From Idea to Prototype: Rapid Prototyping Techniques for Businesses
- Level(s) of Study: Short course
- Start Date(s): Dates negotiable
- Duration: One or three days, tailored to your company
- Study Mode(s): Short course
- Campus: City Campus
- Entry Requirements:
More information
Introduction:
This training is for teams within businesses who are interested in rapid prototyping techniques.
Which of the technologies is suitable for you or your business, what are the relative merits of these different techniques, do you need to buy a machine, or could an online bureau service fulfil your prototyping needs?
Our experts will help you address these questions.
Physical 3D models and prototypes are still a key part of the product development and innovation process because they are used to help communicate ideas, test proof of concept and understand form and function.
In today’s world of additive manufacturing/3D printing, CNC machining and other rapid prototyping techniques, it’s now fast and easy to create stunning prototypes with little or no manual craft skills, allowing you to take your ideas to the next level without significant investment.
You can book this training as either a one or three-day course
Here’s what our previous attendees said:
‘Great course content and delivery, would recommend! I enrolled onto this course to learn about rapid prototyping processes outside of additive manufacturing, and now have a better understanding of the available processes.' LW
I really enjoyed the course and have learned so much. I can't wait to apply my new learned skills and knowledge! After doing the course I can identify which practice or technique is perfect for my designs. I enjoyed designing on SolidWorks software and seeing how the designs get created on different machines.' HD
What you’ll study
After the one-day course you will have an excellent understanding of how prototyping works in a modern business setting.
After the three-day course you will have a more detailed knowledge of the step-by-step processes involved in creating basic 3D CAD models using SolidWorks CAD software and how these models can be brought to life through laser cutting, 3D printing and CNC machining.
You will also create your first model.
You can book this training as either a one or three-day course, as follows:
During the one-day course you will:
- see how a simple 3D CAD model is created
- learn how this is converted into a laser-cut part and first prototype
- explore the benefits and limitations of simple laser-cut parts
- learn how to prepare a model for 3D printing
- explore the benefits and limitations of 3D printing
- see a demonstration of a part being CNC machined and learn about the benefits and limitations of this process
- handle samples from different 3D printing technologies, the costs associated and learn where you can obtain 3D printed parts
- learn about what you can expect from bureau services.
During the three-day course you will cover the above plus you will:
- learn some basic key rules for designing for CNC machining and 3D printing
- create a slightly more complex 3D CAD model
- create a 3D print of your CAD model.
How you’re taught
In-person from NTU's City Campus.
Campus and facilities
You will be based in the Design Matter research studio and technical labs on the City Campus.
Entry requirements
Level: Professional / Beginners
Entry requirement: A background in CAD would be useful but not essential.
Getting in touch
If you need more help or information, get in touch through our enquiry form
Level: Professional / Beginners
Entry requirement: A background in CAD would be useful but not essential.
Fees and funding
For the one-day course: £1,750 + VAT per group
For the three-day course: £5,250 + VAT per group
Fees include tuition, materials and lunch on campus.
For the one-day course: £1,750 + VAT per group
For the three-day course: £5,250 + VAT per group
Fees include tuition, materials and lunch on campus.
How to apply
Contact the Design Matter team:
Email: james.meadwell@ntu.ac.uk
Contact the Design Matter team:
Email: james.meadwell@ntu.ac.uk