MSc Engineering (Mechanical Manufacture)

Wrexham University

Wrexham University is a vibrant, dynamic, and socially inclusive institution that prides itself on providing quality education to all students, with each and every student receiving personal attention in their learning experience regardless of their background.

Awarded Silver in the Teaching Excellence Framework, the university boasts a curriculum that is richly informed by their ties to leading local and regional industries and employers. With their valuable feedback, knowledge and expertise, the university has been able to craft courses that provide students with the most industry-relevant skills that will empower them to succeed in the workplace.

DIMENSIONS International College is a Franchise Partner of the Wrexham University, UK for the above programme.

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.

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
  On successful completion of the module, students will be able to
  • Critically analyse major sources of knowledge and hierarchies relating to research.
  • Develop further the students’ knowledge of research design, data collection and analysis.
  • Prepare students to undertake research at postgraduate level.
  • Provide students with a critical awareness of the components of project management and its application in a variety of contexts.
  • Enable students to master writing skills for research proposal and dissertation.

• Outline for Engineering Design and Innovation
  On successful completion of the module, students will be able to
  • Develop a rigorous understanding of innovative engineering design methodology, modern design tactics and practice.
  • Critically analyse the drivers for innovation past, present and future.
  • Demonstrate initiative, innovation and creativity to solve a computer engineering problem in your dissertation project.

• Outline for Engineering Systems Modelling and Simulation
  On successful completion of the module, students will be able to
  • Build upon analytical skills and knowledge of the engineering design process and how it can be improved through the use of advanced engineering systems modelling and simulations.
  • Be able to perform in-depth analysis of systems and data using currently available programme specific modelling, simulation and analysis software. Typical examples might be ABAQUS and ANSYS for mechanically related programmes and MATLAB, SIMULINK and VEE for electrically related programmes.

• Outline for Advanced Control Engineering and Systems Analysis
  On successful completion of the module, students will be able to
  • Develop mastery of dynamic system analysis, the theory of modelling, simulation and control of dynamic systems in the context of practical engineering applications and advanced control theories and approaches.
  • Demonstrate a critical understanding of the capabilities of computer-based tools for control systems analysis, design and simulation currently used in industry and to explore the potential for more advanced software tools in the field of applications
  • Conduct critical analysis in applying the theory and computational tools to a variety of industrially relevant problems through case studies, assignments and project work.

• Outline for Structural Integrity & Optimisation
  On successful completion of the module, students will be able to
  • Understand how material allowables are formulated in order to design structures.
  • Develop further the students’ knowledge of failure mechanisms in static structures.
  • Provide students with the critical awareness of temporal failures of materials, such as creep and environmental factors such as thermal loads.
  • Critically understand fracture and crack propagation in metals.
  • Develop their understanding of how material degrade over time and how this affects their structural strength.

• Outline for Industry 4.0 Manufacture and Production
  On successful completion of the module, students will be able to
  • Create a coherent lean production system.
  • Build a culture to support excellence and relentless improvement.
  • Apply appropriate methodologies for transforming your facility to lean manufacturing.
  • Use TRIZ and Six Sigma in engineering manufacturing industries.
  • Understand and Implement Design for Manufacture and Assembly (DFMA).
  • Introduce students to the principles of Industry 4.0 (fourth industrial revolution) and the current trend of automation, smart sensors and data exchange in manufacturing.

• Outline for Dissertation (60 Credits)
  On successful completion of the module, students will be able to
  • Demonstrate their competence by planning, conducting research and completing and submitting a substantial dissertation independently under appropriate supervision and guidance.
  • Develop the skills on critical evaluation of current research work in the areas of study.
  • Conduct the development and intensive exploration of an area of personal interest and enthusiasm related to the programmes of study using the in-depth knowledge acquired in the other modules of the programme.
  • Prepare students for employment and undertaking research in the areas of Aeronautical Engineering, Mechanical Manufacturing, Automotive, composite Materials, renewable Engineering and Sustainable Energy, Electrical and Electronic Engineering, Mechatronics, and unmanned Aircraft System Technology.

Scope of Study

Theories, case study analysis, presentation and practices in the areas of Engineering (Mechanical Manufacture)

Delivery Mode

Lectures, tutorials, discussions and research activities

Commencement Date/Intakes

Click here to check the dates of Programme Intake for 2024
Click here to check the dates of Programme Intake for 2025
DIMENSIONS reserves the right to change the intakes at any time without prior notice.

Course Fees

1.	*Application Fee (Non-refundable and non-transferable)	S$	500.00
2.	Tuition Fee	S$	15,000.00
3.	Registration Fee For Overseas University	S$	3,500.00
4.	Administrative Fee	S$	610.00
5.	Examination Fee	S$	1,200.00
6.	Course Material	S$	980.00
7.	*Medical Check-Up Fee	S$	60.00
8.	International Student Management Fee	S$	500.00
9.	*ICA Processing and Student’s Pass Fee	S$	135.00
	9% GST	S$	2,023.65
	Total	S$	24,508.65

* One-time Fee

Please click here for more information on the fees which are likely to be incurred during the students’ course of study. Students are expected to pay for the stipulated fee(s) incurred, if necessary.

Payment Mode

For more information on Payment Mode, please click here.
For more information on Fee Protection Scheme (FPS), please click here.
For further details, please contact your Admissions Officer at 6334 0600.

Duration

• 12 months (Full-time/Part-Time) with schedule and sequence set according to Scheme of Work.
• Maximum allowed period for a student to complete the course is 36 months, subject to the approval from Wrexham University

Maximum Candidature Period

Student is not allowed to retake the course and/or request for a refund in the event if he/she fails to complete the programme within the maximum candidature period.

Opportunities for Further Education/Career Pathway

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.

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.

 

Class Periods

Full-time(Face-to-face)

Monday to Friday: 8.30am - 11.30am and/or 12.15pm - 3.15pm and/or 3.30pm - 6.30pm

3 hours per session. All specific programme schedules will be reflected in the timetable.

Part-time(Blended)

Weekday (Monday to Friday)
Sessions will be conducted from 7.00pm to 10.00pm

and/or

Weekend (Saturday and/or Sunday)
Sessions will be conducted within 9.00am to 6.00pm

3 hours per session. All specific programme schedules will be reflected in the timetable.

Examination Period

At the end of each semester or course

Assessment Methods

Combination of report, research, group project, presentation, examination

Assessment Weightings

Module Name	Assessment Methods (Weighting)
Engineering Research Methods and PG Studies	1) Report (2500 words) (50%) 2) Research Proposal (2500 words) (50%)
Engineering Design and Innovation	1) Group Project (2500 words) (50%) 2) Reflective Practice (1500 words) (25%) 3) Presentation (5 minutes) (25%)
Engineering Systems Modelling and Simulation	1) Coursework (2500 words) (50%) 2) Coursework (2500 words) (50%)
Advanced Control Engineering and Systems Analysis	1) Coursework (2000 words) (50%) 2) Examination (2 hours) (50%)
Structural Integrity & Optimisation	1) Examination (2 hours) (50%) 2) Report (2000 words (50%
Industry 4.0 Manufacture and Production	1) Report (2000 words) (50%) 2) Examination (2 hours) (50%)
Dissertation	1) Presentation (20 minutes) (20%) 2) Dissertation (15000 words) (80%)

Assessment Grading Criteria

Excellent: >70%
Very Good: 60-69%
Good: 55-59%
Satisfactory: 50-54%
Pass: 40-49%
Fail: <39%

Note:
Students must pass all assessments of 7 modules for graduation.

Expected Examination Results Release Date

Not more than 3 months after the final assessment

Qualification Award

MSc Engineering (Mechanical Manufacture) awarded by Wrexham University, UK

Graduation Requirements

A “Pass” in all modules

Teacher – Student Ratio

Average teacher-student ratio is 1:35
Note: The number of students in the classroom is subject to the maximum seating capacity.