Diploma in Computer Science Engineering: Syllabus & Subjects

Diploma in Computer Science Engineering Syllabus includes foundational computer science principles, data structures, programming languages, algorithms, and essential subjects like database management, electrical technology, and computer networks. The Diploma in Computer Science Engineering Syllabus 2025 aims to equip students with practical skills and theoretical knowledge to follow diverse roles in the IT industry. Diploma in CSE Foundational Subjects shapes students based on Computer Fundamentals, Operating Systems, Data Structures and Algorithms, Database Management Systems (DBMS), and Computer Networks. 

Diploma in Computer Science Engineering Subjects 1st year contains Computer Fundamentals & Applications, Communication Skills-I, Value and Ethics in Technical Education, Fundamentals of Electrical & Electronics, Computer Centre Management. Diploma in Computer Science Engineering Core Subjects contain Computer networks, System software, Electrical Technology, OOP with C, Software Engineering. Diploma in CSE Course Curriculum contains 6 semesters, Core and elective subjects, Workshops, Internship, Viva-voce, and Assignments. A computer science engineering diploma offers excellent employment opportunities. Participants in the course gain the skills necessary to work in the public and commercial sectors. It consists of global businesses, network industries, educational institutions, healthcare providers, the defence sector, and aerospace companies as well.

Check the Diploma in Computer Science Engineering Syllabus 2025 Highlights below:

Check the semester wise Diploma in CSE Syllabus and Subjects below.

First Year Diploma in Computer Science Engineering Subjects (Semester 1 & 2)

The table below consists of Diploma in Computer Science Engineering Subjects 1st year divided into B Tech Semester 1 & 2 subjects.

Second Year Diploma in Computer Science Engineering Subjects (Semester 3 & 4)

Check the Diploma in Computer Science Engineering Semester 3 & 4 subjects here.

Third Year Diploma in Computer Science Engineering Subjects (Semester 5 & 6)

Check the Diploma in Computer Science Engineering Semester 5 & 6 subjects here.

Diploma in Computer Science Engineering Subjects can be divided into core, electives, and lab subjects. 

Diploma in Computer Science Engineering Core Subjects

Here are some core subjects covered in the Computer Science Engineering diploma program: 

• Applied Mathematics I - This subject focuses on mathematical concepts that help in understanding and solving problems. It includes topics like algebra (working with numbers and symbols), geometry (shapes and their properties), limits (the idea of approaching a value), and basic calculus (how things change).
• Applied Mathematics-I - This course continues from the first part and dives into more advanced math, such as integration (finding areas under curves), differential equations (equations involving rates of change), probability and statistics (analysing data and trends), and numerical methods (ways to solve math problems using computers).
• Engineering Drawing - Here, students learn to create technical drawings that represent objects. This includes techniques for drawing in 3D (isometric projections) and using software tools to create these drawings electronically.
• Fundamentals of Electrical & Electronics - This subject introduces the basics of electricity and electronic devices. Key topics include understanding circuits (how electricity flows), components like resistors and capacitors, and the foundations of digital electronics (the technology behind computers).
• Computer Fundamentals and Applications - This topic covers the essentials of computers, including what they are, how they work, the different types of software we use, and the basics of programming (writing instructions for computers). It also covers how to use the internet effectively.
• Applied Physics - This course looks at the principles of physics that explain how things move and interact. Topics include motion, energy, heat, and the properties of fluids (liquids and gases).
• Applied Physics-II - Building on the first part, this course covers light and its behaviour, electricity and magnetism, and introduces concepts from modern physics like quantum mechanics (the study of very small particles).
• Operating System - Students learn about the software that manages computer hardware and software. This includes understanding how computers run programs, manage memory, and ensure security.
• Data Structures - This area focuses on how to organize and store data efficiently in computers. It includes different ways to arrange data (like lists and trees) and methods for sorting and searching through that data.
• Database Management System - This topic introduces databases (systems for storing large amounts of information). Students learn about the structure of databases, how to retrieve data using SQL (a programming language for databases), and how to design databases effectively.
• Computer Networks - This subject explores how computers connect and communicate with each other. It covers the different types of networks, understanding the internet, and ensuring security in these networks.

Diploma in Computer Science Engineering Elective Subjects

Here are some elective subjects covered in the Computer Science Engineering diploma program: 

• Open Source Technologies - Open-Source Software, Linux Operating System, Version Control Systems, Open-Source Development Models, Shell Scripting, etc.
• Digital Marketing -  Social Media Analytics, Social Media Marketing (SMM), Email Marketing Campaigns, Search Engine Optimisation (SEO), Web Analytics Tools,  Digital Marketing Metrics, etc.
• Data Science and Analytics - Statistical Modeling, Machine Learning Algorithms ( Decision Trees, Random Forest), Exploratory Data Analysis, Big Data Concepts, Model Validation, Feature Engineering, etc.
• Ethical Hacking - Introduction to Ethical Hacking, Cryptography Techniques, Network Security Principles, Wireless Network Security, Ethical Hacking Best Practices, Security Auditing, etc.
• Internet of Things (IoT) - Overview of IoT Architecture, IoT Security Measures, IoT Protocols (MQTT, CoAP), IoT Applications, Cloud integration for IoT, IOT device programming, etc.
• Game Development - Mobile Game Development, Game Design Principles, Game AI Programming, 2D and 3D Graphics Programming, Multiplayer Game Development, Game Testing, Debugging, etc.

• Kenneth Rosen for Engineering Mathematics
• Sartaj Sahani, David Cormen for Algorithms
• Korth, Navathe for Databases
• Forozan, Kurose for Computer Networks
• Goderich, Schaum series, K&R for Programming and Data Structure
• Galvin, Maurice, Stallings for Operating Systems
• Ullman, Daniel Cohen for Theory of Computation
• Stefan Poland for  Computing
• Peter Norvig for Artificial Intelligence
• RP Jain for Digital Electronics
• Fundamentals of Data Structure by C Ellis Horowitz
• Cloud Computing Explained by John Rhoton
• Flex3 in Action by Tariq Ahmed and Jon Hirschi
• Mobile Computing, Applications and Services by David Uhler and Khanjan Mehta
• Computer Fundamentals by P K Sinha
• Information Storage and Management by Pankaj Sharma