B Eng (Hons) Mechanical Engineering (Mechatronics)

This is a Top Up Degree programme. Awarded by the University of West England.

This course will develop the core talent for the automated industrial environment. As factories move towards to fewer-humans and more robots, these graduates will be leading the charge to design, build, install, and maintain these cutting edge robots.

Next Intake: 10 Feb 2020

  • Covers a core electro-mechanical design curriculum
  • Hands on approach to complex-advanced topics
  • Become qualified for mid-level engineering roles
  • Designed for a huge range of industry from food to garments
  • Pick up skills and knowledge to advance your career
  • Boost your portfolio of work so you can impress future employers

Get Your Industry Recognized UK Degree

This programme earns you the title of bachelor of engineering.


A degree is an essential requirement of your life as a professional engineer. Just like many of our graduates who have gone before you, this course could lead to the next stage in your career.

Foundation Diploma

Higher Diploma

Bachelors Degree

Actual Student Projects

Have a look at some of our students work.

Modules In This Course


This is a classic module in mechanical engineering that studies the forces and their effects on motion. Considering that this is a mechatronics degree, we explore these concepts through the lens of machines and their movement.

Mechanics of Materials

Mechanics is another classic module of mechanical engineering that considers the forces that act on the objects and that create motion. Again, since this is in context of a mechatronics degree, we explore mechanics in relation to the movement of machines.


Design and Electro-Mechanical Systems

This module covers the understanding of techniques for product design when integrating mechanical, electronics, and software. This module also includes an understanding of material selection and manufacturing process.


Energy Technologies

The principles and practice of conventional and renewable power generation systems as well as technical, economic, environmental and political consideration. We also explore generating power from water, wind, biomass, solar, solar thermal, and nuclear sources.

Digital Signal Processing *

As systems move from analog to digital, we need to swap our understanding of engineering principles to the digital realm and how their performance is assessed. The fundamental system design has also changed using electronic design automation tools and various new methodology.

Materials for Semiconductors

Control Engineering

The control of systems can be split into scientific methods and mathematical principles as they relate to mechanical and related engineering disciplines. Both will be covered in this module as well as how engineering principles can apply to key engineering processes.

Integrated Electro-Mechanical Systems

This module takes us through, in teams, the process of designing test procedures, integrating the elements, and analysing the constraints that impact the design and operation of the mechatronics system.

Individual Project

This module is the culmination of all that you have learned in this course and before, into a single, individual project.

Career Opportunities

  • Work on SoC Architecture
  • Optimize and optimize with architect
  • System block development
  • Work on SoC floorplan with architect SoC
  • Development of test plans for IoT and Wifi or router related products
  • Execute test plans and report potential issues
  • Perform different types of testing
  • Co-work with R&D team to reproduce customer issues
  • Pre-test for certification
  • Direct activities of an integrated hardware/software systems oriented products
  • Design and develop electronic and electro-mechanical equipment
  • Conduct feasibility studies on engineering proposals
  • Collect operational data and prepare customer application information
  • Select, develop, and evaluate personnel to ensure efficient operation of this function.
  • Perform and accomplish research and development of prototype through to production
  • Apply latest technologies in new automation prototype and product development
  • Specify, develop, test, analyse, and improve the existing mechatronic system
  • Adopt current industry standards/methodology to work.

12 months (Full-Time)


Delivery Mode

Weekdays: Monday to Friday – 9am to 5pm

Weekends: Saturdays after 12pm, Sundays 9am to 5pm.


Mode of Assessment

Written Reports, Presentations, Examinations, Projects, and Interviews


Graduation Requirements

Students must successfully complete all modules unless granted a compensation pass, or module exemptions.

Minimum Age
20 years of age in the year of application

Minimum Academic Qualifications

– Auston Higher Diploma in the relevant field; or

– Pearson HND’s are not accepted for final year entry.

Transfer Applicants

Transfer applicants with other equivalent qualifications based on Singapore criterion may be given exemptions on academic qualifications

Mature Candidates

At least 30 years of age and 8 years of working experience may be admitted on a case by case basis with a minimum of 10 years of formal education and certificates that is deemed equivalent by the Academic Board.

English Proficiency

– C6 or better for O Levels

– IELTS 6.5 or equivalent

– CEFR B2 or higher

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