BSc (Hons) Applied Physics

Physics lies at the heart of many of the technologies transforming our world, from quantum computing and artificial intelligence (AI) to advanced materials and sustainable energy. The BSc Applied Physics programme combines a rigorous foundation in fundamental physics with hands-on laboratory experience, computational modelling, and research-based applications. Through research-led teaching and inquiry-driven projects, students develop the skills required for careers in high-tech industries, scientific research, and postgraduate study in physics, engineering, computing, and related disciplines.

Physics seeks to understand the fundamental laws of nature while driving innovation in some of the most exciting scientific and technological fields of the 21st century. The BSc Applied Physics programme combines deep theoretical knowledge with experimental, computational, and AI-enhanced approaches to problem-solving.

The BSc Applied Physics programme is designed for students who want more than a traditional physics education. By combining fundamental physics with computation, AI, laboratory practice, and research-led learning, the programme equips graduates with the knowledge, skills, and adaptability needed to succeed in academia, industry, and the rapidly evolving technologies of the future.

Why should I study Applied Physics at XJTLU?

In the BSc Applied Physics programme, you will:

• study physics at the frontier of science and technology, exploring topics ranging from quantum technologies and AI to advanced materials and sustainable energy;
• develop a powerful combination of theoretical, experimental, and computational skills through a curriculum that integrates laboratory work, programming, data science, and mathematical modelling;
• learn from internationally trained academics who are actively engaged in research across computational physics, quantum science, materials physics, mathematical physics, and emerging technologies;
• benefit from research-led and inquiry-driven learning, with opportunities to participate in open-ended projects, research activities, and independent investigations throughout your degree;
• gain direct experience with modern scientific tools, including Python programming, numerical simulations, AI-assisted scientific applications, data analysis, and advanced laboratory instrumentation;
• prepare for postgraduate study at leading international universities, with a curriculum that provides strong foundations for master’s and PhD programmes in physics, engineering, computer science, materials science, quantitative finance, and related disciplines;
• benefit from XJTLU’s unique location in Suzhou Industrial Park, one of China’s leading innovation hubs, offering opportunities for internships, industrial engagement, and collaboration with high-technology companies;
• engage with emerging fields such as quantum technologies and post-quantum cryptography, supported by the School of Mathematics and Physics and its growing research ecosystem; and
• graduate with two degrees: an XJTLU degree recognised by China’s Ministry of Education and a globally recognised degree from the University of Liverpool, a member of the UK’s Russell Group of leading research-intensive universities.

By the time you graduate from the BSc Applied Physics programme, you will have:

• a deep understanding of the physical laws that govern the universe, from everyday phenomena to quantum-scale systems;
• advanced analytical and problem-solving skills valued across science, engineering, technology, and finance;
• first-hand experience with modern laboratory techniques, scientific instrumentation, and experimental design;
• strong programming, computational modelling, and AI-enhanced data analysis capabilities;
• experience applying physics to emerging fields such as quantum technologies, advanced materials, and intelligent systems;
• research experience gained through inquiry-driven projects and independent investigations;
• the ability to evaluate evidence, test hypotheses, and develop innovative solutions to complex challenges;
• excellent communication and teamwork skills developed through collaborative projects and presentations; and
• the knowledge and confidence to pursue postgraduate study, scientific research, and careers in high-technology industries worldwide.

Physics is the foundation of the technologies that are transforming our world. A BSc Applied Physics degree provides a powerful base for careers at the forefront of science, technology, and innovation. Graduates are equipped with advanced analytical, computational, and experimental skills valued across a broad range of industries, including quantum technologies, AI, advanced materials, renewable energy, aerospace, semiconductor manufacturing, finance, consulting, and data-driven industries.

The programme also provides strong preparation for postgraduate study and research at renowned international universities. Our graduates may continue their studies in fields such as physics, quantum science, materials science, computational physics, engineering, data science, machine learning, scientific computing, and quantitative finance.