BCA 3D Printing Curriculum details

SHORT COURSE:3D PRINTINGAdditive Manufacturing QCF (Level 1, 2 and 3 Awards)

COURSE GUIDANCE AND FURTHER INFORMATION

BCA / 3D PRINTING QCF

2 / www.blackcountryatelier.com

The whole world is talking about 3D printing. You and your students can now join the conversation through BCA industry recognised Awards.

Take your students through real world 3D printing examples and projects. We have distilled thousands of hours of working with young people to create a simple and classroom ready 3D printing course focused on STEM.

We provide:• Teacher training and support.• 3D templates for design, fashion,

architecture, science and engineering.• Step-by-step guides through the entire

design to manufacture process.• Multimedia learning content.• Free software options.• Plus support and live broadcasts from

BCA experts.

Equipment and supplies:If you already have a 3D printer.Perfect! You’re ready to go. Our curriculum is compatible with all major 3D printers.

If you don’t have a 3D printer.Don’t worry, you can still do the same projects as everyone else. BCA provides a 3D model upload and print facility. Submit your files online and we will 3D print a selection for your class.

If you want to invest in a 3D printer at your school, we can also recommend a 3D machine from one of the major manufacturers, complete with training.

Curriculum and course structure:At level 1, we introduce the basic principles of CAD and 3D printing before students design and 3D print their own creations. By Level 3, students will study the full range of Additive Manufacturing technologies including sintering and stereolithography, going beyond what’s possible with consumer grade 3D printers. Students will apply industry standard tools and software in challenging self-led research and design projects, supported by BCA.

REMAKE THE WORLD IN 3DBCA has created a distinctive 3D Printing curriculum which leads to a recognised qualification for a QCF Award in Additive Manufacturing.

LEARN TO CREATE IN 3D


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ENRICHING YOUR FUTUREBCA 3D Printing short courses can help kick start your career in the right direction.

INDUSTRY RELEVANT LEARNING OUTCOMES

Careers associated with 3D printing have increased dramatically over the last few years. 3D printing represents the future of industrial technology, useful to designers, engineers and entrepreneurs.

3D Printing is not just for the design industry or those who aspire to be a designer or engineer. Here are a few examples of careers where these courses can help you stand out and get ahead.

3D PRINTING SKILLS CAN BE APPLIED TO MANY INDUSTRIES:

Advanced ManufacturingArt and DesignArchitectureAutomotiveConstructionEngineeringFashionFilm and GamingInnovationMedicineResearch and DevelopmentScience Technology



Business Managers: Understanding the economics of how products are developed and manufactured will be vital to product based companies. BCA courses not only give you a firm grasp of 3D printing, they also give you a better understanding of the economics of product development.

Dentists, Doctors and Surgeons: Additive Manufacturing lets doctors create exact replicas of human anatomy like hip bones for use in surgery. Knowing how to work in 3D will be crucial for doctors and dentists working at the cutting edge of customised medicine.

Entrepreneurs: If you’ve ever thought about starting your own business, these Awards will give you an insight to what it takes to design and develop an innovative new product. You will see how 3D printing can help you manufacture your product faster and stay ahead of the competition.

Craftsmen: Using tools like 3D scanning and digital clay modelling, 3D technologies help craftsmen create detailed and intricate pieces not seen before. New technologies also allow individuals or small teams to manufacture low volume, high quality, end products for sale.

Image credits: By Eirik Newt, Audi.

Image credits: By Studio Under Image credits: By EdytaZwirecka



LEVEL 1 AWARD (Approximately 10-14 guided learning hours): Level 1 builds basic knowledge and skills in 3D printing through engaging and hands-on mini projects suitable for beginners. Level 1 Award covers core parts of the UK National Curriculum specifications for Design and Technology.

TOPIC 14-6 Hours

TOPIC 24-6 Hours

TOPIC 31 Hour

TOPIC 41 Hour

3D PRINTING FUNDAMENTALSLearn how to create and prepare a 3D model for 3D printing using BCA provided design templates and files. Choose from a number of projects from jewellery to architecture.

Learning Outcomes: Foundations of technology, 3D printer settings, GCode and principles of Computer Numeric Control, 3D Design.

3D DESIGN AND PROTOTYPE Example Design Project – School Fair Fund RaisingDesign and produce a physical product for sale using CAD and 3D printing

Learning Outcomes: Good disciplines when designing for 3D printing. Understand lines, surfaces and watertight surfaces for succesful 3D printing, creativity, enterprise.

ANALYSE AND REVIEWUnderstanding how and when to use new technologies is a key skill. Students describe the possibilities and limitations of the design to 3D printing process.

Learning Outcomes: Critical evaluation, analysis

3D PRINTING FOR LOW VOLUME PRODUCTIONDemonstration of mould making and casting using a 3D printed pattern.

Learning Outcomes: Manufacturing process, casting, pattern making and serial production.

COURSESPECIFICATIONBCA provide Additive Manufacturing QCF Awards at Levels 1, 2 and 3




LEVEL 2 AWARD (Approximately 18-30 guided learning hours): At Level 2, BCA offer students the chance to design and 3D print real life objects and products. Following a series of step-by-step technical tutorials, students are encouraged to explore and design their own products and apply 3D design and 3D printing skills independently.

TOPIC 14-6 Hours

TOPIC 22-4 Hours

TOPIC 36-8 Hours

TOPIC 42-4 Hours

TOPIC 52-4 Hours

TOPIC 62-4 Hours

3D CAD MODELLINGMeasure and model a USB cover using CAD.

Learning outcomes: 3D modelling, precise CAD drawing and design, design for manufacture, parts and assemblies

GETTING BEST RESULTS FROM 3D PRINTING3D print USB parts and assemble.

Learning outcomes: Relating 3D printer settings to build tolerances, feedback between design and manufacture.

3D DESIGN BRIEF: Example brief - design a custom USB holder Students respond independently to a design brief. They can either adapt the design from topics 1 and 2, or start an original design.

Learning outcomes: Sketching and modelling in 3D, applying skills independently, design and development, research, engineering.

PROJECT EVALUATIONStudents work iteratively between their CAD model and 3D printed product to ensure the final product or prototype is of high quality.

Learning outcomes: Iterative design, make and testing, analytical and evaluation skills.

CASTING: 3D PRINTING FOR MOULD MAKINGFollow step-by-step guide to design a mould and cast a USB cover component.

Learning outcomes: Casting, moulding techniques, CAD for manufacture, manufacture tolerance, materials.

PROJECT PRESENTATIONStudents prepare information for downstream manufacture. Present their project and gather feedback into a portfolio or report.

Learning outcomes: technical drawing standards, presentation skills, portfolio development.



LEVEL 3 AWARD (Approximately 50 guided learning hours):Level 3 prepares students for work in the 3D World by developing industry standard design skills, competencies and judgments. Students take on more complex projects and build an increasingly sophisticated model of a product’s design to manufacture life cycle.

TOPIC 16-8 Hours

TOPIC 210-12 Hours

TOPIC 320-25 Hours

TOPIC 43-5 Hours

ADDITIVE MANUFACTURING TECHNIQUES AND PROCESSBCA provides a selection of industry relevant case studies so students can work on more complex 3D models, projects, and Additive Manufacturing systems including sintering and stereolithography. Choose projects from product design, engineering, medicine, and fashion.

Learning outcomes: Analyse 3D models and Additive Manufacturing systems critically, 3D modelling, materials, engineering.

ADVANCED 3D MODELLING TECHNIQUESBCA offers a series of tutorials in advanced CAD, 3D scanning, digital clay modelling, and Additive Manufacturing operations. Students choose their own area of interest and expertise to practice in preparation for individual design projects.

Learning outcomes: Spatial awareness, problem solving, CAD/CAM techniques and work flows, computer graphics, 3D geometries.

INDIVIDUAL DESIGN PROJECTSStudents choose from project briefs supplied by BCA and create a physical 3D printed solution. From designing a custom prosthetic to working on a live collaborative project, BCA briefs get students to tackle real world challenges and push their own knowledge and skills.

PROJECT PRESENTATION AND REPORTStudents at Level 3 should start to have a sophisticated understanding of where Additive Manufacturing can provide a compelling solution to a problem compared with traditional methods. Students record and present their learning from the Award and present to fellow students or industry professionals.

Level 3 is suitable as an Extended Project Qualification.



COURSE & SUPPORT FEESBCA provide Additive Manufacturing QCF Awards at Levels 1, 2 and 3


FOR STUDENTS:Students receive access to all learning content, tutorials, and extended exercises. Student work is moderated by the school and by BCA and, upon successful completion, will receive a QCF Award Certificate.

FOR TEACHERS:As part of BCA’s Additive Manufacturing Awards, teachers receive training to deliver all course content. This includes training in CAD and 3D printing. This is a one-off cost at the beginning of delivering a new Award.

As well as training, BCA provides teachers with full lesson plans, lesson handouts, evaluation toolkits, and curriculum support.



Primary KS2(Age 7-11)

Secondary KS3(Age 11-14)

Secondary

KS4(Age 14-16)

College or Sixth Form(Age 16-18)

Higher Education &Employment(Age 18+)

BCA Short Course: 3D Printing

Level 1QCF Award in Additive Manufacturing





Black Country Atelier Limited, 7 Mary Street, Jewellery Quarter, Birmingham, B3 1UDe: [email protected] t: 0121 236 8400

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BCA 3D Printing Curriculum details

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