The Bachelor programme in Mechanical and Industrial Engineering (MIE) at East China University of Science and Technology (ECUST) provides a foundation in engineering science, manufacturing and systems design, combining practical workshop skills with industrial management and optimisation. It suits students with strong interests in mathematics, physics and applied engineering who want to work in manufacturing, product development, operations or continue to postgraduate engineering study.
What you'll study
The MIE bachelor programme combines core engineering science with applied subjects in manufacturing, production systems and industrial management. Year-by-year students progress from foundational mathematics and physics to specialist engineering topics and hands-on design projects.
- Foundations: engineering mathematics, calculus, linear algebra, mechanics (statics and dynamics), materials science and thermodynamics.
- Core engineering and manufacturing: manufacturing processes and technology, machining and forming, computer-aided design (CAD) and computer-aided manufacturing (CAM), materials processing and selection.
- Systems and control: fluid mechanics, control engineering, mechatronics, instrumentation and automation.
- Industrial engineering and management: operations research, production planning and scheduling, quality management, ergonomics, supply chain fundamentals and cost engineering.
- Computing and analysis: programming for engineers, finite element analysis, simulation of manufacturing systems and data analysis for quality improvement.
- Professional practice: laboratory courses, workshop training, industrial internships, team design projects and a final-year capstone or graduation project integrating design, analysis and management.
Entry requirements
Entry to the MIE programme normally requires a secondary school (high school) diploma with strong performance in mathematics and physics. Applicants are expected to demonstrate aptitude for technical study and problem solving.
- Academic: high-school completion with good grades in mathematics and science subjects; specific grade thresholds follow ECUST admissions policy for domestic and international applicants.
- Language: proficiency in the language of instruction. For Chinese-taught streams, proficiency in Mandarin is required; for any English-taught components or international tracks, applicants must meet ECUSTs English language requirements.
- Additional assessments: some applicants may be required to pass university entrance examinations, provide a personal statement, or attend an interview, according to ECUST admissions procedures.
- International applicants: must follow ECUSTs international admissions process, which typically includes official transcript verification and any required visa documentation.
Career prospects
Graduates of the MIE programme are prepared for roles across manufacturing, engineering design, operations and industrial management. The curriculum emphasises practical skills, systems thinking and project-based experience valued by employers.
- Typical roles: mechanical engineer, manufacturing/process engineer, production supervisor, quality engineer, maintenance engineer and automation/controls engineer.
- Broader opportunities: roles in supply chain and production planning, industrial consultancy, product development, safety and compliance, and technical sales.
- Further study: graduates may progress to specialised master's degrees (e.g. mechanical engineering, manufacturing systems, industrial engineering, materials science) or research degrees (MPhil/PhD).
- Employment sectors: automotive, aerospace, consumer electronics, heavy industry, energy, and companies providing automation and industrial services.
Why study at East China University of Science and Technology (ECUST)
ECUST is a long-established science and engineering university located in Shanghai, with strong links to regional industry and a focus on applied research. Students benefit from modern laboratories and workshop facilities, collaboration with local manufacturers, and opportunities for internships in a major industrial and commercial hub.
- Facilities and practical training: access to engineering workshops, materials and testing laboratories, CAD/CAM suites and automation labs that support the hands-on elements of the MIE curriculum.
- Industry connections: partnerships with manufacturing and technology companies in Shanghai and the wider Yangtze River Delta, offering internship and project opportunities.
- Research and expertise: academic staff with expertise across manufacturing technology, materials processing, mechanical design and industrial systems who supervise final-year projects and research-led teaching.
- International opportunities: exchange programmes, joint projects and collaborations with overseas universities that enable students to gain international experience and perspectives.
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