MSBTE K Scheme Syllabus 2026 for Computer Engineering covers the complete six-semester Diploma programme under the Computer Engineering programme code CO.

Students often search for the K Scheme syllabus semester by semester because the subjects change significantly as the course progresses. The first year builds mathematical, communication and computing fundamentals, while the later semesters move into programming, databases, networking, operating systems, software development and advanced computer technologies.

The K Scheme curriculum is based on a six-semester diploma structure. It was introduced with effect from the 2023-24 academic year and continues to be the applicable K Scheme curriculum for students studying the programme in 2026. (econtent.msbte.edu.in)

One useful thing about this page is that students do not need to search for every semester separately. The complete Computer Engineering subject map is arranged below from Semester 1 through Semester 6.

MSBTE Computer Engineering K Scheme – Semester 1

The first semester is mainly about building a strong foundation. Students get introduced to mathematics, science, English communication, ICT and basic engineering activities.

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Semester 1 Subjects

311302 – Basic Mathematics

311305 – Basic Science

311303 – Communication Skills (English)

311008 – Engineering Graphics

311002 – Engineering Workshop Practice

311001 – Fundamentals of ICT

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311003 – Yoga and Meditation

What students study in Semester 1

Basic Mathematics: mathematical concepts used throughout the diploma, including algebraic methods, trigonometric work, coordinate geometry, calculus-related concepts and basic statistical applications.

Basic Science: foundational Physics and Chemistry concepts required for technical studies and laboratory work.

Communication Skills (English): reading, writing, grammar, vocabulary, listening, speaking and professional communication.

Engineering Graphics: technical drawing, geometrical constructions, projections and engineering drawing practices.

Engineering Workshop Practice: introductory practical workshop skills and safe use of basic tools and equipment.

Fundamentals of ICT: computer fundamentals, digital information, operating-system basics, office productivity and essential ICT skills.

Yoga and Meditation: activities focused on physical well-being, concentration and healthy daily habits.

MSBTE K Scheme – Semester 2

Semester 2 moves from general foundation subjects into programming and basic computing applications.

Semester 2 Subjects

312301 – Applied Mathematics

312302 – Basic Electrical and Electronics Engineering

312303 – Programming in C

312001 – Linux Basics

312004 – Web Page Designing

312002 – Professional Communication

312003 – Social and Life Skills

What students study in Semester 2

Applied Mathematics: mathematical methods used for solving technical and engineering problems.

Basic Electrical and Electronics Engineering: basic electrical quantities, circuits, electronic components and introductory electrical/electronic applications.

Programming in C: programming fundamentals, decision-making, loops, arrays, functions, pointers, strings and structured programming.

Linux Basics: Linux environment, basic commands, file and directory handling, permissions and introductory shell usage.

Web Page Designing: the basic structure of web pages, HTML, styling concepts and introductory client-side web development.

Professional Communication: communication used in technical and workplace situations, including presentations, writing and professional interaction.

Social and Life Skills: personal development, teamwork, communication, problem-solving and workplace-related life skills.

MSBTE K Scheme – Semester 3

Semester 3 is where the Computer Engineering programme becomes more specialised. Students start working with data structures, databases, digital systems, C++ and graphics.

Semester 3 Subjects

313301 – Data Structure Using C

313302 – Database Management System

313303 – Digital Techniques

313304 – Object Oriented Programming Using C++

313001 – Computer Graphics

313002 – Essence of Indian Constitution

What students study in Semester 3

Data Structure Using C: arrays, linked lists, stacks, queues, searching, sorting, trees and related data organisation techniques.

Database Management System: database concepts, relational databases, tables, keys, SQL, database design and data management.

Digital Techniques: number systems, logic gates, Boolean concepts, combinational and sequential digital circuits.

Object Oriented Programming Using C++: classes, objects, constructors, inheritance, polymorphism, functions and other OOP concepts.

Computer Graphics: graphics fundamentals, coordinate systems, transformations, graphical algorithms and basic computer-generated visual elements.

Essence of Indian Constitution: fundamental constitutional principles, rights, duties, governance and civic awareness.

MSBTE K Scheme – Semester 4

The fourth semester introduces Java, Python, computer networks and microprocessor programming. It creates the bridge between core programming and more advanced computer applications.

Semester 4 Subjects

314301 – Environmental Education and Sustainability

314317 – Java Programming

314318 – Data Communication and Computer Network

314321 – Microprocessor Programming

314004 – Python Programming

What students study in Semester 4

Environmental Education and Sustainability: environmental awareness, sustainability, resource management and responsible technological development.

Java Programming: Java syntax, object-oriented programming, classes, exception handling, collections and application development concepts.

Data Communication and Computer Network: communication models, transmission concepts, networking devices, protocols, addressing and network architecture.

Microprocessor Programming: microprocessor architecture, instruction concepts, programming and basic interfacing principles.

Python Programming: Python syntax, data types, functions, collections, modules, file handling and introductory application development.

MSBTE K Scheme – Semester 5

Semester 5 focuses strongly on software development and system-level concepts. It also introduces internship and project preparation.

Compulsory Subjects

315319 – Operating System

315323 – Software Engineering

315002 – Entrepreneurship Development and Startups

315003 – Seminar and Project Initiation Course

315004 – Internship (12 Weeks)

Elective 1 – Choose One

315321 – Advance Computer Network

315325 – Cloud Computing

315326 – Data Analytics

The Computer Engineering Semester 5 scheme places Operating System and Software Engineering among the compulsory subjects and provides an elective choice between Advance Computer Network, Cloud Computing and Data Analytics.

What students study in Semester 5

Operating System: processes, threads, memory management, scheduling, file systems and operating-system administration concepts.

Software Engineering: software life cycle, requirements, design, testing, project planning and software quality.

Entrepreneurship Development and Startups: business thinking, startup planning, innovation, market understanding and basic entrepreneurial skills.

Seminar and Project Initiation Course: selecting a project idea, understanding the problem, research, planning and presenting the proposed work.

Internship: practical exposure to an industry or approved training environment.

Elective 1

Advance Computer Network: deeper networking concepts, network architecture, routing and advanced communication technologies.

Cloud Computing: cloud concepts, service models, virtualisation and cloud-based applications.

Data Analytics: data handling, analysis techniques, visualisation and extracting useful information from datasets.

Students normally study one elective from this group rather than all three.

MSBTE K Scheme – Semester 6

Semester 6 is the final semester. It brings together software testing, mobile development, scripting, current technologies and the capstone project.

Compulsory Subjects

315301 – Management

316313 – Emerging Trends in Computer Engineering and Information Technology

316314 – Software Testing

316005 – Client Side Scripting

316006 – Mobile Application Development

316004 – Capstone Project

Elective 2 – Choose One

316315 – Digital Forensic and Hacking Techniques

316316 – Machine Learning

316317 – Network and Information Security

The Semester 6 scheme lists six compulsory courses and one elective choice from Digital Forensic and Hacking Techniques, Machine Learning or Network and Information Security.

What students study in Semester 6

Management: basic management concepts, organisational practices, planning, leadership and business operations.

Emerging Trends in Computer Engineering and Information Technology: current and emerging technologies shaping the IT and computer engineering field.

Software Testing: testing concepts, test planning, test cases, defect management and software quality practices.

Client Side Scripting: browser-side programming, interactive web pages and client-side web technologies.

Mobile Application Development: mobile application concepts, development tools, user interfaces and application deployment basics.

Capstone Project: complete project development, implementation, documentation and final presentation.

Elective 2

Digital Forensic and Hacking Techniques: digital evidence, forensic concepts, security threats and ethical security practices.

Machine Learning: data-driven learning methods, model concepts, training, prediction and introductory machine-learning applications.

Network and Information Security: security principles, authentication, threats, protection methods and secure networking.

Students normally select one elective from this group.

MSBTE K Scheme Computer Engineering – Complete Semester Map

Semester 1

Basic Mathematics

Basic Science

Communication Skills (English)

Engineering Graphics

Engineering Workshop Practice

Fundamentals of ICT

Yoga and Meditation

Semester 2

Applied Mathematics

Basic Electrical and Electronics Engineering

Programming in C

Linux Basics

Web Page Designing

Professional Communication

Social and Life Skills

Semester 3

Data Structure Using C

Database Management System

Digital Techniques

Object Oriented Programming Using C++

Computer Graphics

Essence of Indian Constitution

Semester 4

Environmental Education and Sustainability

Java Programming

Data Communication and Computer Network

Microprocessor Programming

Python Programming

Semester 5

Operating System

Software Engineering

Entrepreneurship Development and Startups

Seminar and Project Initiation Course

Internship

Elective 1 – Advance Computer Network / Cloud Computing / Data Analytics

Semester 6

Management

Emerging Trends in Computer Engineering and Information Technology

Software Testing

Client Side Scripting

Mobile Application Development

Capstone Project

Elective 2 – Digital Forensic and Hacking Techniques / Machine Learning / Network and Information Security

Does Every Student Study All K Scheme Subjects?

Not exactly.

The first four semesters contain the regular prescribed subjects for the Computer Engineering programme.

Semester 5 contains Elective 1, where the student selects one option from the available choices.

Semester 6 contains Elective 2, where the student selects one option from the three listed subjects.

This distinction is important because students searching for the “complete syllabus” often see every elective listed together and assume they need to study all of them. The actual scheme treats these as elective choices.

K Scheme Exam and Assessment

MSBTE K Scheme uses a combination of theory, practical, internal and self-learning activities depending on the course.

The exact assessment structure is not identical for every subject. Theory subjects, practical-heavy subjects, projects, internship and elective courses can have different assessment arrangements.

For exam preparation, students should therefore check the assessment details shown in the official curriculum document for the particular subject instead of applying one common marks pattern to the entire six-semester programme.

Assessment varies by subject and includes theory, practical, internal assessment, self-learning activities, internship or project work depending on the course.