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Programmes

Bachelor of Science (Honours) - B. Sc. (Hons.) - Physics

Overview

The Programme unfolds a fascinating journey from exploring the minutest particles within an atom's nucleus to understanding the grandeur of galaxies with billions of stars. Students are drawn to Physics for its excitement and intellectual stimulation, and the subject offers a vast spectrum of career options encompassing academia, industry, and finance. Physics education equips individuals with a unique perspective for tackling real-world problems, making them highly valued by employers. Possessing a Physics degree signals to prospective employers that individuals are well-equipped with the background, knowledge, and determination to excel in various scientific and technical fields. Career opportunities span Radiation Physics, Biophysics, Materials Science, Chemical Physics, Computer Science, Data Analysis, Geophysics, Mathematics, Medicine, and Teaching.

The programme is meticulously crafted to provide students with a robust foundation for emerging as future physicists. Beyond the broad syllabus, interested students can explore diverse areas, gaining exposure to fundamental Physics courses and elective courses in Condensed Matter Physics, Materials Science, Optics, Nuclear Physics, Particle Physics, and Astrophysics. The programme also nurtures interdisciplinary expertise by incorporating a strong foundation in Mathematics and Computer Science. With a pedagogy blending classroom lectures, experiential learning, extensive laboratory courses, and tutorials, the programme prepares students for a holistic understanding of Physics, fostering a spirit of inquiry and discovery.

Duration

Four Years / Eight Semesters

Commence of the course

Course Duration

Four Years

Mode of Study

Eligibility

10+2 from recognized Board / Council with minimum 50% aggregate marks with Physics or Mathematics or Chemistry as a compulsory subject.

A relaxation of 5% marks or its equivalent grade may be allowed for those belonging to SC / ST.

Key Features

Comprehensive Theoretical and Experimental Physics curriculum.

Practical application of skills to solve real-world challenges.

Access to top-tier facilities and engaging classroom activities.

Utilization of advanced digital learning platforms.

Industry collaborations for practical exposure and industry relevance.

Dedicated career counseling and support tailored for professional goals.

Opportunities for active involvement in hands-on research projects.

Rigorous training specifically designed for competitive exams (JAM and JEST).

Programme Structure

Semester Domain Subject Title
Semester I School Core Mechanics
Atomic structure and chemical bonding
Foundational Calculus
Foundational Statistics
Fundamentals of Film and Television Production
Basics of Animation and Design
Academic Edge Language and Communication 1
Language and Communication 2
Digital Fluency 1
Societal Orientation 1
Life Skills 1
Semester II School Core Astrophysics
Introduction to organic chemistry and hydrocarbons
Foundational Algebra
Foundational Probability
History of Cineme and Television
Basics of VFX and Gaming
Academic Edge Language and Communication 3
Language and Communication 4
Data Skills 1
Societal Orientation 2
Life Skills 2
Semester Domain Subject Title
Semester III Discipline Core Heat and Thermodynamics
Mathematical Methods in Physics
Minor 1
Minor 2
Academic Edge Language and Communication 5
Digital Fluency 2
Data Skills 2
Societal Orientation 3
Life Skills 3
Semester IV Discipline Core Electromagnetism
Electromagnetism Lab
Minor 3
Minor 4
Academic Edge Language and Communication 6
Digital Fluency 3
Data Skills 3
Societal Orientation 4
Life Skills 4
Semester Domain Subject Title
Semester V Discipline Core Modern Physics
Computational Physics + Tutorial
Electronics + Lab
Minor 5
Minor 6
Learning Beyond Classroom LBCR 1
Semester VI Discipline Core / Discipline Optional Optics and Spectroscopy + Lab
Nuclear and Particle Physics
Condensed Matter Physics
Minor 7
Minor 8
Learning Beyond Classroom LBCR 2
Semester Domain Subject Title
Semester VII Discipline Core Classical Mechanics
Quantum Mechanics
Advanced Elective Course
Advanced Elective Course
Learning Beyond Classroom LBCR 3
Semester VIII Discipline Core Statistical Mechanics
Advanced Mathematical Methods
Project
Learning Beyond Classroom LBCR 4
Language and Communication Digital Fluency Data Skills Societal Orientation Life Skills LBCR
French/ Spanish / German Information Literacy & Online Search Strategies Understanding & Visualizing Data using MS Excel Individual and Society Stress Prevention and Psychological First Aid Pottery
Communicative English Podcast Storytelling Mathematics in Nature (Modelling and pattern)  Eastern and Western Societies Hope, Optimism and Resilience  Music
Hindi Introduction to Video-Production Sequences & Series Human, Society, and Environment- Decoding Success Painting
Introduction to Academic Writing Data Privacy and Technology Making sense of data Equity, Diversity and social inclusion Critical Thinking Co-curricular Activities
Public Speaking as Community Advocacy Fundamentals of data analytics Youth Culture Personal finance Sports (Indoor / Outdoor)
Language Education for Intercultural Citizenship Data Privacy and Technology Gender and Society Legal Awareness Extension Activities
Non-Verbal Communication Advocacy, Social Justice and Change Essential Life Skills
Collaboration Digital Sociology
Vyavaharika Kannada - 1 (For Students without Kannada Background)
Vyavaharika Kannada - 2 (For Students without Kannada Background)
Film and TV Studies Animation, VFX and Gaming Chemistry Applied Mathematics Statistics
Principles of Cinematography  Advanced 2D Animation and Storyboarding Techniques  s and p Block Element Advanced Calculus Advanced Calculus    
Visual Effects Fundamentals  3D Animation Principles and Character Design Inorganic Chemistry Laboratory  Linear Algebra & Matrix Theory   Linear Algebra & Matrix Theory
Film Editing, Sound Design for Film and TV  Introduction to Visual Effects and game design  Chemical Thermodynamics and Chemical Kinetics Real Analysis       Descriptive Statistics & Probability Theory
Advanced Editing Techniques  Introduction to 3D Animation and Digital Painting Chemistry Laboratory  Advanced Algebra Distribution Theory
Television Production  Game Development Basics Quantum Chemistry & Spectroscopy    Differential Equations Statistical Inference
Studio Production  Introduction to Game Programming  Chemistry Laboratory Operations Research Regression Analysis & Modelling
Advanced Screenwriting Workshop  Advanced Animation Techniques Electrochemistry and Surface Chemistry Vector Calculus Time Series Analysis & Forecasting
Film Directing Principles  Advanced Game Design and Development Chemistry Laboratory Discrete Mathematics & Combinatorics Stochastic Processes

Career Opportunities

Upon completing a B. Sc. in Physics, graduates can pursue various career paths, including higher education with master's programs or integrated Ph.D. programmes, entering the field of teaching, or specializing as Data Scientists. Other opportunities include roles as Research Assistants, Scientific Assistants, and Lab Technicians, contributing to experimental and research endeavors. For those interested in medical applications, a B. Sc. in Physics can also lead to becoming a Radiologist. The broad range of options demonstrates the versatility of a B. Sc. in Physics, offering pathways into academia, research, technology, and healthcare.

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