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B.Sc. (Hons.) Physics (3+1)*

School of Advanced Engineering

B.Sc. (Hons.) Physics (3+1)*

Course Overview

Explore the B.Sc. (Hons.) Physics (3+1)* program at UPES School of Advanced Engineering. Build a strong foundation in physics through theoretical study, laboratory work, computational approaches and research-based learning.

This four-year undergraduate program offers specialisations in Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices. Its NEP 2020-aligned structure supports multiple entry and exit pathways, subject to applicable academic requirements.

4 years Full-time undergraduate program
4 specialisations Explore focused pathways in physics
NEP 2020 Multiple entry and exit pathways
PI / CUET Selection routes

Explore your course

 

Program Details

The B.Sc. (Hons.) Physics (3+1)* program at UPES School of Advanced Engineering is a four-year undergraduate program under the Applied Science Cluster. Its NEP 2020-aligned structure combines physics fundamentals with specialised study, practical learning and research opportunities, allowing students to develop interests aligned with their academic and career goals.

The program spans eight semesters, with courses worth up to 20 credits per semester. Its multiple entry and exit framework provides pathways to a certificate after 40 credits, a diploma after 80 credits and an undergraduate degree after 120 credits, subject to the applicable academic requirements. Fourth-year study offers advanced coursework and research-oriented learning, including dissertation work and assessment.

Students can explore four specialisations: Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices. These pathways connect physics with the study of the universe, computational methods, material properties, nanoscale systems, semiconductor devices and energy applications.

Laboratory work, specialised courses and research-based learning develop analytical, experimental and problem-solving skills. Lateral entry and progression through the program are subject to the applicable academic regulations. Graduates can explore further study and research opportunities in India and internationally, including Ph.D. pathways where they meet the admitting institution’s eligibility requirements.

Program Highlights

  • The B.Sc. (Hons.) Physics (3+1)* program at UPES combines physics fundamentals with practical learning, specialised study and research opportunities.
  • An NEP 2020-aligned structure offers multiple exit and re-entry pathways, subject to the applicable credit requirements and academic regulations.
  • Specialisations include Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices.
  • The curriculum connects theoretical concepts with experimental and computational approaches to physics.
  • Laboratory work and research facilities provide opportunities to investigate physical phenomena and explore emerging applications.
  • Advanced coursework, projects and dissertation work develop analytical thinking, problem-solving and research skills relevant to further study and professional pathways.

Future Scope / Industry Trends

The B.Sc. (Hons.) Physics (3+1)* program at UPES School of Advanced Engineering combines physics fundamentals with practical training, research exposure and specialised learning. Specialisations in Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices help students explore scientific and technological applications aligned with their interests. Graduates can pursue further study through M.Sc. and eligible doctoral pathways, or explore opportunities in research support, laboratory testing, computational analysis, materials and device-related industries. The program develops analytical, experimental and problem-solving skills relevant to academic and professional pursuits.

Career Opportunities

Graduates of the B.Sc. (Hons.) Physics (3+1)* program at UPES School of Advanced Engineering can explore career pathways in research support, laboratory testing, computational analysis and technology-related industries. Specialisations in Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices help students develop knowledge relevant to their chosen interests.

Potential opportunities include roles as Laboratory Technician, Research Assistant, Testing Assistant and Data Analyst, depending on technical skills and employer requirements. Relevant sectors include materials, semiconductors, energy, instrumentation and telecommunications. Further study and experience can support progression into scientist, specialist research and academic positions.

Placements

The B.Sc. (Hons.) Physics (3+1)* program at UPES School of Advanced Engineering supports career preparation through theoretical study, laboratory work and research-based learning. Specialisations in Astronomy and Astrophysics, Computational Physics, Material Science and Nanotechnology, and Semiconductor and Energy Devices help students develop analytical, experimental and problem-solving skills relevant to scientific and technological applications.

Placement support helps students prepare for recruitment and explore opportunities aligned with their skills and interests across research support, laboratory testing, data analysis and related industries. Further study can support progression into specialised research and academic careers. Placement outcomes depend on employer requirements, recruitment cycles and individual eligibility.

Fee Structure

View the detailed fee structure of the B.Sc. (Hons.) Physics (3+1)* program.

Curriculum

Choose a semester to view its courses, teaching hours and credits.

L: Lecture · T: Tutorial · P: Practical

Semester 1

CourseLTPCredits
Mathematical Physics I3024
Mechanics3024
Minor I4004
Environment Sustainability and Climate Change2002
Critical Thinking2002
Computational Techniques2002
Total160418

Semester 2

CourseLTPCredits
Electricity and Magnetism3024
Thermal Physics4004
Mathematical Physics II4004
Minor II4004
Environment Sustainability and Climate Change0042
Living Conversations2002
Constitution and Indian Polity2002
Total190622

Semester 3

CourseLTPCredits
Waves and Optics3024
Analog Systems and Applications3024
Elements of Modern Physics3024
Skill Enhancement Course I (Elective)2002
Minor III4004
Design Thinking2002
Social Internship0000
Total170620

Semester 4

CourseLTPCredits
Mathematical Physics III4004
Solid State Physics4004
Digital System and Application3024
Skill Enhancement Course II (Elective)2002
Minor IV4004
Working with Data2002
Total190220

Semester 5

CourseLTPCredits
Quantum Mechanics and Application4004
Atomic and Molecular Physics3024
Minor V4004
Leadership and Teamwork2002
Technologies of Future / Meta 1012002
Summer Internship00105
Scientific Communication1001
Total1601222

Semester 6

CourseLTPCredits
Electromagnetic Theory3024
Statistical Mechanics4004
Nuclear and Particle Physics3024
Minor VI4004
Start your own Start-up2002
Total160418

Semester 7

CourseLTPCredits
Classical Mechanics4004
Elective I4004
Elective II3024
Minor VII4004
Research Methodology and Ethics2002
Total180018

Semester 8 — B.Sc. (Hons.)

CourseLTPCredits
Dissertation00126
Elective III4004
Condensed Matter Physics3024
Advanced Quantum Mechanics4004
Minor VIII4004
Total1501422

As per NEP, multiple exit options are also available. After securing the requisite 40, 80, 120 and 160 credits, students exiting the program shall be awarded a Certificate, Diploma, three-year undergraduate degree, or four-year undergraduate Honours / Honours with Research degree, respectively.

Eligibility

50%

Minimum marks in Class X and Class XII.

Class XII must include Physics, Chemistry, Mathematics/Biology, and English as a major subject.

Selection Criteria

Personal Interview / CUET

Choose your specialisation

Astronomy and Astrophysics

Astronomy and Astrophysics

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Material Science and Nanotechnology

Material Science and Nanotechnology

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Computational Physics

Computational Physics

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