B.Sc. Physics, Mathematics - Kristu Jayanti University

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About the Programme

The BSc Physics Mathematics programme is an intellectually vibrant journey through the deepest ideas that govern the universe and the abstract structures that make advanced science possible. Physics reveals the awe-inspiring laws that shape motion, light, matter, energy, heat, the atom, stars, and the cosmos. Mathematics, the purest language of logic and patterns, empowers students to model, reason, predict, and innovate with precision.

Together, they form a powerful academic combination, unlocking everything from the behaviour of subatomic particles to the geometry of curved space, from semiconductor devices to the equations that explain waves, fields, and celestial mechanics.

This programme blends rigorous theory, hands-on laboratory experience, mathematical problem-solving, computational training, and research exposure, preparing students for a future driven by scientific discovery and technological innovation.

Logical & Mathematical Modelling

Develops strong logical, problem solving and mathematical modelling skills.

Programming & Practical Analysis

Provides practical skills in programming and analysis.

Experiential & Industry Learning

Integrates hands-on projects, internships, interdisciplinary applications, and employability skills.

B.Sc. Physics, Mathematics students
CAREER PATHWAYS

Future Careers

Career Roles

Data Scientist / Data Analyst
Software Developer / Software Engineer
AI & Machine Learning Engineer
Quantitative / Financial Analyst
Business Analyst
Research Scientist / Associate
Scientific Computing Specialist
Applied Mathematician
Physics / Maths Educator
Defence / Space Applications Roles
Quantum / Nanotechnology Pathway
Electronics / Semiconductor Analyst
Higher Studies (M.Sc. / Ph.D.)
Technical Analyst in Industry

Employment Sectors

Information Technology & Software Services
Data Science, AI & Machine Learning
Banking, Finance & FinTech
Business Consulting & Analytics
Research & Development
Research Institutions and Labs
Space Science and Defence Applications
Semiconductor and Electronics Industry
Nanotechnology and Quantum Technologies
Education and Academia
Scientific Computing and Modelling
Government Research Bodies
Cryptography and Information Security
Higher Studies and Research Careers
FOR A COMPLETE ACADEMIC PICTURE

Programme At a Glance

A dual-major B.Sc. uniting the fundamental laws of the physical world with abstract mathematical logic and computational skills.

Programme Title: BSc

Specialization: Physics, Mathematics

Duration: 3 years

Study Mode: Full time

Core Academic Focus Areas: Calculus, Algebra, Differential Equations, Linear Algebra, Complex Analysis, Numerical Analysis and Practical using PYTHON.

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: Guest lectures, workshops on mathematical tools and conferences.

CURRICULUM MATRIX

Programme Matrix

Comprehensive semester-wise course distribution covering mechanics, calculus, electricity & magnetism, computing labs, and multidisciplinary skills.

Semester I

Mechanics and Properties of Matter
Mechanics and Properties of Matter Practical
Calculus I
Calculus I Practical
Conversations: Words, Worlds and the Self
Language Elective: Kannada Saurabha I / Vijnana Koustubha / Foundational English Language Skills
Web Development
Health and Wellness

Semester II

Fundamentals of Electricity and Magnetism
Fundamentals of Electricity and Magnetism Practical
Calculus II
Calculus II Practical
Multidisciplinary Course (MDC)
Language in Practice: Texts and Transformations
Language Elective: Kannada Saurabha II / Vijnana Ratna / Applied English Communication
Python Programming
Understanding India
CHECK IF YOU QUALIFY

Eligibility Criteria

Review the mandatory academic qualifications and minimum score criteria required for admission.

Candidates who have passed Higher Secondary (10+2 / PUC) or equivalent with Physics and Mathematics as compulsory subjects, securing a minimum of 40% aggregate or equivalent CGPA, are eligible to apply.

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LEARNING OBJECTIVES

Programme Specific Outcomes (PSOs)

Targeted competencies and practical mastery achieved by graduates throughout their academic journey.

PSO1: Demonstrate knowledge of principles and concepts in Physics and Mathematics.

PSO2: Apply theoretical frameworks and methods in Physics and Mathematics in industrial and societal settings.

PSO3: Exhibit proficiency in experiments in Physics and mathematical tools.

PSO4: Formulate ethical and systematic research in Physics and Mathematics.

YOUR PATH TO SUCCESS

Why Choose this programme ?

Key strengths, experiential learning, and strategic career advantages offered by the programme.

Physics and mathematics together unlock the behaviour of the physical world and the abstract structures needed to model it—from subatomic particles to celestial mechanics.

The B.Sc. Physics, Mathematics programme at Kristu Jayanti blends rigorous theory, laboratory experience, mathematical problem-solving and computational training, preparing students for scientific discovery and technological innovation.

Choosing this programme enables students to:

  • Two Majors, One Powerful Degree: Develop mastery in both fundamental physics and advanced mathematics—an exceptional advantage for higher studies and STEM careers.
  • A Curriculum Designed for the Future: Covers everything from classical mechanics to quantum mechanics, from abstract algebra to numerical analysis, from semiconductor devices to astrophysics.
  • Hands-On Scientific Learning: Well-equipped physics laboratories, mathematical computing labs, simulations, and project-based learning.
  • Modern Skill Integration: Training in modelling, Python/MATLAB programming, numerical computation, and data-driven scientific reasoning.
  • Gateway to Emerging Fields: Quantum technologies, space science, nanotechnology, electronics, cryptography, AI foundations, and scientific computing.
  • Career Flexibility: Pathways in research, industry, data science, education, defence, space applications, and applied mathematics.

With dual depth in physics and mathematics, graduates are prepared for research, industry and emerging STEM pathways.