Since September 2020, SBC and USST offer students a fantastic and unique opportunity to earn both a British bachelor degree and a Chinese bachelor degree. If international students have a strong desire to learn Chinese, they can be dual enrolled. After four years of study at SBC, students can earn both a British bachelor degree certificate from Liverpool John Moores University and a Chinese bachelor degree certificate from the University of Shanghai for Science and Technology (USST).
This major cultivates engineering and technical personnel with reasonable knowledge structure and international communication ability, who can be engaged in mechanical product design, development, manufacturing, automatic detection, control and management. Specific objectives include:
Be able to put forward, analyze and solve complex engineering problems in the field by comprehensively using engineering mathematical knowledge and mechanical engineering professional knowledge.
Be able to track the cutting-edge technology of mechanical engineering and intelligent manufacturing and other related fields, creatively use modern tools to engage in the design, development and production of related products, and have the ability of project management.
Understand and abide by professional ethics, be familiar with engineering specifications, and be able to comprehensively consider the influence of law, environment and sustainable development in engineering practice.
Be able to carry out multidisciplinary and cross-cultural technical exchanges, and have the ability of teamwork, communication and expression
Students of this major mainly study the basic theory of mechanical design and manufacturing, learn the basic knowledge of microelectronics technology and information processing technology, accept the basic training of modern mechanical engineers, cultivate international vision and self-learning ability, and have the basic strength of mechanical product design, manufacturing and equipment control, production organization and management.
Graduates should acquire the following knowledge and abilities:
Engineering knowledge: have the theory and knowledge of mathematical and natural science, and have the ability of modelling and analytical calculation applied in science and technology. Master the basic theory and knowledge of engineering drawing, mechanics, electronics, computer and other mechanical engineering disciplines, and have the necessary drawing and computing ability of mechanical engineering discipline.
Problem analysis: be able to master the basic theory and knowledge in the fields of mechanics, automatic control, manufacturing and automation, and have the ability to design and analyze mechanical products and systems. It can identify, express and analyze complex engineering problems through literature research to obtain effective conclusions.
Design/development solutions: have the basic skills of drawing, calculation, experiment, testing, literature retrieval and basic process operation, and have the ability to initially apply new technologies, new methods and new processes to develop new products.
Research: be able to study complex engineering problems in the field of mechanical engineering based on scientific principles and scientific methods, including designing experiments, analyzing and interpreting data, and getting reasonable and effective conclusions through information synthesis, with a strong sense of innovation.
Use of modern tools: have strong computer application ability, required to reach the second level of computer application. Be able to develop, select and use appropriate technology, resources, modern engineering tools and information technology tools for complex engineering problems.
Engineering and society: be able to make a reasonable analysis based on engineering-related background knowledge, evaluate the impact of mechanical engineering practice and product design on the environment, and have strong green design awareness and responsibility.
Environment and sustainable development: be able to understand and evaluate the impact of professional engineering practice for complex engineering problems on the environment and socially sustainable development.
Professional norms have a solid foundation in natural science, good humanities and social science literacy and sense of social responsibility, be able to understand and abide by engineering professional ethics and norms in engineering practice and fulfil responsibilities.
Individual and team: be able to play the role of the individual, team member and leader in product development, manufacturing and production management teams.
Communication: have a high level of English, broad international vision and cross-cultural communication ability. Be able to effectively communicate with peers and the public on mechanical engineering issues, including writing technical reports and conducting technical exchanges. Be able to read relevant English literature, have a certain level of English listening and speaking, and be able to communicate in cross-cultural background.
Project management: have professional knowledge in the field of mechanical design, manufacturing and automation, have a preliminary understanding of engineering management principles and economic decision-making methods, and have certain production organization and engineering management ability through various practical activities and team cooperation training.
Lifelong learning: have a strong sense of self-learning and lifelong learning, have the ability to constantly learn and adapt to development, and understand the development trend and scientific frontier of the major at home and abroad.
The first year
Foundation Mathematics for Engineering and Technology 1
Foundation Physics - Mechanics, Materials and Waves
Software Programming With Java: Theory and Practice
Data and Information System：Theory and Practice
C Programming and Practice
Computer network technology
Introduction to data science
General Chemistry B
English Language Studies
Foundation Mathematics for Engineering and Technology 2
Foundation Physics - Particles, Fields and Electricity
Engineering and Technology Practice
Metalworking Practice B
P.E.1 and P.E.2
The second year
Engineering Mathematics 1a
Applied Mechanics 1
Experiments of Material Mechanics
Engineering Mathematics 1b
Electrical and Electronic Engineering
Thermodynamics and Fluid Mechanics 1
Mechanical Engineering Design 1
Engineering Practice 1
P.E.3 and P.E.4
The third year
Engineering Mathematics 3
Engineering Mathematics 2
Applied Mechanics 2
Materials and Processes
Mechanical Engineering Knowledge 1
Engineering Practice 2
Thermodynamics and Fluid Mechanics 2
Mechanical Engineering Design 2
Mechanical Engineering Knowledge 2
The final year
Industrial Management (English)
Engineering Analysis (English)
Fluid Dynamics and Heat Transfer (English)
Materials Engineering (English)
Manufacturing Processes and Industrial Automation (English)
Outstanding Talents (International) Leadership Training Program
Student's Physical Health Standard Testing
Mechanical Engineering Design 3 (English)
Structural Integrity (English)
Dynamics and Control (English)
Engineering Project (English)
Career Service & Development Centre(CSD) of SBC is committed to enhancing independent learning, career employability, social adaptability and cultural awareness by developing a systematic competency model within a global context, and ultimately facilitating career success for students and alumni. Thus far SBC has established long-term strategic partnerships with 200 leading employers and professional consultancy institutions, centring on a dynamic curriculum that will enable the development of graduate employability skills fostered through a range of work-related opportunities including student placements, student internships, student part-time and volunteer activities, company visits, a vocational instructors committee, corporate scholarships, small job fairs, mock interviews, and corporate social responsibility projects.
Business Programme (Business Management and Events Management) corporate partners include Louis Vuitton, H&M, ZARA, NIKE, HSBC, Standard Chartered Bank, KPMG, DTZ, Nürnberg Messe, Reed Exhibitions, Riviera Events, Saatchi & Saatchi, MSL China, MMI, Edelman, Touch Media, VNU Exhibitions and other leading companies.
Engineering Programme (Mechanical Engineering and Electrical and Electronic Engineering) corporate partners include Siemens, Ingersoll Rand, Philips, Continental Automotive System, LENZE, SKF, Machaire, Lectra, ICD Security Systems, IMI, EMERSON, Valeo, Bosch, Haworth Furniture, FESTO, Autoliv and other leading companies.
As a consequence of the distinctive nature of the programme, students will be enabled to apply their knowledge, deepen their workplace insights, make value judgments, communicate, and provide evidence of their achievements related to the development of employability skills.
GCSE/IGCSE: Successful completion of 5 modules, including Maths and English, with grades of 4 or above. (CCCCC for pre-2017 students)
lB: 22 points
A Level: One E Grade from a UK A-Level board
*For entry requirements of Dual Bachelor Degrees Programme from your own country please contact the international office at firstname.lastname@example.org
English Language Requirements
B1 High Pass
SBC Entrance Test
Chinese Language Requirements
HSK 3 or above.
*For more information about HSK test please look at the official website of this test. http://www.chinesetest.cn/index.do