Bachelor in Physics

Program Overview

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Bachelor in Physics

Programme Overview

The Bachelor in Physics is a degree awarded by Sorbonne University in Paris and delivered by world-class academics in Sorbonne University Abu Dhabi. A specialization certificate in Quantum Technologies will also be awarded to students by Sorbonne University in Paris upon programme completion.

Programme Details

• Programme duration: 3 years
• Delivery language: English
• Degree awarded: Bachelor in Physics, awarded from Sorbonne University in Paris
• Certificate awarded: Specialization in Quantum Technologies, awarded from Sorbonne University in Paris
• Accreditation: The curriculum follows the European ECTS system and the degree is awarded by Sorbonne University in Paris. This programme is accredited by the UAE Commission for Academic Accreditation.
• Deadline to apply: 22 August 2025

Programme Description

The Bachelor in Physics is a three-year international undergraduate programme taught in English. Its goal is to provide a robust background in Physics, with emphasis in the expertise required in Quantum Technologies, preparing graduates for the ground-breaking and global challenges of these emerging fields.

Programme Structure

First Year

• Mechanics-Physics I
• Geometric Optics
• Mechanics-Physics II
• Introduction to Electronics
• Mathematics I (univariate and multivariate differential calculus)
• Mathematics II (matrix theory and linear algebra)
• Computer Science (Python, LaTeX)
• Active Science
• Chemistry
• Introduction into the World of Work I
• Languages: French for non-francophone students or German, Arabic, Chinese or Italian for francophone students

Second Year

• Thermodynamics
• Modern Physics (basic features of quantum physics, wave mechanics, Schrodinger equation, applications)
• Experimental Physics I (Analog/Digital Electronics and Programming)
• Waves
• Electromagnetism
• Special Relativity and Advanced Mechanics
• Numerical Physics
• Experimental Physics II (interpretation of datasets from experimental designs or/and numerical simulations, Monte-Carlo methods)
• Mathematics for Physics I (higher dimensional calculus)
• Mathematics for Physics II (probability, statistics and information theory)
• Mathematics for Physics III (Cauchy problems for ordinary differential equations and systems of linear ordinary differential equations)
• Languages: French for non-francophone students or German, Arabic, Chinese or Italian for francophone students

Third Year

• Quantum Physics I (postulates of Quantum Physics, Dirac notation, two-level systems and their application to quantum information)
• Optics and Electromagnetism
• Experimental Physics III (diverse techniques and instruments and their physical processes)
• Spectroscopy (analytical techniques based on spectroscopy)
• Quantum Physics II (hydrogen atom, angular momentum in quantum mechanics, stationary perturbation theory)
• Thermostatistics
• Experimental and Numerical Physics (process of experimentally acquired spectra, development of software on MatLab for processing spectra, creation of interface for statistical approach for quantitative/sorting analysis)
• Astrophysics
• Quantum Information (density operators – entanglement, imperfect systems – examples based on two-level systems, quantum circuits and one- and two-qubit gates, quantum algorithms – particularly Grover’s and Shor’s – and error correction with many examples)
• Mathematics for Physics IV (holomorphic functions of one complex variable and Fourier transform)
• Introduction to the World of Work II
• Languages: French for non-francophone students or German, Arabic, Chinese or Italian for francophone students
• Mandatory Internship (5-6 weeks in a research institute or company, either in the UAE, or internationally, dedicated to a particular scientific topic)

Admission Requirements

• French baccalaureate: minimum average of 12 out of 20
• Ministry of Education curriculum: General stream/Art stream: minimum average of 80%, Advanced stream/Elite stream/Science stream: minimum average of 75%
• Other high school systems: high school certificate equivalent to the UAE Ministry of Education high school with minimum average of 80% or equivalent
• Languages requirements:
  • Ministry of Education curriculum: Minimum score of 80% in English subject in High school
  • For curriculums studied in English Language: No English requirement needed
  • For other curriculums: Valid academic IELTS certificate with minimum overall band of 5.5 with a validity of 2 years or TOEFL score of 530, IBT TOEFL certificate with minimum score of 71, CBT TOEFL of 197 with a validity of 2 years or equivalent (can be applicable for national curriculum)
• Mathematics competencies:
  • For French baccalaureate applicants: A minimum score of 12 out of 20 in the specialty “Mathematique Spéciales” and/or the specialty “Mathematiques expertes”
  • Other High school systems: Minimum score of 80% in Mathematics subject in other High school systems, and having one of the below conditions: SUAD Admission test for L1 or SAT Mathematics with score at or above 750
• Competencies in one other Science subject (Physics, Chemistry, Biology – including SVT): Subject studied in school with minimum 12 out of 20 in Grade 10, 11 or 12 (for holders of French Baccalaureate) or with a minimum score of 80% in Grade 10, 11 or 12, for holders of other HS Diplomas

Tuition Fees

• Programme tuition fees (per semester): AED 34,500 (approximately US$ 9,400)
• Payment of fees: click here for more information

Scholarships

• HH Sheikh Mohamed bin Zayed Al Nahyan Scholarship for Emirati students: Admitted Emirati nationals and children of Emirati mothers’ are awarded a full scholarship covering tuition and study related fees for their Bachelor Programmes (and Foundation year, if any)
• Academic Excellence Scholarships (for the 1st semester of enrolment): 15% scholarship on tuition for the 1st semester of joining
• Academic Excellence Scholarship (starting from the 2nd semester of enrolment): 25%-75% Academic Excellence Scholarship
• 10% French Curriculum Schools Scholarship for the 1st semester of enrolment: Students holding a French baccalaureate obtained in one of the GCC countries are eligible for a 10% discount for their first semester
• Sponsored scholarships: Total, Chalhoub and Ardian Foundation, offer specific scholarships based on academic excellence and/or financial circumstances to selected students
• Preferential rate: 10% Family discount: Students who have a first-degree relative currently enrolled in an undergraduate or a postgraduate programme are eligible for a 10% discount

Career Prospects

• Industry, Construction, Buildings and Structures: Structural engineer, Tunnel engineer, Electrical engineer, Laser engineer, Electro-optic engineer, Prototype engineer, Maritime engineer
• Energy, Renewable Energy, Climate, Environmental Sciences: Petrophysicist, Petroleum engineer, Nuclear engineer, Climate scientist, Costal scientist, Nuclear fusion scientist, Physicist-policy analyst, Renewable energy manager, Solar energy specialist, Weather forecast specialist
• Space Exploration Industries: Satellite engineer, Astrophysicist, Astronomer, Space flight director, Geophysics – space project scientist
• Healthcare Sciences, Medical & Biomedical Physics Activities: Medical engineer, Radiophysicist, Medical physicist, Ultrasound, magnetic resonance, optical imaging specialist, Acoustic consultant, Clinical scientist, Nuclear medicine specialist, Radiation protection practitioner, Nanoscale imaging scientist
• IT, Telecoms, Engineering Computer Sciences: Artificial intelligence software developer, Software engineer, Computer programmer, Web designer/developer, IT consultant, Systems analyst
• Legal, Business, Finance & Consulting: Patent officer (energy, industry, space, tech-innovation), Actuary, Business data analyst, Consultant (environment/climate regulations)
• Communication, Television, Media, Sports and Games: Sound engineer, Games designer/developer, Technical writer, Science journalist, science communicator, TV science advisor
• Transport: Mechanical engineer, Logistics specialist, Radar project manager, Detection system designer
• Education: Academia, High school physics, astrophysics teacher, High school science teacher, Higher education lecturer, Lab assistant
• Research & Innovation: Quantum Technologies: computing, simulation, cryptography, sensing specialist, Lab director, Senior scientist, Data scientist, Computer scientist, Research/lab technician

Further Studies Options

• Physics and Applications: many options offered at Sorbonne University, Paris
• Electrical Engineering
• Mechanical Engineering
• Chemical Engineering
• Robotics
• Water and Environmental Engineering
• Medical Engineering
• Computer Science
• Data Science and A.I.
• High Performance Calculation (HPC)
• Finance and Banking
• Statistics
• Healthcare
• Law
• Knowledge Management and Innovation
• Science of the Universe, Environment and Ecology
• Neurosciences
• Astronomy and Astrophysics

Where do SUAD Graduates Go Following a Bachelor Degree in Physics?

• Sorbonne University (France)
• University of Cambridge (UK)
• Imperial College London (UK)
• King’s College London (UK)
• EFREI Paris (France)
• Université Grenoble Alpes (France)
• Texas A&M University (US)
• University of Nottingham (UK)
• La Sapienza (Italy)
• Universita degli Studi Di Padova (Italy)
• University of Amsterdam (Netherlands)
• Masdar Institute for Science and Technology (UAE)

Program Outline

The Bachelor in Physics is a three-year international undergraduate program delivered in English by world-class academics at Sorbonne University Abu Dhabi.

• Develop hands-on experience and independent projects alongside a solid grasp of programming.
• Prepare graduates for immediate employment or further studies at prestigious universities worldwide.

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Program Description

The program is carefully designed in collaboration with the Sorbonne University Quantum Information Center (QICS) in Paris. It covers a wide range of fundamental Physics, with a focus on Quantum Mechanics, Mathematics, Data Science, and Computer Science.

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Distinctive Features:

• Award of a Bachelor degree in Physics from Sorbonne Université (France) and a Certificate in Quantum Technologies from the same institution.
• Integration of hands-on experience, independent projects, and programming skills to prepare graduates for immediate workforce entry.

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Outline

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Program Structure

The program is divided into three years, each with a specific set of courses covering fundamental Physics, Quantum Mechanics, Mathematics, Data Science, and Computer Science.

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Course Schedule

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Year 1:

• Mechanics-Physics I & II
• Geometric Optics
• Introduction to Electronics
• Mathematics I & II (calculus)
• Computer Science (Python, LaTeX)
• Active Science
• Chemistry
• Introduction into the World of Work I
• Languages: French for non-francophone students or other languages for francophone students

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Year 2:

• Thermodynamics
• Modern Physics
• Experimental Physics I & II
• Waves
• Electromagnetism
• Special Relativity and Advanced Mechanics
• Numerical Physics
• Languages: French for non-francophone students or other languages for francophone students

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Year 3:

• Quantum Physics I & II
• Optics and Electromagnetism
• Experimental Physics III
• Spectroscopy
• Thermostatistics
• Experimental and Numerical Physics
• Astrophysics
• Mathematics for Physics IV
• Introduction to the World of Work II
• Languages: French for non-francophone students or other languages for francophone students
• Mandatory Internship (5-6 weeks)

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Module Descriptions

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Year 1:

• Mechanics-Physics I & II: Introduces classical mechanics, kinematics, dynamics, and conservation laws.
• Geometric Optics: Covers the principles of reflection, refraction, and lens systems.
• Introduction to Electronics: Explores basic electronic circuits and components.
• Mathematics I & II: Provides a foundation in calculus, including differentiation, integration, and applications.
• Computer Science (Python, LaTeX): Introduces programming concepts and techniques using Python and document preparation with LaTeX.
• Active Science: Develops scientific reasoning, problem-solving skills, and experimental design.
• Chemistry: Covers fundamental chemical principles and reactions.
• Introduction into the World of Work I: Provides career guidance and exploration.
• Languages: Develops language proficiency in French or other languages.

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Year 2:

• Thermodynamics: Studies the relationship between heat, work, temperature, and entropy.
• Modern Physics: Introduces the fundamental concepts of quantum mechanics, wave-particle duality, and atomic structure.
• Experimental Physics I & II: Provides hands-on experience with experimental techniques and data analysis.
• Waves: Explores the properties and behavior of different types of waves.
• Electromagnetism: Covers electric and magnetic fields, circuits, and electromagnetic waves.
• Special Relativity and Advanced Mechanics: Introduces the theory of special relativity and advanced Newtonian mechanics.
• Numerical Physics: Applies numerical methods to solve problems in physics.
• Optics and Electromagnetism: Covers advanced topics in optics and electromagnetism.
• Experimental Physics III: Provides experience with diverse experimental techniques and instrumentation.
• Spectroscopy: Explores analytical techniques based on spectroscopy.
• Thermostatistics: Studies the statistical mechanics of macroscopic systems.
• Experimental and Numerical Physics: Applies experimental and numerical methods to analyze spectra and develop quantitative analysis software.
• Astrophysics: Explores the fundamental principles of astrophysics and celestial objects.
• Mathematics for Physics IV: Covers complex analysis and Fourier transforms.
• Introduction to the World of Work II: Further develops career preparation and exploration.
• Languages: Develops language proficiency in French or other languages.
• Mandatory Internship (5-6 weeks): Provides practical experience in a research institute or company, focusing on a specific scientific topic.

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Assessment

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Assessment Methods

The program utilizes various assessment methods, including:

• Exams: Written examinations assess students' understanding of core concepts and theories.
• Assignments: Individual and group assignments evaluate students' problem-solving skills, critical thinking, and research abilities.
• Laboratory reports: Assessments of lab work evaluate students' experimental skills and data analysis capabilities.
• Presentations: Students present their research findings or project work, developing communication and presentation skills.
• Final project: A capstone project in the third year allows students to demonstrate their knowledge and skills in a comprehensive manner.

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Assessment Criteria

Assessments are based on a variety of criteria, including:

• Accuracy: Demonstrating a correct understanding of concepts and theories.
• Completeness: Providing thorough and well-supported answers.
• Clarity: Communicating ideas effectively and logically.
• Originality: Demonstrating independent thought and creativity.
• Technical skills: Applying relevant technical skills and knowledge.

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Teaching

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Teaching Methods

The program employs a variety of teaching methods to cater to different learning styles and ensure student engagement:

• Lectures: Provide foundational knowledge and introduce key concepts.
• Laboratory sessions: Provide hands-on experience with experimental techniques and
• Seminars: Invite guest speakers and experts to share their knowledge and insights.
• Workshops: Offer focused sessions on specific topics or skills.
• Independent study: Encourage students to explore their interests and deepen their understanding.

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Faculty

The program is taught by a team of experienced and qualified faculty members from Sorbonne University Abu Dhabi. They hold expertise in various fields of Physics, Quantum Mechanics, and related disciplines. The faculty is committed to providing students with a high-quality education and supporting their academic and professional development.

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Unique Teaching Approaches

The program incorporates several unique teaching approaches to enhance student learning:

• Problem-based learning: Encourages students to apply their knowledge and skills to solve real-world problems.
• Project-based learning: Provides students with opportunities to work on extended projects, developing their research, collaboration, and presentation skills.
• Blended learning: Combines traditional classroom instruction with online resources and activities.
• Active learning: Encourages students to participate actively in their learning process through discussions, group work, and hands-on activities.

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Careers

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Career Paths

The program prepares graduates for a variety of careers in different sectors, including:

• Industry: Positions in research and development, engineering, and technical roles in various industries.
• Academia: Opportunities to pursue research careers in universities and research institutions.
• Government: Roles in government agencies and policy-making bodies.
• Education: Teaching positions in schools and universities.
• Finance and consulting: Applications of physics and data analysis skills in financial and consulting sectors.

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Career Opportunities

Graduates of the program can pursue a wide range of career opportunities, including:

• Research Scientist: Conduct research in quantum technologies, physics, or related fields.
• Development Engineer: Design and develop new technologies and applications in quantum computing, quantum simulation, or other areas.
• Data Scientist: Apply data analysis and modeling techniques in various industries.
• Software Engineer: Develop software applications for quantum computing, simulation, or other related fields.
• Teacher: Teach physics or related subjects in schools or universities.
• Consultant: Provide expertise in physics, quantum technologies, or data analysis to various organizations.

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Career Outcomes

Graduates of the program have been successful in securing employment in various sectors and pursuing further studies at prestigious universities worldwide. Some examples include:

• Cybersecurity Engineer
• Associate Software Engineer
• Radiation Quality Assurance Technologist
• Business Strategy and Development Executive
• Data & Insights Manager
• Financial Analyst
• Data Analyst
• Project Management Officer
• Product Manager
• Quality Assurance Officer
• Associate Researcher
• Research Assistant
• Science Communicator
• Event Management Officer
• Advising and Resources Officer–SUAD
• Public Relation Officer
• Cognitive Trainer

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Other

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International Recognition

The program follows the European ECTS system and the degree is awarded by Sorbonne University in Paris. This ensures international recognition and paves the way for further studies or careers abroad. The program's close collaboration with QICS provides students with access to cutting-edge research and expertise in Quantum Technologies. This collaboration enhances the program's relevance and prepares graduates for careers in this rapidly evolving field.

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Emphasis on Hands-on Experience and Independent Projects

The program emphasizes hands-on experience and independent projects, equipping students with practical skills and the ability to work independently. This approach prepares graduates for the demands of the modern workforce. The program provides a solid foundation for students who wish to pursue graduate studies in Physics, Quantum Technologies, or related fields. Graduates have been successful in gaining admission to prestigious universities worldwide.

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• Programme tuition fees (over 3 years): AED 215,100 (approximately US$ 58,615) • Payment of fees: click here