B.Tech in Computer Science and Engineering (Quantum Computing with Artificial Intelligence)

About the Programme

The B.Tech. Computer Science & Engineering (Quantum Computing with Artificial Intelligence) programme combines the fundamentals of Computer Science and Engineering with specialised knowledge in Quantum Computing, Quantum Algorithms, Quantum Information, Quantum Communications, Quantum Hardware, Artificial Intelligence, Machine Learning, and optimisation. The programme prepares students for emerging computational paradigms and the rapidly developing quantum technology ecosystem.

The programme provides students with a strong foundation in programming, data structures and algorithms, mathematics, computer architecture, Artificial Intelligence, machine learning, and software engineering while progressively introducing specialised concepts in Quantum Computing, Quantum Algorithms and Quantum Information, Quantum Communications and Quantum Hardware, and Quantum Search and Optimization Techniques. These areas form the Quantum Computing pathway within the curriculum. 

The programme emphasises interdisciplinary and experiential learning, enabling students to understand both the theoretical foundations and practical applications of quantum technologies. Students develop computational thinking and problem-solving capabilities by exploring quantum algorithms, optimisation techniques, quantum information processing, and the interaction between quantum computing and Artificial Intelligence.

Through laboratory work, programming, projects, internships, research-oriented activities, hackathons, and industry exposure, students gain opportunities to apply their knowledge to emerging computational problems. The programme also supports exploration of applications of quantum computing in Artificial Intelligence, optimisation, cybersecurity, finance, drug discovery, logistics, simulation, and other computationally intensive domains.

On successful completion, graduates can pursue emerging career opportunities as Quantum Computing Developers, Quantum Software Engineers, Quantum Algorithm Developers, Quantum Application Developers, AI/ML Engineers, Quantum Research Assistants, Computational Scientists, and Technology Consultants. The programme also provides an excellent foundation for higher studies and research in quantum computing, Artificial Intelligence, computer science, physics, and related interdisciplinary areas.

Programme Highlights

• Strong foundation in Computer Science and Engineering. 
• Specialised learning in Quantum Computing with Artificial Intelligence. 
• Exposure to Foundations of Quantum Computing. 
• Quantum Algorithms and Quantum Information. 
• Quantum Communications and Quantum Hardware. 
• Quantum Search and Optimization Techniques. 
• Integration of Artificial Intelligence, Machine Learning, and optimisation with quantum computing. 
• Hands-on learning through programming, laboratories, projects, research activities, internships, and hackathons. 
• Exposure to emerging applications of quantum technologies in AI, optimisation, cybersecurity, finance, healthcare, logistics, and scientific computing. 
• Development of skills in quantum programming, quantum algorithms, computational problem-solving, AI, and optimisation. 
• Career opportunities as Quantum Software Engineer, Quantum Algorithm Developer, Quantum Computing Developer, AI/ML Engineer, Quantum Researcher, Computational Scientist, and Technology Consultant. 

The specialised Quantum Computing pathway includes Foundations of Quantum Computing, Quantum Algorithms and Quantum Information, Quantum Communications and Quantum Hardware, and Quantum Search and Optimization Techniques.

Eligibility

Minimum 60% marks in Physics, Mathematics and Chemistry/Computer Science/Information Technology/Informatics Practices/Electronics/Engineering Graphics/Technical Vocational Subjects in Class XII.

Students with JEE-Mains / JEE-Advance / CUET / SAT (DI Code - 71057) scores will be given preference in the merit list.

Program Structure