About the Programme
The Bachelor of Science programme in Physics, Chemistry, and Mathematics at CHRIST (Deemed to be University) is designed to provide students with a strong and balanced foundation across the three core disciplines of science. Students gain a solid foundation in core science concepts, practical skills, research skills, and technology integration, preparing them for careers in physics and allied industries. The curriculum encourages interdisciplinary training, teamwork, and hands-on learning, upskilling with AI integration, and provides a strong foundation for success in the ever-evolving field of science. Through a carefully structured blend of coursework, practical sessions, projects, and skill enhancement components, the programme nurtures scientific thinking, problem-solving ability, and research aptitude.
Programme Focus
• Physics: Development of a deep understanding of physics concepts, experimental techniques, and applications in emerging areas of science and technology.
• Chemistry: Comprehensive coverage of physical, organic, and inorganic chemistry with strong laboratory training, enabling students to understand matter, materials, and chemical processes.
• Mathematics: Strong grounding in mathematical methods, logical reasoning, and quantitative techniques essential for modeling, analysis, and problem-solving in physical sciences.
Undergraduate Research Immersion Programme (UGRIP)
Unlock a brighter future with a solid foundation in research for your chosen career or advanced academic pursuits
A Modern Analytical Technique
The use of advanced, computer-driven instrumentation and high-precision methods to detect, identify, and quantify the physical and chemical properties of materials
Interdisciplinary Training
Combining the fundamental principles, methods, and analytical tools of physics with Chemistry and Mathematical fields to solve complex problems
Computer Skills for Physics
Using computer programming skill for data acquisition in laboratories, data visualization, and for documentation
Why Choose This Programme?
Holistic Foundation
A comprehensive, well-rounded education to integrate theoretical knowledge, practical experimentation, mathematical skills, and interdisciplinary understanding
Hands-On Laboratory Focus
This approach prioritizes learning-by-doing to bridge the gap between abstract concepts and real-world phenomena
Research Opportunities for Students
Accelerated personal and professional growth. Gain early expertise in scientific research methods, critical thinking, and collaborative research—far ahead of typical undergraduates
Extracurricular and Professional Growth
It involves developing transferable skills such as coding, data analysis, and technical communication
AI-integrated learning
Enhancing traditional physics education by embedding Artificial Intelligence (AI) tools, Machine Learning (ML) techniques, and data science methodologies into the curriculum
Professional approach
Strong focus on conceptual clarity, analytical thinking, and practical learning
Choose Your Track
Passionate about fundamental physics, aiming to push the boundaries of knowledge through research
Focuses on the practical application of physics principles to design, develop, and test technologies, with high demand in sectors like energy, defense, and electronics
Advanced computing, programming, and mathematical modeling to simulate complex physical systems and pioneer next-generation technologies like quantum computing
What You Will Learn
Programme Structure
The programme structure outlines the academic curriculum designed to provide a systematic progression of learning through core subjects, electives, and practical components across semesters, ensuring both theoretical understanding and skill development.
Semester 1 — Semester 1 & 2
Semester 3 — Semester 3 & 4
Semester 5 — Semester 5 & 6
Eligibility & Fee Structure
Career Paths
Your Career Roadmap
Select a specialisation track to explore the learning journey and career outcomes tailored to your chosen domain.
Sem 1-2 : Build Strong Foundations
Develop mathematical thinking, Learn problem-solving deeply, Understand derivations and Improve conceptual clarity
Sem 3-4 : Strengthen Core Physics and Mathematics Mathematical modeling, Solving numerical problems, Understanding physical intuition, Start computational physics
Sem 5-6 : Specialization and Research Preparation Research-oriented thinking, Reading scientific papers, Advanced mathematics, Competitive exam preparation
Sem 1-2 : Build Core Technical Foundations
Develop technical problem-solving, Understand practical applications of physics, Build discipline in lab work, Improve communication skills
Sem 3-4 : Develop Industry-Oriented Skills
Applied physics understanding, Instrumentation knowledge, Technical software exposure Team-based project work
Sem 5-6 : Become Job-Ready for Industry
Specialization choice, Industry networking, High-Value Skills to Learn Career Outcomes
Sem 1-2 : Build Foundations in Physics and Programming
Develop logical thinking, Build coding discipline, Strengthen mathematics, Learn
computational problem-solving
Sem 3-4 : Develop Computational & Data Skills
Scientific programming, Data analysis, Numerical methods, Computational modeling
Sem 5-6 : Specialization and Career Preparation
Industry-ready coding, AI/ML basics, Scientific computing specialization, Research or tech career preparation
Admission Process
- Register with your Email ID
- Login to the Admission Portal
- Fill the Application Form
- Pay Application Fee
- Entrance Test (If Applicable)
- Assessment
- Interview
- Check login page for result
- If selected, Offer Letter attached
- Pay Course Fee Online
- Complete Admission Process
Ready to Apply?
Applications are open. Deadline: 2026-12-06 23:45:00.