With explosion of information and ever-increasing demand for computational sophistication in a networked world, the program of Computer Science & Engineering aims to imbibe cutting-edge skills through research and development, industrial consultancy, and teaching in frontier areas of Computer and Information Technology. The well qualified faculty members of the School aim to impart adequate understanding of fundamental concepts, with a view to lay a strong foundation to help assimilate continual changes in the dynamic field; train in current technologies to be employable in the industry; train to connect theory with application; develop analytical, problem solving and product design skills; motivate to take up careers in research and development as well as in academics; and develop entrepreneurship abilities with a view to become self-reliant.
Certainly! Based on your description, here’s a well-structured Computer Science & Engineering (CSE) undergraduate curriculum designed to reflect:
Strong fundamentals
Industry relevance
Research orientation
Entrepreneurial skills
Application-focused learning
🎓 Bachelor of Science in Computer Science & Engineering (B.Sc. in CSE) Curriculum
Duration: 4 Years (8 Semesters)
Total Credits: ~160
📘 Year 1: Foundation of Computing and Mathematics
Semester 1
Introduction to Computer Science
Programming Fundamentals (C/C++)
Discrete Mathematics
Calculus & Linear Algebra
English Language & Communication
Digital Logic Design Lab
Semester 2
Data Structures & Algorithms
Object-Oriented Programming (Java/C++)
Physics for Engineers
Structured Database Systems
Data Structure Lab
Presentation & Technical Writing Skills
🧮 Year 2: Core CS and Industry Readiness
Semester 3
Computer Organization & Architecture
Operating Systems
Software Engineering Fundamentals
Web Technologies (HTML, CSS, JS, PHP)
Web Development Lab
Probability & Statistics
Semester 4
Design & Analysis of Algorithms
Computer Networks
Human-Computer Interaction
Python Programming
Software Engineering Lab
Business Fundamentals for Engineers
🧠 Year 3: Advanced Topics, Research & Innovation
Semester 5
Artificial Intelligence
Data Science & Machine Learning
Mobile Application Development (Android)
Computer Graphics & Visualization
AI Lab / Data Science Lab
Project I (Mini Capstone)
Semester 6
Cybersecurity & Ethical Hacking
Cloud Computing
Compiler Design
Research Methodology & Technical Paper Writing
Cloud Lab / Security Lab
Industry Internship (Summer Break)
🚀 Year 4: Specialization & Entrepreneurship
Semester 7
Advanced Elective I (Choose from: IoT, Blockchain, NLP, Game Dev, etc.)
Advanced Elective II
Project Management & Innovation
Entrepreneurship in IT
Final Year Project – Phase I
Semester 8
Advanced Elective III
Technology Law & Ethics
Final Year Project – Phase II (Thesis/Product)
Seminar Presentation & Viva
Industrial Visit/Startup Case Study Report
📌 Skill Development & Extracurricular Integration (Throughout)
Weekly seminars by industry experts & researchers
Hackathons and coding competitions
Freelancing & startup incubation support
Career counseling and soft skill training
Git, CI/CD, Agile/Scrum methodology workshops
Jorge Overall
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