The School of Science and Engineering of CUHK-Shenzhen has established four undergraduate programmes: Electronic Information Engineering, Mathematics and Applied Mathematics, New Energy Science and Engineering and Financial Engineering (offered jointly with the SME and the SDS)

Electronic Information Engineering has two main streams: Computer Engineering and Electrical Engineering. Graduates in Electronic Information Engineering will be at the leading edge of their fields, and master a toolkit of widely applicable knowledge and skills that will help create the future of IT. They will not only learn principles and techniques of information transmission, storage, processing, and analysis, but also engage in developing ideas, designing prototypes and even participating in technology transfer to commercial enterprises. Final Year Project (EIE4900) is a new required course. Under the guidance of professional tutors, students can conduct rational research on selected topics by comprehensively applying the theories, knowledge and skills they have learned, and help students gain practical experience for the future career development.

Knowledge of mathematics is essential to all scientists and engineers - it is the language with which we formulate theories and natural laws and express our ideas. The programme is designed to educate students to acquire both a solid understanding of mathematics and the ability to use it. In addition to fundamental mathematical theory, students will be trained in applying mathematical modeling and computational methods to formulate and solve practical problems arising in business, finance, government, engineering, physical science, life science, and social science.

This trans-disciplinary program aims to explore “smart energy system”, the emerging new form of energy development. It combines the traditional training of physics and materials science with modern element of biological engineering, photochemistry and electrochemistry. Apart from new energy courses, Basic Circuit Theory, Signals and Systems, and more advanced Statistics courses are also included. It integrates new energy study to data computation technique so that students could balance the training between energy and internet technique required by the smart energy system, and adapt the needs for energy-oriented composite talents in current job market.

The programme is set up to meet the finance industry’s demand for graduates with strong quantitative and analytical skills who have the potential to become leaders in the finance industry. Graduates are equipped with sound financial modeling and forecasting skills, and are ideally suited to positions and tasks that require strong quantitative and analytical skills such as valuation, portfolio analysis, asset allocation, credit analysis, risk modeling, and structured finance. The programme also provides a good foundation for careers in investment banking, commercial and corporate banking and financial services.