B.Sc. Quantum Computing

Overview

The Bachelor of Science in Quantum Computing is a four-year honours programme that offers an advanced interdisciplinary curriculum for students seeking expertise at the intersection of physics, mathematics, and modern computing. It provides a strong foundation in quantum mechanics, quantum information theory, quantum algorithms, and the principles of quantum hardware–software integration. Students also explore practical applications such as quantum cryptography, optimisation techniques, and quantum simulation, enabling them to address complex real-world challenges. A notable feature of the programme is its integration with the IBM Quantum ecosystem, where learners engage with IBM’s training modules and gain hands-on experience through the Qiskit platform. This ensures substantial exposure to quantum programming and experimentation. By combining rigorous theoretical knowledge with industry-aligned practical learning, the programme prepares our graduates for cutting-edge research, higher studies, and diverse career opportunities in the rapidly expanding quantum technology sector. As global demand for quantum-skilled professionals continues to grow, this degree at Kristu Jayanti (Deemed to be University) positions students at the forefront of next-generation computing innovation.

The B.Sc. Programme is a four-year degree programme, wherein a student, after successful completion, will be awarded an Honours degree. However, a student has the option to exit the programme after successful completion of the first three years. In such a case, the student will be awarded a Bachelor’s degree.

Eligibility

Candidates who have completed Higher Secondary (10+2 / PUC) or Equivalent, in Science and who have studied Physics and Mathematics as subjects with an aggregate of 40% or an equivalent CGPA are eligible.

Programme Matrix

Semester Course Title Course Type Credits
I C Programming DSC 3
I C Programming Practical DSC 1
I Relational Database Management System DSC 3
I Relational Database Management System Practical DSC 1
I Foundation of Discrete Mathematics DSC 3
II Data Structures DSC 3
II Data Structures Practical DSC 1
II Python Programming DSC 3
II Python Programming Practical DSC 1
II Introduction to Quantum Computing DSC 3
II Quantum Information Science DSC-CC 2
II Multidisciplinary Course (MDC) MDC 3
II Web Development Workflow SEC 3
III OOP with Java DSC 3
III OOP with Java Practical DSC 1
III Principles of Operating Systems & Linux Administration DSC 3
III Principles of Operating Systems & Linux Administration Practical DSC 1
III Quantum Algorithms & Complexity DSC 3
III Online Course (NPTEL/SWAYAM – Quantum Computing Related) SEC 3
III Multidisciplinary Course (MDC) MDC 3
III Value-Added Course (VAC) VAC 2
IV Quantum Programming with Qiskit DSC 3
IV Quantum Programming with Qiskit Practical DSC 1
IV Quantum Hardware & Architecture DSC 3
IV Quantum Hardware & Architecture Practical DSC 1
IV Software Engineering DSC 3
IV Emerging Trends in Quantum Technologies DSC-CC 2
IV Minor Project-I DSC-MP 2
IV Skill Enhancement Course SEC 3
IV Multidisciplinary Course MDC 3
IV Value-Added Course (VAC) VAC 2
V Quantum Machine Learning DSC 4
V Quantum Machine Learning Practical DSC 2
V Quantum Cryptography & Secure Communication DSC 4
V Quantum Cryptography Practical DSC 2
V Quantum Simulation & Quantum Circuits DSC 4
V Research Methodology DSC 4
V Minor Project-II DSC-MP 2
V Internship – 2
VI Advanced Quantum Algorithms DSC 4
VI Advanced Quantum Algorithms Practical DSC 2
VI Quantum Error Correction & Fault-Tolerant Computing DSC 4
VI Quantum Error Correction Practical DSC 2
VI Quantum Communication Networks DSC 4
VI Quantum Computing Capstone Seminar DSC-CC 2
VI Major Project (Quantum Computing Domain) DSE 4

Key Courses

Semester I

Semester II

Semester III

Semester IV

Semester V

Semester VI

Career Prospects