MSc Engineering (Mechanical Manufacture) (Glyndwr University)
Course Information
Description
Programme Introduction
The MSc Engineering (Mechanical Manufacture) programme aims to develop in individuals an all-rounded set of skills and knowledge in the field of mechanical manufacture. With a curriculum that is specifically crafted to prepare them for the real world, students will have the opportunity to develop a rigorous understanding of mechanical manufacture, such as research methods, design and innovation, systems modelling and analysis, and manufacture and production.
The challenges of the curriculum aim to train students to be inventive and creative problem solvers with a wealth of technical and theoretical expertise that they can draw upon to excel in diverse areas of their field.
Scope of Study
Theories, case study analysis, presentation and practices in the areas of Engineering (Mechanical Manufacture)
Entry Requirements
Academic Level:
BEng (Hons) Mechanical Engineering or equivalent.
For mature students, the candidate must be ≥ 30 years and have 8 years of working experience.
English Language:
Applicants must have an IELTS Score of 6.5 or pass the Certificate in Academic English Level 6 conducted by DIMENSIONS or passed the English Proficiency Test conducted by DIMENSIONS at equivalent level or its equivalent.
Career Opportunities
Students may consider progressing to a Doctoral degree of relevant discipline in any Universities subject to their acceptance.
Notes:
- Graduates progression pathway is subject to the respective Institutions’/Universities’ entry requirements at the point of application.
- Foreigner’s application for jobs in Singapore is subject to the approval from the Ministry of Manpower of Singapore (MOM). DIMENSIONS DOES NOT GUARANTEE any success rate of approval.
Modules
Course Structure
The MSc Engineering (Mechanical Manufacture) programme consists of 6 modules and a final dissertation.
Modules
- Engineering Research Methods and PG Studies
- Engineering Design and Innovation
- Engineering Systems Modelling and Simulation
- Advanced Control Engineering and Systems Analysis
- Structural Integrity & Optimisation
- Industry 4.0 Manufacture and Production
- Dissertation (60 Credits)
Course Outline
- Outline for Engineering Research Methods and PG Studies
- Outline for Engineering Design and Innovation
- Outline for Engineering Systems Modelling and Simulation
- Outline for Advanced Control Engineering and Systems Analysis
- Outline for Structural Integrity & Optimisation
- Outline for Industry 4.0 Manufacture and Production
- Outline for Dissertation (60 Credits)
See course webpage for more information
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12 months
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Part-time
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12 months
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Full-time
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12 months
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Part-time
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12 months
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Full-time
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12 months
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Part-time
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12 months
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Full-time