BSc Computer Systems Engineering Top-Up

The BEng Sustainable Design Engineering course provides students with a strong foundation in modern engineering systems, concepts, and design techniques. It prepares graduates to work effectively in engineering industries by focusing on sustainability, manufacturing systems design, ethics, and digital technologies. The curriculum includes key topics such as sustainable engineering, smart factories, and the integration of digital manufacturing tools.

Students learn through seminars, tutorials, group projects, and collaborative activities with other engineering disciplines such as electrical and mechanical engineering. Assessment methods include online assessments, coursework, group work, and laboratory demonstrations. This course does not feature formal examinations, allowing students to focus on practical, applied learning and problem-solving experience.

The University of Sunderland, established in 1901, is a public university located in the North East of England, with additional campuses in London and Hong Kong. The university is recognised for its research engagement and strong industry partnerships, helping students develop employable skills and professional connections. Graduates from Sunderland’s engineering programmes have gone on to work with global companies such as General Motors, Nissan, and McLaren Automotive.

The university offers a wide range of undergraduate and postgraduate programmes across diverse disciplines, including Engineering, Medicine, Law, Business and Management, Arts and Design, and Computing. Sunderland’s engineering facilities include specialist laboratories in the David Goldman Technology Centre, featuring cutting-edge electronics and manufacturing equipment and industry-standard software.

Applicants must provide a personal statement, academic and/or employer references, a portfolio showcasing relevant work, and a CV detailing academic background and experience. Shortlisted candidates may be invited for an interview as part of the selection process.

Grade Requirements:

• 96–112 UCAS points, achieved through A-levels, BTEC, T Levels, or equivalent qualifications.
• Equivalent international qualifications to A-levels are accepted.

English Proficiency:

• IELTS overall score of 6.0, with no component below 5.5.
• Other accepted English tests include PTE Academic and Cambridge Assessment English.

The tuition fee for international students enrolled in the BEng Sustainable Design Engineering programme at the University of Sunderland is £16,500 per year.

The University of Sunderland provides a range of scholarships and financial support options for international undergraduate students. The Global Leaders Scholarship is a prestigious award that offers a £5,000 reduction in tuition fees per year. Eligible students are automatically considered, and the award is noted in their conditional offer letter. However, students from certain regions such as East Asia, Gulf States, and Europe are typically not eligible.

Other options include the International Scholarship or Fee Reduction, which offers a £1,400 discount on tuition fees for the first year, and Region-Specific Scholarships that provide financial support for students from particular areas. For instance, international students from Africa may qualify for a £5,000 annual award similar to the Global Leaders Scholarship.

Additionally, the university participates in the UK Ministry of Defence’s ELCAS (Enhanced Learning Credits Administration Service) scheme, supporting members and recent veterans of the Armed Forces with tuition funding.

Graduates of the BEng Sustainable Design Engineering programme from the University of Sunderland are well-prepared for careers such as:

• Aerospace Engineer
• Automotive Engineer
• Manufacturing Systems Designer
• Defence and Nuclear Sector Engineer
• Oil and Gas/Subsea Engineer

Applications for the BEng Sustainable Design Engineering programme are made through UCAS. For personalised assistance with your application, our advisors at AHZ are available to guide you through the process.