Duration
3 Years (6 Sem)
Learning Mode
Online
Semester Fee
25,000
Advance Your Career with B.Voc in Computer science
This specialized Work Integrated Learning Program (WILP) is designed specifically for working professionals. This UGC-approved program aims to equip professionals with advanced knowledge without requiring a career break.
Specializations Offered
Computer science
Eligibility Criteria
10+2 or equivalent from a recognized board , or 10th standard plus a 2-year ITI/Diploma in Computer Science, Information Technology, or a related field. Working professionals with relevant industry experience looking to upgrade their skills under the National Credit Framework are highly encouraged to apply.
Curriculum & Syllabus
Curriculum & Syllabus Details
Semester 1 (20 Credits)
Applied Mathematics (4 Credits)
Unit 1 (Linear Algebra): Matrices and Determinants, Eigenvalues and Eigenvectors, Vector Spaces and Transformations.
Unit 2 (Calculus): Differentiation and Integration, Multivariable Calculus, Applications in Engineering.
Unit 3 (Differential Equations): First and Second Order Differential Equations, Laplace Transforms and Their Applications.
Unit 4 (Probability and Statistics): Basic Probability Theorems, Descriptive Statistics, Regression and Correlation Analysis.
Fundamentals of Programming (4 Credits)
Unit 1 (Basics of Algorithms): Introduction to Algorithms and Pseudocode, Algorithm Complexity and Efficiency.
Unit 2 (Flowcharts and Logical Thinking): Designing Flowcharts for Problem Solving, Logical Operators and Decision-Making.
Unit 3 (Introduction to Programming Logic): Variables, Data Types, and Operators, Conditional Statements and Loops.
Programming in C (6 Credits)
Unit 1 (C Programming Basics): Introduction to C Language and Syntax, Data Types, Variables, and Operators.
Unit 2 (Functions and Control Structures): Loops and Conditional Statements, Function Definition, Recursion, and Modular Programming.
Unit 3 (Arrays, Pointers, and Memory Management): One-Dimensional and Multi-Dimensional Arrays, Pointers and Dynamic Memory Allocation.
Unit 4 (File Handling and Advanced Concepts): File Input/Output Operations, Structures, Unions, and Preprocessor Directives.
Computer Hardware & Networking Basics (6 Credits)
Unit 1 (Computer Components and Assembling): Motherboard, CPU, RAM, Storage Devices, Assembling and Troubleshooting a PC.
Unit 2 (Basics of Networking): OSI Model and TCP/IP Protocols, IP Addressing and Subnetting.
Unit 3 (Network Configuration and Security): Router and Switch Configuration, Network Security Basics and Firewalls.
Semester 2 (20 Credits)
Applied Physics (4 Credits)
Unit 1 (Mechanics): Newton's Laws of Motion, Work, Energy, and Power, Rotational Motion and Rigid Body Dynamics.
Unit 2 (Electricity and Magnetism): Electric Circuits and Kirchhoff's Laws, Electromagnetic Induction and Transformers, AC/DC Circuits and Power Systems.
Unit 3 (Semiconductor Physics): Introduction to Semiconductors (Diodes, Transistors), PN Junction and Bipolar Junction Transistors (BJT), Digital Electronics Basics (Logic Gates, Flip-Flops).
Data Structures (6 Credits)
Unit 1 (Introduction to Data Structures): Basics of Data Organization, Memory Allocation and Dynamic Structures.
Unit 2 (Linear Data Structures): Arrays and Linked Lists, Stacks and Queues (Implementation in C).
Unit 3 (Non-Linear Data Structures): Trees and Binary Search Trees (BST), Graphs: Representation and Traversal Algorithms.
Unit 4 (Searching and Sorting Algorithms): Bubble Sort, Merge Sort, Quick Sort, Hashing and Indexing Techniques.
Computer Hardware and Networking Basics (Continued) (6 Credits)
Unit 1 (Advanced Networking Concepts): VLANs and Network Address Translation (NAT), TCP/IP Protocols and Wireless Networks.
Unit 2 (Troubleshooting Network Issues): Identifying and Fixing Hardware and Connectivity Problems, Tools: Wireshark, Packet Tracer, Network Monitoring.
Unit 3 (Networking Security Basics): Firewalls, VPNs, and Encryption Techniques, Secure Networking Practices.
Basic Workshop Practice (4 Credits)
Unit 1 (Tools and Equipment Usage): Hand Tools and Power Tools for Hardware Maintenance, Safe Handling of Electronic Components.
Unit 2 (Maintenance and Repair of Computer Hardware): Assembling and Disassembling Computers, Diagnosing and Fixing Common Hardware Issues.
Unit 3 (Electrical Wiring and Circuit Repairs): Soldering Techniques and Circuit Board Repairs, Power Supply Unit (PSU) Maintenance.
Semester 3 (20 Credits)
Operating Systems (6 Credits)
Unit 1 (Introduction to Operating Systems): Types of Operating Systems (Batch, Time-Sharing, Real-Time, Distributed), OS Architecture and Functions.
Unit 2 (Process Management): Process Scheduling and Multitasking, Inter-Process Communication (IPC), Deadlocks: Detection, Prevention, Recovery.
Unit 3 (Memory Management): Paging, Segmentation, Virtual Memory, Memory Allocation Techniques.
Unit 4 (File Systems and Security): File System Architecture and Management, Access Control and Security Features.
Unit 5 (Case Study - Linux and Windows OS): Linux File System, Commands, and Shell Scripting, Windows OS: Registry, File Management, System Configuration.
Computer Networks (6 Credits)
Unit 1 (Networking Basics and OSI Model): Overview of Networks: LAN, WAN, MAN, OSI Model Layers and Functions.
Unit 2 (TCP/IP and Network Communication): IPv4 and IPv6 Addressing, Subnetting, DNS, DHCP.
Unit 3 (Network Security): Firewalls, VPNs, and Cybersecurity Best Practices, Network Attacks and Prevention Methods.
Unit 4 (Routing and Switching): Static and Dynamic Routing (RIP, OSPF, BGP), VLANs and Switch Configuration.
Unit 5 (Network Troubleshooting): Network Monitoring Tools (Wireshark, Packet Tracer), Diagnosing and Resolving Network Issues.
Software Engineering Basics (4 Credits)
Unit 1 (Software Development Life Cycle (SDLC)) : Waterfall, Agile, Scrum, and DevOps Models, Requirement Analysis and Documentation.
Unit 2 (Software Design Principles): Object-Oriented Design, Design Patterns, UML Diagrams and Prototyping.
Unit 3 (Software Testing and Maintenance): Unit Testing, Integration Testing, System Testing, Bug Tracking, Debugging, and Version Control.
Unit 4 (Case Studies in Software Engineering): Real-World Software Development Examples, Best Practices in Software Project Management.
Programming in Java (4 Credits)
Unit 1 (Introduction to Java): Java Basics: Syntax, Data Types, Operators, Control Statements and Looping.
Unit 2 (Object-Oriented Programming (OOP) in Java): Classes, Objects, Encapsulation, Inheritance, Polymorphism, Abstract Classes and Interfaces.
Unit 3 (Collections and Exception Handling): Java Collections Framework (ArrayList, HashMap, LinkedList), Exception Handling: Try, Catch, Throw, Finally.
Unit 4 (Multithreading and GUI Development): Thread Life Cycle, Synchronization, GUI Design using Swing and JavaFX.
Unit 5 (Project-Based Learning): Mini Java Project (Desktop Application Development).
Semester 4 (20 Credits)
Database Design and Optimization (6 Credits)
Unit 1 (Database Fundamentals): Introduction to Databases: RDBMS vs. NoSQL, ER Model and Schema Design.
Unit 2 (SQL and Query Optimization): Advanced SQL Queries: Joins, Subqueries, Views, Query Optimization Techniques and Indexing.
Unit 3 (Transactions and Concurrency Control): ACID Properties, Deadlocks, and Concurrency Issues, Database Locking Mechanisms.
Unit 4 (NoSQL Databases): Introduction to NoSQL (MongoDB, Firebase, Cassandra), Use Cases and Performance Considerations.
Unit 5 (Database Security and Backup Strategies): User Access Control, Encryption, and Data Privacy, Backup and Recovery Strategies.
Advanced Web Development (6 Credits)
Unit 1 (Frontend Development): HTML, CSS, JavaScript (ES6+), Responsive Design, Modern Frameworks: React.js / Angular.
Unit 2 (Backend Development): Node.js with Express or Django with Python, RESTful APIs and GraphQL.
Unit 3 (Database Integration in Web Applications): Connecting Web Apps with SQL (PostgreSQL/MySQL) and NoSQL (MongoDB).
Unit 4 (Authentication and Security): JWT, OAuth, Session Management, and CSRF Protection.
Unit 5 (Web Deployment and DevOps): Hosting Platforms: AWS, Firebase, Vercel, Heroku, CI/CD, Version Control (Git), and Performance Optimization.
Cybersecurity Basics (4 Credits)
Unit 1 (Introduction to Cybersecurity): Threats, Attacks, and Security Principles.
Unit 2 (Cryptography Fundamentals): Hashing, Symmetric & Asymmetric Encryption (AES, RSA).
Unit 3 (Network and Web Security): Firewalls, VPNs, Secure Web Applications.
Unit 4 (Vulnerability Assessments & Ethical Hacking): Penetration Testing, OWASP Top 10, Security Audits.
Internship (4 Credits)
Practical industry exposure in software development, networking, or database management.
Semester 5 (20 Credits)
Software Engineering Basics (4 Credits)
Unit 1 (Introduction to Software Engineering): Software Development Life Cycle (SDLC), Agile, Scrum, and DevOps Methodologies.
Unit 2 (Requirement Engineering & Documentation): Functional & Non-Functional Requirements, Use Case Diagrams, SRS (Software Requirement Specification).
Unit 3 (Software Testing & Debugging): Unit Testing, Integration Testing, System Testing, Automated Testing Tools (Selenium, JUnit).
Unit 4 (Software Maintenance & Version Control): Bug Tracking, Code Refactoring, Git, GitHub, and CI/CD Pipelines.
Algorithms and Analysis (6 Credits)
Unit 1 (Algorithm Complexity and Optimization): Time and Space Complexity (Big Ο, Ω, Θ Notations), Divide
and Conquer, Greedy Algorithms.
Unit 2 (Sorting and Searching Algorithms): Quick Sort, Merge Sort, Heap Sort, Binary Search, Interpolation Search.
Unit 3 (Graph Algorithms): BFS, DFS, Shortest Path (Dijkstra, Bellman-Ford), Minimum Spanning Tree (Prim's & Kruskal's Algorithm).
Unit 4 (Dynamic Programming and Advanced Concepts): Knapsack Problem, Floyd-Warshall Algorithm, Backtracking and NP-Completeness.
Advanced Web Development (6 Credits)
Unit 1 (Full-Stack Development Basics): Frontend: React.js, Angular, or Vue.js, Backend: Node.js, Express.js, or Django.
Unit 2 (REST API Development & Database Integration): Creating and Consuming REST APIs, Connecting with SQL (PostgreSQL/MySQL) & NoSQL (MongoDB).
Unit 3 (Scalable and Secure Web Architecture): Authentication (JWT, OAuth) and Authorization, Load Balancing, Caching, and Performance Optimization.
Unit 4 (Cloud Deployment & DevOps): Hosting on AWS, Firebase, Vercel, or Digital Ocean, CI/CD Pipelines, Docker, and Kubernetes.
Internship (4 Credits)
Industry exposure in software development or web development agencies.
Semester 6 (20 Credits)
Artificial Intelligence Basics (6 Credits)
Unit 1 (Introduction to Artificial Intelligence): Definition & History of AI, AI vs Machine Learning vs Deep Learning.
Unit 2 (Machine Learning Fundamentals): Supervised, Unsupervised, and Reinforcement Learning, Regression, Classification, and Clustering Algorithms.
Unit 3 (Neural Networks & Deep Learning): Introduction to Artificial Neural Networks (ANN), Convolutional Neural Networks (CNN) & Recurrent Neural Networks (RNN).
Unit 4 (AI Applications & Industry Use Cases): AI in Healthcare, Finance, and Automation, AI Ethics and Bias in Machine Learning.
Mobile Application Development (6 Credits)
Unit 1 (Fundamentals of Mobile App Development): Mobile OS Architecture (Android & iOS), Mobile UI/UX Design Principles.
Unit 2 (Native vs Cross-Platform Development): Android Development (Java/Kotlin), iOS Development (Swift), Cross-Platform (Flutter, React Native).
Unit 3 (Backend Integration & APIs): RESTful APIs, Firebase, Cloud Databases, Push Notifications & Authentication (OAuth, Firebase Auth).
Unit 4 (App Deployment & Monetization): Publishing on Play Store & App Store, Monetization Strategies (Ads, In-App Purchases).
Cybersecurity and Ethical Hacking (4 Credits)
Unit 1 (Introduction to Cybersecurity & Ethical Hacking): Basics of Information Security, Cyber Laws & Ethics in Hacking.
Unit 2 (Network & Web Security): Common Attacks (SQL Injection, Cross-Site Scripting), Firewalls, Intrusion Detection Systems (IDS).
Unit 3 (Penetration Testing & Vulnerability Assessments): Kali Linux, Metasploit, Burp Suite, Ethical Hacking Tools and Techniques.
Unit 4 (Cyber Forensics & Incident Response): Digital Evidence Collection, Malware Analysis & Reverse Engineering.
Capstone Project (4 Credits)
A comprehensive project integrating knowledge from all previous semesters.
Career Outcomes & Job Roles
Graduates are equipped with immediate, deployable skills for the IT and software development sectors. Target designations include:
Software Developer / Programmer
Network Administrator / Support Engineer
Full-Stack Web Developer
Database Administrator
Mobile Application Developer
Cybersecurity Analyst
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