B.Tech Software Engineering Syllabus and Subjects

Duration: 4 Years
Avg Fees: ₹1 - 3 LPA

The B.Tech Software Engineering syllabus is structured into eight semesters and deals with topics such as Software Development, Cybersecurity, Web Development, AI, Java, Data Analytics, and more. The B.Tech Software Engineering course curriculum spans four years and offers a combination of core subjects, elective offerings, practical sessions, internships, industrial visits, and more.

The core B Tech Software Engineering subjects focus on foundational and advanced concepts such as Programming, Data Structures, Object Oriented Programming, Computer Architecture, Operating Systems, and more. The elective subjects deal with topics such as Soft Computing, Cloud Computing, Big Data Analytics, Data Warehousing, and more.

The B.Tech Software Engineering program also emphasizes practical learning through lab sessions and projects. In addition, internships are an integral part of the curriculum where students engage with leading tech companies.

Table of Contents

B.Tech Software Engineering Syllabus Semester Wise

The B.Tech Software Engineering syllabus is generally consistent across most institutions in India, with minor variations depending on the colleges. The syllabus aims at equipping students with the essential knowledge and skills required for software engineering.

Detailed semester-wise B Tech Software Engineering syllabus is provided in the sections below.

B.Tech Software Engineering Syllabus 1st Year

The BTech Software Engineering syllabus 1st year focuses on foundational engineering and science topics such as Mathematics, Electrical Engineering, Programming Fundamentals, and more. 

The Software Engineering syllabus for B.Tech first year is provided in the table below.

Semester I

Semester II

Mathematics-I

Mathematics-II

Physics-I

Physics-II

Basic Electrical Engineering

Chemistry

Problem Solving and Programming

Basic Mechanical Engineering

Engineering Graphics

Engineering Workshop

Environmental Science

Communicative English

Practical / Lab Work

Practical / Lab Work

Practical Topics For B.Tech Software Engineering Syllabus 1st Year

The practical topics for B Tech Software Engineering 1st year syllabus are listed below.

  • Physics Lab
  • Chemistry Lab
  • Programming Lab
  • Engineering Graphics

B.Tech Software Engineering Syllabus 2nd Year

The second-year B.Tech in Software Engineering syllabus deals with topics such as Data Structures, Discrete Structures, Object Oriented Programming, and more. The BTech Software Engineering syllabus for the second year is detailed in the table below.

Semester III

Semester IV

Analog Electronics

Digital Electronics 

Data Structures

Software Engineering

Object Oriented Programming 

Computer Organization & Architecture

Web Technology 

Database Management Systems 

Engineering Analysis and Design

Discrete Structures 

Practical / Lab Work

Practical / Lab Work

Practical Topics for B.Tech Software Engineering Syllabus 2nd Year

The practical topics for B.Tech Software Engineering second year are given below.

  • OOP Lab
  • DBMS Lab
  • Modeling and Simulation Lab

B.Tech Software Engineering Syllabus 3rd Year

The B.Tech Software Engineering syllabus 3rd year includes topics such as Algorithm Design, Operating System, Software Testing, and more. Below listed is the B.Tech Software Engineering third year syllabus.

Semester V

Semester VI

Object Oriented Software Engineering 

Software Testing

Algorithm Design & Analysis 

Operating System 

Computer Graphics / Digital Signal Processing / Information Theory

Compiler Design

Advanced Data Structures / Microprocessor / Distributed System

Soft Computing / Artificial Intelligence / Computation Theory

Cryptography & Information Security / Digital Image Processing / Embedded Systems

Natural Language Processing / Advanced Database Management Systems / Data Compression

Practical / Lab Work

Practical / Lab Work

Practical Topics for B.Tech Software Engineering Syllabus 3rd Year

The BTech in Software Engineering Syllabus 3rd year practical topics are listed below.

  • Algorithm Analysis Lab
  • Compiler Design Lab
  • Software Testing Lab

B.Tech Software Engineering Syllabus 4th Year

The B.Tech Software Engineering syllabus 4th year covers topics such as Computer Networks, Cyber Security, Cloud Computing, Software Project Management, and more. The B.Tech Software Engineering syllabus fourth year is provided in the table below.

Semester VII

Semester VIII

Software Project Management 

Empirical Software Engineering

Computer Networks 

Robotics / Agile Software Process / Intellectual Property Rights & Cyber Laws

Machine Learning 

Information & Network Security / Cloud Computing / Big Data Analytics

Real-Time Systems / Software Quality & Metrics / Grid & Cluster Computing

B.Tech. Project-II

Pattern Recognition / Data Warehousing & Data Mining / Cyber Forensics

-

B.Tech. Project-I 

-

Practical / Lab Work

-

Practical Topics for B.Tech Software Engineering Syllabus 4th Year

The practical topics covered in B Tech Software Engineering 4th year syllabus are outlined below.

  • Computer Networks Lab
  • Machine Learning Lab

B.Tech Software Engineering Subjects

The B.Tech Software Engineering subjects comprise core and elective courses along with practical/laboratory sessions that aim to provide students with comprehensive knowledge and skills required for software engineering. 

A detailed overview of the B Tech Software Engineering subjects followed by most institutions in India is provided in the sections below.

B.Tech Software Engineering Subjects First Year

The Software Engineering subjects in BTech first year include topics such as Mathematics, Programming, Engineering Graphics, and more. The first-year B.Tech Software Engineering subjects are detailed in the table below.

Subjects

Topics Covered

Subject Type

Mathematics-I

Calculus, Limit and Continuity, Graphing, Integration, Matrix Algebra, Numerical Computations

Core

Physics-I

Mechanics, Waves and Optics, Lasers, Quantum Mechanics, Introduction to Solids

Basic Electrical Engineering

Current & Voltage, Network Analysis, Electrical Machines, EMF Equation, PN Junction Diodes, Operational Amplifiers

Problem Solving and Programming

Programming Languages, Algorithms, Problem-Solving Techniques, Data Types, Control Structures, Searching and Sorting Algorithm

Engineering Graphics

Orthographic Projections, Projection of Straight Lines Plane Surfaces Regular Solids, 2D Geometries

Environmental Science

Natural Resources, Ecosystems, Biodiversity Conservation, Environmental Pollution, Social Issues and Environment

Mathematics-II

Vector Differentiation & Integration, Ordinary Differential Equation, Computational Methods

Physics-II

Special Theory of Relativity, Wave Mechanics, Atomic Physics, Solid State Physics

Chemistry

Molecular Structure and Theories of Bonding, Crystal Field Theory, Electrochemistry and Corrosion, Water Technology

Basic Mechanical Engineering

Engineering Materials, Mechanics, Statics and Dynamics, Thermodynamics, Fluid Mechanics, Heat Transfer

Engineering Workshop

Carpentry, Fitting, Foundry, Plumbing, Machine Shop, Wood Turning, Welding

Communicative English

Reading Comprehension, Vocabulary Building, Remedial Grammar, Writing Skills

Engineering Physics Lab

Spectrometer, Newton’s Ring Method, Solar Cell, Photoelectric Effect, Rigidity Modulus, Biot-Savart’s Law

Laboratory/Practical

Engineering Chemistry Lab

Volumetric Analysis, Conductometric Titration, Instrumental Methods of Analysis, Kinematic Viscosity, Separation Techniques

Programming Lab

Two-Dimensional Array, Linear Search, Binary Search Method, Quick Sort Technique, Data Structures, Classes, Objects, Inheritance

Engineering Graphics

Projections of Point and Lines, Projections of Plane Figures, Projection of Solids, Development of Surface

B.Tech Software Engineering Subjects Second Year

The B.Tech Software Engineering second year subjects focus on topics such as Data Structures, Web Technology, Computer Architecture, and more. The B.Tech Software Engineering subjects second year are provided in the table below.

Subjects 

Topics Covered

Subject Type

Data Structures

Arrays, Strings, Stacks, Queues, Linked Lists, Trees, Searching and Sorting, Graphs, File Structure

Core

Object Oriented Programming 

Classes, Objects, Operator Overloading, Inheritance, Exception Handling, Input-Output & File Operations, Applets, Java Swing

Web Technology 

Inter-Networking, Internet Applications, Web Evolution, Web Development, Web Search & Mining

Engineering Analysis and Design

Systems, Types, Discrete Event Simulation, Simulation Software, Evaluation of Simulation Output

Analog Electronics

Semiconductors, Bipolar Junction Transistor, Junction Field Effect Transistors, Feedback Amplifiers and Oscillator, OPAMP

Digital Electronics 

Logic Gates, Gated Memories, Semiconductor Memories, V-F Conversion, Synchronous & Asynchronous Sequential Circuit Flow

Software Engineering

Software Requirement Specification, System Design, Software Reliability and Quality Assurance, Testing, Maintenance

Computer Organization & Architecture

Control Unit, CPU, Input/Output Organization, Memory

Database Management Systems 

ER Model, Relational Data Model & Language, Data Base Design, File Organization, Indexing & Hashing, Concurrency Control Techniques

Discrete Structures 

Formal Logic, Proof, Relation and Analysis of Algorithm, Sets and Combination, Lattices & Boolean Algebra, Graph Theory

OOP Lab

Basic Java Problems, Classes & Objects, Inheritance & Polymorphism

Laboratory/Practical

DBMS Lab

SQL Basics, Advanced SQL Queries, Database Schema Creation

Modeling and Simulation Lab

Simulation Tools, System Dynamics, Queuing Models, Random Number Generation

B.Tech Software Engineering Subjects Third Year

The B.Tech Software Engineering subjects 3rd year deals with topics such as Algorithm Design, Operating Systems, Software Testing, and more. Listed below are the third-year B.Tech Software Engineering subjects and the topics covered under them.

Subjects 

Topics Covered

Subject Type

Object Oriented Software Engineering 

System Development, Object Oriented Analysis, Software Design, UML Methodology, Object Oriented Testing

Core

Algorithm Design & Analysis 

Searching & Sorting, Greedy Method, Dynamic Programming, Branch and Bound, Computational Complexity

Software Testing

Testing Process, Structural Testing, Functional Testing Techniques, Testing Activities

Operating System 

OS Structure, Concurrent Processes, CPU Scheduling, Deadlock, Memory Management, I/O Management & Disk Scheduling

Compiler Design

Syntax Analysis, Syntax Directed Translation, Symbol Tables, Error Detection and Recovery, Code Optimization

Computer Graphics 

Output Primitives, Transformations, 2D Viewing, Curves & Surfaces, Projection

Elective

Digital Signal Processing 

Discrete-Time Fourier Transform, Z-Transform, IIR Filter Design

Information Theory

Probability, Uncertainty & Information, Cyclic Codes, Shannon Entropy, Source Coding Theorem

Advanced Data Structures 

Advanced Trees, Mergeable Heaps, Graph Theory Definition & Algorithms, Digital Search Trees

Microprocessor 

8-bit Microprocessors, 16-bit Microprocessor, Programming, Peripheral Interfacing

Distributed System

Types, Communication Fundamentals, Synchronization, Fault Tolerance, Security, Naming

Cryptography & Information Security 

Modern Block Ciphers, Authentication Application, IP Security, Web Security

Digital Image Processing 

Multidimensional Signals and Systems, Image Enhancement, Image Restoration, Morphological Image Processing Operations

Embedded Systems

Architecture, Memory Interfacing, Chip Systems, RTOS, Bus Stricture, Real-Time Scheduling

Soft Computing 

Neural Networks, Fuzzy Logic, Fuzzy Arithmetic, Evolutionary Computing, Neuro-Fuzzy Systems

Artificial Intelligence 

Heuristic Search Techniques, Knowledge Representation, Programming Languages, Reasoning

Computation Theory

Regular Expression, CFG, CFL, Push Down Automata, Turing Machines

Natural Language Processing 

Grammar, Parsing, Ambiguity Resolution, Advanced Features, Syntax, Unification

Advanced Database Management Systems

Advanced SQL, Object-Based Databases, XML, Query Processing, Query Optimization, Recovery System

Data Compression

Huffman Coding, Arithmetic Coding, Image Compression, Lossy Coding, Vector Quantization

Algorithm Design & Analysis Lab

Algorithm Implementation, Optimization, Graph Algorithm, Dynamic Programming

Laboratory/Practical

Compiler Design Lab

Lexical Analysis, Syntax Analysis, Intermediate Code Generation

Software Testing Lab

Test Case Design, Unit Testing, Integration Testing, Automated Testing

B.Tech Software Engineering Subjects Fourth Year

The B Tech Software Engineering subjects 4th year cover topics such as Computer Networks, Machine Learning, Agile Software Processes, and more. The fourth-year BTech Software Engineering subjects are provided in the table below.

Subjects 

Topics Covered

Subject Type

Software Project Management 

Cost and Scheduling Estimation Models, Project Management Techniques, Project Closure

Core

Computer Networks 

Network Structure, Medium Access Sub Layer, Network Layer, Transport Layer, Presentation Layer, Application Layer

Machine Learning 

Concept Learning, Supervised & Unsupervised Learning, Clustering, Reinforcement Learning

Empirical Software Engineering

Software Metrics, Experimental Design, Mining Data, Data Analysis, Statistical Testing, Validity Threats, Mining Unstructured Data

Real-Time Systems 

Real-Time Scheduling, Resources Access Control, Multiprocessor System Environment, Real-Time Communication

Elective

Software Quality & Metrics

Software Quality Assurance Framework, Software Quality Assurance Metrics and Measurement, Software Quality Estimation Tools

Grid & Cluster Computing

Programming Models & Paradigms, Resource Management & Scheduling, Cluster Computing, Grid Technology

Pattern Recognition 

Bayesian Decision Theory, Parzen-Window Method, Neural Network Classifier, Stochastic Methods

Data Warehousing & Data Mining 

Classification, Prediction, Cluster Analysis, Data Mining, Mining Complex Types of Data

Cyber Forensics

TCP, IP, Cyber Attacks, Security, Live Data Collection, Unix/Linux, Forensic Tools, Report Generation

Robotics

Robot Anatomy, Control of Robot Manipulation, Robot Sensing, Robot Programming Language

Agile Software Process

Iterative Development, Agile Development, Software Quality Models, Agile Methodology, Agile Practicing & Testing

Intellectual Property Rights & Cyber Laws

Patents, Trademarks, Copyright, Industrial Design, International IPR

Information & Network Security 

Modern Block Ciphers, Message Authentication, Hash Function, IP Security, Web Security

Cloud Computing 

Cloud Computing Architecture, Infrastructure as a Service, Service Management in Cloud Computing, Cloud Security

Big Data Analytics

Mining Data Streams, Analytical Processes & Tools, RTAP Applications, Hadoop, Frameworks

Computer Networks Lab

Network Configuration, Socket Programming, Routing Algorithms, Network Security

Laboratory/Practical

Machine Learning Lab

Data Preprocessing, Linear Regression, Neural Networks, Deep Learning

BTech Software Engineering Course Structure

The course structure for B.Tech Software Engineering comprises a combination of core and elective subjects offered as theoretical and practical coursework along with additional skill enhancement programs for overall development. The B.Tech Software Engineering course structure followed by most colleges in India is outlined below.

  • VIII Semesters
  • Core Subjects
  • Elective Subjects
  • Practicals
  • Internships
  • Project
  • Viva Voce

B.Tech Software Engineering Teaching Methodologies and Techniques

The B.Tech Software Engineering course employs various teaching methods and techniques to equip students with a comprehensive understanding of the subject matter. The B.Tech Software Engineering teaching methodologies and techniques are listed below.

  • Lectures
  • Laboratory
  • Group Discussions
  • Case Studies
  • Problem-Based Learnings
  • Workshops
  • Guest Lectures
  • Research Projects
  • Industrial Visits

B.Tech Software Engineering Projects

The B.Tech Software Engineering projects allow students to apply their theoretical knowledge to practical applications. The popular B.Tech Software Engineering project topics are outlined below.

  • Develop a chatbot that can handle customer queries using natural language processing and machine learning techniques.
  • Build an online shopping platform with a recommendation system based on user behavior and purchase history.
  • Develop an IoT-based system to control home appliances remotely through mobile applications.
  • Create a secure and transparent voting system using blockchain technology.
  • Develop a machine learning model to detect fraudulent activities in online transactions.

B.Tech Software Engineering Books

The B.Tech Software Engineering books help students understand the complex topics and concepts covered in the syllabus of software engineering through detailed explanations and latest information. The B.Tech Software Engineering reference books are provided in the sections below.

B.Tech Software Engineering Books 1st Year

The B.Tech Software Engineering books in the first year deal with fundamental concepts of engineering and science such as Engineering Physics, Programming Fundamentals, Engineering Graphics, and more. The first-year books on B.Tech Software Engineering are given in the table below.

Books

Authors

Topics Covered

Advanced Engineering Mathematics

Erwin Kreyszig

Complex Analysis, Vector Calculus, Differential Equations, Fourier Analysis

Introduction to C Programming

Reema Thareja

Data Types, Control Structures, Pointers, File Handling

Programming Python: Powerful Object-Oriented Programming

Mark Lutz

Python Basics, OOP, File Handling, Exception Handling, Database Connectivity

Basic Electrical and Electronics Engineering

S. K. Bhattacharya

Circuit Theory, Power Systems, Electrical Machines

B.Tech Software Engineering Books 2nd Year

The B.Tech Software Engineering second-year books deal with topics such as Data Structures, OOP, Database Management Systems, etc. The second-year BTech Software Engineering books are listed below. 

Books

Authors

Topics Covered

Fundamentals of Data Structures

Horowitz and Sahni

Arrays, Strings, Stacks & Queues, Linked Lists, Trees

An Introduction to OO Programming with Java

C Thomas Wu

Java Basics, Exception Handling, Swing, AWT, 

Software Engineering

R.S. Pressman

Process Models, Requirements Engineering, Testing

An Introduction to Database Systems

C.J. Date

Database Architecture, Relational Models, SQL

B.Tech Software Engineering Books 3rd Year

The B.Tech Software Engineering third-year books cover important topics such as Algorithm Design & Analysis, Software Testing, Operating Systems, etc. The third-year BTech Software Engineering books are given in the table below.

Books

Authors

Topics Covered

Object Oriented Software Engineering

Yogesh Singh & Ruchika Malhotra

SDLC, Design Principles, Coding Standards, Maintenance

Fundamentals of Computer Algorithms

E. Horowitz, S. Sahni, and S. Rajsekaran

Algorithm Analysis, Divide and Conquer, Sorting, Searching

An Introduction to Operating System

Harvey M Dietel

Types, Process Concept, IPC, Memory Management

Compiler Construction – Principles & Practice

D.M.Dhamdhere

Compiler Structure, Lexical Analysis, Syntax Analysis

B.Tech Software Engineering Books 4th Year

The B.Tech Software Engineering books in the fourth year focus on topics such as Computer Networks, Machine Learning, Cloud Computing, etc. The B.Tech Software Engineering 4th year books are listed in the table below.

Books

Authors

Topics Covered

Computer Networks-Protocols, Standards and Interfaces

U. Black

Data Link Layer, IP Addressing, Network Services, VPN

Empirical Research in Software Engineering

R. Malhotra

Research Methods, Software Design Experiments, Data Analysis

Distributed Systems, Principles and Paradigms

Andrew S. Tanenbaum and Maarteen Van Steen

Architectural Models, Distributed Data Management, Fault Tolerance

Cryptography and Network Security: Principals and Practice

William Stallings

Block Ciphers, RSA Algorithm, Authentication Protocols

B.Tech Software Engineering Fee Structure

FAQs on B.Tech Software Engineering Syllabus and Subjects

Q: What are the subjects in BTech in Software Engineering syllabus 1st year?

A: The first-year subjects of BTech Software Engineering include mathematics, physics, programming, engineering graphics, mechanical engineering, electrical engineering, chemistry, and more.

Q: Are there any practical Software Engineering subject in BTech?

A: Yes, the practical topics covered under B.Tech Software Engineering include OOP Lab, DBMS Lab, Modelling and Simulation Lab, Computer Networks Lab, Machine Learning Lab, etc.

Q: What are the elective subjects in the B.Tech Software Engineering 6th semester syllabus?

A: The elective B.Tech Software Engineering subjects covered in the 6th semester are Soft Computing, Artificial Intelligence, Computation Theory, Natural Language Processing, Advanced Database Management Systems, and Data Compression.

Q: Is there coding in B.Tech Software Engineering syllabus?

A: Yes, coding is an important part of the B.Tech Software Engineering program with most subjects revolving around coding.

Q: What are the core subjects in B.Tech Software Engineering syllabus 4th year?

A: The core B.Tech Software Engineering subjects covered in the 4th year syllabus include Software Project Management, Computer Networks, Machine Learning, and Empirical Software Engineering.

Q: How is the B.Tech Software Engineering syllabus assessed?

A: The B.Tech Software Engineering syllabus is assessed on the basis of written and practical exams, projects, assignments, presentations, and viva voce.

Q: Where to find the B.Tech Software Engineering subjects and syllabus PDF?

A: The B.Tech Software Engineering subjects and syllabus PDF can be accessed from the official website of the colleges offering the course. Students can also access the syllabus from the academic handouts of the institutions.

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