Course overview
The government has provided funding for this course, independent of any previous or current funding you may have for educational purposes. You can apply for short course funding if you are currently in education, or already qualified to degree, master’s or PhD level. If you are funding this course with a student loan you also need to meet student loan eligibility criteria. Find out more about short course loans
You learn how to animate dynamic assemblies, create joints and mechanisms, and determine kinematic motions, and explore industry-standard engineering design and simulation software to create digital models of products and processes in our IT Labs.
This course is part of a series to develop your skills in sustainable engineering, digital engineering, sustainable manufacturing, Industry 4.0 and process automation.
You develop the knowledge and skills needed by employers and the economy.
This course is ideal if you are:
- a school or further education college leaver wanting to explore a subject before committing to a full degree
- unemployed and wanting to develop skills to improve your employability
- a teacher looking to refresh your knowledge in a subject, or to learn new skills
- in work and your performance can be enhanced by learning new knowledge and skills
- returning to education after a break
- currently in higher education and would like to compliment your skillset with additional knowledge and skills.
If you are funding this course with a student loan you also need to meet student loan eligibility criteria.
Other net zero and sustainable engineering short courses:
Engineering Mathematics Applications
Industry 4.0 and Process Automation
Innovation to Net Zero
Sustainable Engineering Principles
Sustainable Manufacturing
You can only enrol on one short course at a time.
Course details
What you study
Develop an understanding of 3D computer modelling and how to apply these skills to engineering design of products and processes.
You explore static and dynamic hierarchical assemblies and the ability to animate dynamic assemblies.
Joints and mechanisms are created and solved for kinematic motions. Supporting mathematical knowledge is also developed.
You utilise the skills learnt to solve engineering problems by identifying the most appropriate method to solve given problems.
Lectures introduce techniques and underlying principles while seminars give further background knowledge. You explore industry-standard engineering design and simulation software to create digital models of products and processes in IT Labs.
How you learn
We work with you to establish your support needs to develop a personalised support plan. You can engage with assessments tasks and get feedback at regular points.
Weeks 1-10:
Each week:
One-hour recorded online lecture
Two-hours face-to-face class-based teaching (Wednesday 4.00pm - 6.00pm)
Two hours online classes (Thursday 6.00pm - 8.00pm)
Weeks 11-12:
Each week:
Two hours synchronous online classes (Thursday 6.00pm - 8.00pm)
How you are assessed
You are assessed on your subject knowledge, critical thinking and skills acquisition through coursework, practical work and assessments.
Entry requirements
Entry requirements
You must have completed a Level 4 qualification (or higher) and/or developed knowledge and skills in a STEM subject as well as Level 2 maths. We offer bridging courses to help develop the knowledge you may need to join this short course.
Employability
Career opportunities
Our short courses are developed with support from our industrial partners to meet the needs of employers.
They are ideal for you to build the skills employers look for, helping you to develop a new and successful career through one of the flexible learning options available.
Once you’ve completed your short course you could also apply to study a degree by transferring your eligible completed credits.
