Objective
Career Prospects
- Technology Researcher
- Software Developer
- System and Network Architect
- System Integrator
- Product Manager
- AI and Machine Learning Specialist
- Cybersecurity Expert
- Data Scientist
Semester 1
- Programming -I
- Fundamentals of Electrical and Electronics
- Applied Physics/Environment Studies
- Calculus
- Design-1
- Fundamentals of Communication
Semester 2
- Programming -II
- Digital Circuit and Systems
- Applied Physics/Environment Studies
- Linear Algebra and Differential Equations
- Design-2
- Critical Thinking and Storytelling
Semester 3
- Data Structures & Algorithms
- Computer Architecture & Organization
- Database Systems
- Probability and Statistics
- Mangement-1
- Perspectives on Contemporary Issues
Semester 4
- Design and Analysis of Algorithms
- Machine Learning
- Operating System
- Optimization for Computer Science
- Management -II
- Communication and Identity
Summer Break
- Practice School -1
Semester 5
- Discrete Mathematics
- Computer Network
- DE-I
- DE-II
- OE-I/SEE1(2)+SEE2(2)
- Understanding and Managing Conflict
Semester 6
- Theory of Computation
- Minor Project
- DE -III
- DE -IV
- OE -II/SEE3(2)+SEE4(2)
- Critical Thinking for Decisions at Workplace
Semester 7
- Project
- DE-V
- OE-III
- OE -IV
Semester 8
Specializations
Specializations allow students to acquire advanced skills and knowledge in a specific area of their main program. The curriculum for the first two years remains the same for all students, providing a solid foundation in core engineering principles.
In their third year, students can choose to specialize in one of the following areas, requiring the completion of at least three courses within the specialization:
- Foundations of Data Science
- Natural Language Processing
- Business Analytics
- Data Visualisation
- Parallel and distributed computing
- Cloud computing architecture
- Cloud Services and technologies
- Fog and edge networks
- Big data storage and architecture
- Multi-dimensional and advanced databases
- Mining massive data-sets
- Social network analysis and business analytics
- Introduction to information security
- Fundamentals of cyber security
- Secure Analytics and Coding
- Cyber Forensics
- CMOS VLSI
- VLSI Physical Design
- VLSI testing and verification
- IC Fabrication Technology/ Real time operating systems
Minors (Interdisciplinary)
For students interested in expanding their horizons beyond their primary field of engineering, minors offer a valuable opportunity. Minors complement the main degree and can enhance employability, facilitate interdisciplinary learning, or serve as a stepping stone to further education.
The minors currently offered at the institute include:
- Design
- Banking in Fintech
- Entrepreneurship
- Robotics
- Mathematics
Successfully completed specializations and minors are prominently noted on the students’ degree certificates alongside their main field of study. This recognition highlights their additional qualifications and can significantly enhance their profiles for potential employers or academic opportunities.
Career Prospects
- Technology Researcher
- Software Developer
- System and Network Architect
- System Integrator
- Product Manager
- AI and Machine Learning Specialist
- Cybersecurity Expert
- Data Scientist