| Computer Architecture | Data Communication and Networks |
| Data Structures | Essentials of Machine Learning |
| Sports and Yoga | Engineering in Society |
| Python Programming | 3D Experience and Innovation Lab |
| Diploma Mathematics – 1 (Only for Lateral Entry Students) | Diploma Mathematics – 2 (Only for Lateral Entry Students) |
| Semester-V | Semester-VI |
| Theory of Computation | Open Elective -1 |
| Professional Track (Technology/Research/Entrepreneurship) | Professional Track (Technology/Research/Entrepreneurship) |
| Professional Elective – 1 (Full Stack Developer/Data Engineering/Blockchain) | Professional Elective – 2 (Full Stack Developer/Data Engineering/Blockchain) |
| Software Engineering | Advanced Computer Networks |
| Level 2: Product Innovation & Entrepreneurship (Project-Oriented, 1-Unit Theory on Entrepreneurship – Transdisciplinary Project) | Deep Learning Laboratory |
| Web Technology | Professional Management Course |
| Research Methods and Design | Grassroot Innovation and Engineering Practice |
| Internship 1 | Engineering Project-1 |
| Semester-VII | Semester-VIII |
| Professional Track (Technology/Research/Entrepreneurship) | Engineering Ethics & Professional Practice |
| Professional Elective – 3 (Full Stack Developer/Data Engineering/Blockchain) | Advanced Deep Learning |
| Open Elective -2 | Open Elective-3 |
| Cryptography and Network Security | Engineering Project-3 (Testing & Social Outreach) |
| Engineering Project-2 | |
| Internship-2 |
Please note: This is a general overview of the B Tech Computer Science and Engineering syllabus. The actual B Tech CSE subjects list may differ from one institute to another.
The M Tech CSE is a two-year postgraduate engineering degree focused on advanced technical expertise, research skills, and analytical abilities. The curriculum is designed to give you in-depth knowledge of your chosen specialisation through theory, lab sessions, industrial exposure, and project work. Let us look at a semester-wise list of M Tech CSE subjects:
| Semester-I | Semester-II |
| Computer Organisation & Architecture | Theoretical Foundations of Computer Science |
| Data Structure & Algorithms | Advanced Data Base Management System |
| Systems Programming & Operating Systems | Distributed Computer Systems |
| Elective I | Elective III |
| Elective II | Elective IV |
| Data Structure & Algorithms Laboratory | Advanced Data Base Laboratory |
| Networks & System Programming Laboratory | Programming Laboratory I(for Elective III chosen) |
| Term Paper & Seminar | |
| Semester-III | Semester-IV |
| Elective V | Project Work (Phase-II) & Seminar |
| Elective VI | Viva-voce |
| Programming Laboratory II (for Elective V | |
| chosen) | |
| Project Work (Phase-I) | |
| Seminar |
Here are some common Elective subjects offered in the M Tech CSE syllabus:
Please note: This is a general overview of the M Tech CSE syllabus. The actual M Tech CSE subjects list may differ from one institute to another.
The coursework for a PhD in CSE may depend on the research area that you choose to write your thesis on.
Additionally, some institutes may also ask you to take a compulsory research methodology course, a compulsory course on a broad field of study, followed by an elective subject offered by the Department.
However, these guidelines may differ from one university to another, and we strongly recommend that you check the rules and the curriculum before applying. We have suggested some research areas/elective subjects that are commonly available for a PhD in CSE.
With a structured learning path, the diploma, M Tech or B Tech Computer Engineering syllabus CSE syllabus is designed to build strong fundamentals, advanced technical expertise, and industry-ready skills.
If you wish to innovate and take the world by storm, enrol in B Tech in Computer Science Engineering at JAIN (Deemed-to-be-University) Faculty of Engineering and Technology.
A1: There is no definitive number for this as it depends on the level of study and specialisation (if any). Generally, a B Tech in CSE usually has 40-60 subjects, or more, including theory, practical, seminars and elective subjects.
A2: The core subjects in CSE are usually of significance as they help you to strengthen your base knowledge and develop skills to develop software, build algorithms and solve problems easily. Some of these core subjects are as follows:
A3: Mathematics plays a vital role in CSE as it aids in setting up the base for logical thinking, algorithm designing, and efficient problem-solving.
Concepts of discrete math, linear algebra, probability, statistics, and calculus can be very instrumental in understanding data structures, machine learning, graphics, and complex system analysis.
A4: No. It is not tough for anyone if they set their mind to succeed in it. If you are passionate about solving complex problems and innovating new technologies, you can succeed. With dedication and consistent practice, you can ace the curriculum.
A5: Many students may find CSE challenging due to its technical nature, rigorous curriculum, and the effort required to learn its complex concepts. You have to constantly learn and evolve with new technologies in the market. However, the level of difficulty depends on your aptitude, skill level, and willingness to learn.
A6: An entry-level CSE graduate can earn around INR 2.4 Lakhs per year on average with 0-1 years of experience. After gaining some skills, experience, and qualifications, it can be as high as INR 50 LPA. However, the salary bracket may vary depending on the company size that is hiring.