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B.Sc. Physics - Computational Physics (4 year)

Program details

The B.Sc. Physics by Research in Computational Physics program offered by UPES School of Advanced Engineering is a comprehensive and specialized undergraduate degree designed to equip students with the essential skills in computational tools required to tackle intricate physical problems spanning various fields such as Sciences, Engineering, Economics, Finance, and more. The program is meticulously structured to provide students with an immersive hands-on experience, enabling them to master the art of employing computational techniques for problem-solving.

Throughout the program, students will delve into a diverse range of subjects, including classical and quantum mechanics, numerical methods, statistical physics, and advanced programming languages. They will acquire proficiency in utilizing state-of-the-art computational tools, simulations, and modeling techniques to analyze complex scenarios and extract meaningful insights. The curriculum is carefully curated to strike a balance between theoretical knowledge and practical application, empowering students to seamlessly bridge the gap between fundamental concepts and real-world challenges.

Guided by experienced faculty and mentors, students will engage in research-driven projects that encourage interdisciplinary exploration. These projects will foster the development of critical thinking, analytical prowess, and collaborative skills. Graduates of the program will emerge as adept problem solvers with a deep understanding of the synergy between computational tools and various domains of knowledge. The B.Sc. Physics by Research in Computational Physics program from UPES School of Advanced Engineering serves as an invaluable platform for students aspiring to contribute to scientific advancements, technological innovations, and holistic problem-solving in an ever-evolving global landscape.

Program Highlights

  • The B.Sc. Physics by Research in Computational Physics program provides access to advanced high-performance computing facilities, empowering students to tackle complex physics simulations and data analysis.
  • Learn from distinguished research-focused professors in the field of Computational Physics, ensuring a strong foundation and exposure to the latest developments.
  • Engage in research collaborations with renowned international institutions, broadening perspectives and fostering a global research network.
  • Benefit from specialized guidance and resources to excel in competitive exams like JAM (Joint Admission Test for M.Sc.), enhancing prospects for higher studies and research.
  • Immerse in hands-on research projects, applying computational methods to solve real-world physics problems and gaining practical expertise.
  • Explore intersections of physics and computing through interdisciplinary coursework, preparing for versatile roles in research and industry.

The B.Sc. Physics by Research in Computational Physics program at UPES School of Advanced Engineering offers students specialized training in computational physics, opening doors to diverse career paths. Graduates are equipped to excel in quantitative finance and the software industry. Additionally, the program aligns well with the demands of automation, data science, and artificial intelligence, allowing students to easily transition into these burgeoning sectors with minimal upskilling. This program paves the way for a future where graduates can contribute significantly to cutting-edge fields and industries driven by computational prowess.

Career Opportunities

Graduates of the B.Sc. Physics by Research in Computational Physics program at UPES School of Advanced Engineering are well-equipped for diverse and promising career paths. With a strong foundation in computational physics, graduates can thrive as research associates, delving into cutting-edge projects in academic and industrial settings. They can also excel as scientists, contributing to advancements in various fields. The program's emphasis on programming skills makes them ideal candidates for roles as computer programmers, while their analytical acumen opens doors to becoming financial analysts. The blend of physics and computational expertise prepares them for lucrative positions as data scientists and AI developers, playing pivotal roles in shaping technology-driven industries. Moreover, their multidisciplinary skill set is valued in automation engineering, making them indispensable in designing the future of automation systems.


The B.Sc. Physics by Research in Computational Physics program at UPES School of Advanced Engineering offers an exceptional platform for students to excel in the field of computational physics. The program's rigorous curriculum equips students with profound theoretical knowledge and practical skills, positioning them favorably for diverse career pathways. Leveraging the program's strong industry connections and collaborative research initiatives, graduates consistently secure promising placements in cutting-edge roles across academia, research institutions, technology firms, and more. This program not only cultivates expertise in computational physics but also provides a springboard for students to embark on successful and impactful careers in the dynamic realm of advanced engineering and research.

Fee Structure

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Interested students must meet the following minimum eligibility criteria for the B.Sc. Physics by Research in Computational Physics: Minimum 50% marks in Class X and XII (PCM/B).

Selection Criteria

The selection criteria for individuals who wish to enroll in the B.Sc. Physics by Research in Computational Physics program, which is provided by UPES School of Advanced Engineering, relies on the performance in Personal Interview.

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