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The B.Sc. (Physics with Computer Science) programme is an interdisciplinary degree that integrates the principles of physical sciences with the computational skills essential for modern scientific and technological innovation. The curriculum provides a balanced foundation in classical and modern physics alongside core computer science competencies such as programming, data structures, operating systems, database management, artificial intelligence, and machine learning.
Students gain analytical thinking, problem-solving ability, experimental skills, and hands-on experience using modern computational tools to model physical systems, analyse data, and develop software solutions. The programme prepares graduates for research, industry, and emerging technology domains where physics and computing converge.
Comprehensive understanding of classical mechanics, electromagnetism, optics, thermodynamics, quantum mechanics and modern physics.
Hands-on training through undergraduate physics laboratories, instrumentation and experimental techniques.
Development of analytical thinking, scientific communication, programming, laboratory skills and technical presentation abilities.
An interdisciplinary B.Sc. integrating physical sciences and computational methods for research and high-tech industries.
Programme Title: BSc
Specialization: Computer Science, Physics
Duration: 3 years
Study Mode: Full time
Core Academic Focus Areas: Classical Mechanics and Mathematical Physics, Electromagnetism and Electronics, Wave Motion and Optics, Quantum and Modern Physics, Thermodynamics and Statistical Physics, Atomic, Molecular and Nuclear Physics, Semiconductor Physics and Electronic Devices
Practicals: Mechanics and Properties of Matter Practical, Optics and Wave Motion Practical, Atomic, Molecular and Nuclear Practical, Heat and Thermodynamics Practical, Classical and Quantum Mechanics Practical, Condensed Matter Physics Practical, Semiconductor Physics Practical
Focus Areas from Computer Science: Key areas include AI Essentials, Design and Analysis of Algorithms, Cyber Security Essentials, Machine Learning, and Cloud Environment, with hands-on practical learning to strengthen students’ technical and industry-ready skills.
Learning Pathway (Extra Electives and others): Guest lectures, workshops on tools and conferences
Comprehensive semester-wise course distribution covering computer science, classical & modern physics, experimental labs, and multidisciplinary skills.
Review the mandatory academic qualifications and minimum score criteria required for admission.
Looking for a programme that matches your interests?
Find Programmes by InterestTargeted competencies and practical mastery achieved by graduates throughout their academic journey.
PSO1: Demonstrate knowledge of principles and concepts in Computer Science and Physics.
PSO2: Apply theoretical frameworks and methods in Computer Science and Physics in industrial and societal settings.
PSO3: Exhibit proficiency in using programming languages and experiments in Physics.
PSO4: Formulate ethical and systematic research in Computer Science and Physics.
Key strengths, experiential learning, and strategic career advantages offered by the programme.
Scientific and technological innovation increasingly sits at the intersection of physical understanding and computational power. Graduates who can model physical systems, analyse data and build software solutions are well placed for research and industry roles.
The B.Sc. Computer Science & Physics programme at Kristu Jayanti balances classical and modern physics with programming, systems, AI/ML and computational modelling—supported by labs, projects and pathways into higher studies and emerging technology domains.
Choosing this programme enables students to:
With dual depth in physics and computer science, graduates are prepared for careers where physical sciences and computing converge.