BCA BUILDS SMART INDIVIDUALS FOR TOMORROW’S ECONOMY
SMART TECHNOLOGY EDUCATION
Black Country Atelier is an education company who offer solutions to schools including Smart technology curriculums, teacher training and unique projects for STEM.
We have worked with:
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PREPARING FOR INDUSTRY
SMART NEW WORLD BCA builds Smart individuals tomorrow’s economy needs. Actually… they are needed today. Smart technologies are all around us. Designers, engineers and entrepreneurs are all making use of technologies like 3D printing, sensors and embedded computing to make products Smarter; the opportunities are unprecedented.
Education is vital to preparing young people for modern opportunities. Our work is completely focused on empowering young people for work in the Smart economy.
To work and thrive in the Smart world requires new skills. That is why we believe it is crucial that young people can access industry relevant knowledge and practice. BCA has developed all the content teachers and students need to rapidly excel in Smart technologies. We are passionate about supporting schools to deliver practical and industry relevant skills combined with academic rigour. I invite you to explore BCA’s suite of solutions for education. The learning outcomes from our courses, education kits and training are useful in many fields of work, from science, computing, engineering through to the creative arts.
Jing Lu FRSA MA(Oxon) BA(Hons) Founder and CEO
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DEMAND FOR SMART INDIVIDUALS
BIG IDEA IN SCHOOLS
Education is changing. New technologies represent changes and opportunities for educators and learners across the world. Employers and Industry are already demanding Smart multi-discipline skills in technologies such as 3D printing. The same technologies used to create modern products are now accessible to students and schools. 3D printers are more affordable than ever before and are being adopted by businesses across the world. Smart sensors and electronics are now so cheap you find them in everything from your washing machine to your Smartphone. What does this mean for students and your school? It means students can learn skills that are directly relevant for exciting new careers and opportunities. There is an increased emphasis on STEM subjects together with added pressure from national curriculums worldwide to deliver skills which are relevant to modern business. How can BCA help? BCA works with national bodies, industries, teachers and students to create exciting and engaging courses and learning resources that reflect these changes in the real world.
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From 3D Printed fashion to Smart Product Design; BCA provides modern industry relevant curriculums covering STEM, design innovation, and technology subjects. We bring powerful real world ideas and practice directly into the classroom.
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“I’m astonished students still leave schools and universities without basic knowledge and understanding of CAD. It is used in so many industries now.” Glen Day, Business Manager Weston Beamor, UK’s largest jewellery manufacturer. Based in Birmingham, the business now has a dedicated CAD and 3D Printing department.
BCA TEACHING AND LEARNING GOALS: To help students identify and prepare for careers in modern industry. To help teachers deliver crucial new knowledge and skills with confidence and support. To give students the ability and attitude to create, rather than just ‘consume’, products and technology. Resource schools and colleges with up-todate, industry relevant, and cost effective technology for the benefit of students and the wider community.
SKILLS IN DEMAND: CAD 3D Printing 3D Scanning Design engineering Material science Software coding Electronic engineering Applied mathematics Computing Innovation and problem solving Teamwork Leadership Making and manufacturing
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RESOURCES AND SUPPORT
LEARN & TEACH WITH BCA Our solutions support schools and education institutes to prepare young people for a range of in demand Smart skills. BCA offer solutions ranging from introductory STEM packs and teacher training to structured courses in Smart technologies. Courses, Curriculum and Education Kits BCA has developed a range of short and full 2 year courses in core subjects that lead to recognised qualifications. Our courses come with access to a full range of multimedia classroom resources and cover core areas of the Design and Technology and Computing curriculums for ages 7 to 19. Our resources allow teachers to engage learners in new ways depending on their learning style. We have also designed unique STEM packs which combine different technologies, such as 3D printing with electronics, to give teachers and students a rounded introduction to Smart Product Design so technologies really come to life.
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Teacher Training and Support BCA provides training and curriculum support to deliver all of our courses. We also provide Co-teaching programmes, where BCA instructors can work and train teachers directly in the classroom. BCA’s Co-teaching model means teachers and students always have access to the latest industry knowledge and best practice. Many of our courses are Ofqual accredited, so you’ll know that everyone is working towards recognised progression paths which help prepare students for work or further study. However much, or little, support you need we can help you rapidly excel in Smart technology education.
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Equipment and Supplies We independently test and recommend technologies from a range of leading manufacturers to make sure you get the best value and relevant specifications for any capital purchases. We are so confident students gain more leaning outcomes using Smart technologies, we let schools try 3D printers and other equipment free of charge as part of our courses.
TECHNOLOGIES OUR EDUCATION OFFER COVERS: 3D Printing 3D Scanning Smart Electronics Programming and Coding Computer Aided Design Laser Cutting
SKILLS AND COMPETENCIES Design and Manufacture Embedded Computing Technical Competence Critical Evaluation Business Enterprise
INDUSTRIES Advanced Manufacturing Art and Design Architecture Automotive
“BCA has brought direct industry experience to our school. It has meant everyone, including girls who would not normally get involved, are engaged and working with the latest technologies and STEM�
Construction Engineering Film and Gaming Innovation Medicine Research and Development Science Technology
Darren Lyon, Headmaster Sir Thomas Fremantle School
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A FOUNDATION TO BUILD UPON
SHORT COURSES BCA short courses give schools an effective way to deliver immediate learning in Smart technologies like 3D printing and programming. BCA short courses are aimed at schools and students coming to Smart technologies for the first time or wanting to develop their skills in a particular area. They give teachers and students valuable insight into the specific ways technology is used in different industries.
Our short courses include:
Short courses last between half to one term and BCA are at hand to guide you through the process. Full teacher training, support and lesson plan resources are available.
Student learning outcomes: 3D printing, 3D Computer Aided Design (CAD), geometry, STEM, spatial awarenss, Computer Numeric Control (CNC), material science.
Our range of short courses are perfect to lay a foundation for further learning. Some of our courses carry a qualification in Additive Manufacturing, QCF Level 1, 2 and 3 Awards. These Awards are industry accredited and take students through a series of projects that reflect the challenging design and engineering opportunities facing professionals working at the forefront of 3D design and advanced manufacturing.
3D Printing for Consumer Product Design: With a specific focus on consumer products this course looks at how 3D printing is used in product design, development, prototyping, and manufacture.
BCA short courses cover a number of materials and systems, from metals and resins to plastics and even paper. Students can choose to specialise in engineering, product design, or fashion and textiles.
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3D Printing: 3D Printing introduces the technology and how it is used across multiple displines and industries. The is a versatile course covering the 3D CAD process and the engineering principles of 3D printers themselves.
Student learning outcomes: 3D printing, 3D CAD, product design, design thinking, geometry, STEM, form and function, spatial awarenss, material science, assemblies and manufacture.
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3D Printing for Fashion: 3D Printing for fashion focuses on fashion products and accessories design. Students will see how 3D printing can be used to make eye-catching, bespoke and customised products at low volume.
Student learning outcomes: Electronics, circuits, coding, programming, debugging, physics, user interaction design, sequences and timing.
Student learning outcomes: 3D printing, 3D CAD, fashion trends, product and accessories design, design thinking, geometery, form finding, material science. 3D Scanning: 3D scanning allows artists and engineers to capture 3D forms from real life. Students scan and inspect 3D models digitally, or turn them into 3D Printed objects. Student learning outcomes: Computer graphics, 3D scanning to CAD workflows, 3D modelling techniques. Laser Cutting: Grasp 2D vector drawing tools to make craft, fashion and design products including badges and jewellery. Student learning outcomes: 2D, assemblies, vector graphics, engineering principles, design and manufacturing process, design thinking, iterative working. Smart Electronics: Through a series of simple exercises students learn to build different types of circuits, program flashing lights and sounds, and control motors and sensors. Students build knowledge through interactive projects.
All of our short courses include: Teacher training Curriculum and teacher support Multimedia content and lesson plans Online student and teacher resources Award certificates Equipment hire or purchase advice
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BUILT BY EXPERTS
FULL COURSES Our accredited full courses help schools deliver industry recognised skills and qualifications. Our range of full courses offer schools a way to deliver new design and technology subjects. Our curriculums are accredited and can lead to recognised qualifications, further study or entry into a job. Full teacher training, support and lesson plan resources are provided to ensure you are guided and confident in teaching. International Our qualifications are internationally recognised and accepted. Together with our awarding partners, we have centres in the UK and internationally that can support our curriculum and qualification. Our Qualifications Explained QCF Awards and Certificates: Qualifications that use the QCF rules are made up of units. This provides flexible ways to get a qualification. Each unit has a credit value which tells you how many credits are awarded when a unit is completed. The credit value also gives an indication of how long it will normally take you to prepare for a unit or qualification. One credit will usually take you 10 hours of learning.
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Higher Nationals (HNC and HND): This is a practical higher education qualification which can be used to gain entry into universities or direct entry to apprenticeship and industry; they are highly valued by employers. A free scheme of works mapping BCA courses to the national curriculum and qualification criteria is available. Please email, call or write to us to request your copy.
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Smart Product Design, QCF Level 1 and 2 Certificates* Students can now combine the latest 3D technologies with interactive sensors and electronics to create Smart products.
Student learning outcomes: 3D design and visualisation, computer graphics, technical machine settings and maintenance, 3D spatial awareness, creativity, materials, engineering, quality control, project work.
Through a comprehensive design to manufacture framework, this full qualification leads students through hands-on, engaging and challenging projects that combine creativity, engineering and problem solving, using the latest Smart technologies.
*UK League table points applied for 2017
Student learning outcomes: Design thinking, problem solving, project management and finance, dexterity, embedded computing, creativity, engineering, materials and physics, STEM. 3D Design, Higher National Certificates and Diplomas (HNC and HND) This is a practical work focused programme taken over 1 to 2 years. Students learn all major aspects of modern 3D design, visualisation and fabrication through a combination of work-based projects and independent learning. Courses are developed and tailored to specific industries and work places. Please enquire for full details.
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EXPERIENCE NEW SUBJECTS
STEM KITS BCA has created unique education kits which combine core subject areas with product design and innovation. Our range of education kits give students and teachers an hands-on introduction into teaching and learning new Smart subject areas.
Student learning outcomes: Micro-controller, coding, laser cutting, 2D, assemblies, group activity, vectors, engineering principles, physics, maths and design.
We provide project based kits which are engaging, vocational and packed with learning outcomes to give the students a rapid introduction into Smart technologies. It is an alternative route into concepts like design or coding for students who respond well to learning through physically making and testing.
3D Printing, Smart Electronics and Laser Cutting BCA offer a unique kit which combines all 3 technologies. Students will learn to make a Smart Product which can sense the environment and makes changes to adapt.
Our kits are self guided for students. However, the kits are designed to be flexible and can become the starting point to build new lesson plans and learning outcomes. Our range of kits include: Laser Cutting with Smart Electronics Students will experience how to combine laser cutting and electronics in a unique product such as our ‘Trooper Robot’ or ‘Comms Synth’. Students will learn how to code in order to control and apply basic principles of physics, motion and maths to create a navigation route for a Trooper, or unique sounds and frequencies for a Synthesizer.
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One of the projects your students can build is a Smart Green House that can sense light, temperature and other weather conditions, and react through controlling outputs like motors to open or close windows and activate watering systems. Student learning outcomes: Smart electronics, coding, laser cutting, 3D printing, assemblies, group activity, environmental sensing and control, integrated project work.
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BUILT BY EXPERTS
BEYOND SCHOOLS BCA works closely with industry in Smart technologies. We offer training, technology inductions and project development through our BCAInnovation team. KEY FACTS AND STATISTICS: BCA has trained over 10,000 people in 3D printing, 3D scanning, Smart Electronics and other Smart technologies. We have worked with people across a range of settings, from traditional classrooms to museums and galleries. TRACK RECORD: BCA has worked with TCT Bright Minds, Facebook, Department for Education, and schools and colleges from primary to university level. BCA delivered training on Department for Education’s 3D Printing initiative; the independent project evaluation report cited teachers who overwhelmingly stressed the importance of their training with BCA. BCA INNOVATION By staying at the cutting edge of design and research, BCA has also supported non-educational organisations to incorprate 3D printing and Smart electronics in their businesses to create innovative products and services.
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COURSES BUILT ON EXPERIENCE
ABOUT BCA Black Country Atelier (BCA) was founded in the Black Country, United Kingdom. A region which has a long established heritage with manufacturing. It has been home to James Watt, Matthew Boulton, founding fathers of the Industrial Revolution. The region is still renowned in metals, advanced manufacturing and innovation. Today, BCA are building on this heritage by inspiring the next generation of engineers, designers and entrepreneurs by delivering modern skills.
Our Atelier includes designers, developers, computer scientists, artists, strategic thinkers, scholars, and renowned experts within 3D Printing, consumer product design, manufacturing, fashion and Smart electronics. We also have strong links with educational institutes and research centres to bring leading educational content and industry focused outcomes into the classroom.
BCA is drawing from the vast wealth of knowledge of the region from modern industries based in automotive through to digital media to fashion. This ensures that our courses are relevant and at the forefront of commercial application. We are a group of industry practitioners who are passionate about advancing digital manufacturing. Our team have vast industry experience and insight which we bring to the classroom and our course material.
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Image Credits: Iron Bridge, by Roantrum. Boulton, Watt and Murdoch, by Oosoom
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CASE STUDY:
SIR THOMAS FREMANTLE SCHOOL BCA is working with Sir Thomas Fremantle School (STFS) on a 3 year Smart Product Design partnership.
Students can also explore and extend their own personal interests and projects at a weekly Technology Enrichment Club.
From staff training to course and curriculum development, BCA is working with STFS to kickstart and maintain a high level of engagement with design, technology and ICT across a number of subject areas. Teachers and students learn and apply Smart technologies in art, design and technology, computing, physics and mathematics to ensure a cross-curricular and integrated approach to technology across the school. All students start on a foundation programme where they are introduced to a range of Smart technologies through structured projects, before progressing onto full courses in Smart Product Design. Outside of the classroom, BCA help plan industry tours, events and work placements for students to see real world applications of the technologies they use in school.
STFS student assists BCA at Barbican Digital Makers public event using knowledge learned in class.
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“Black Country Atelier is an education company building Smart individuals with skills for the modern economy. We help schools deliver those skills through industry focused courses and training clearly explained and in context.�
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Contact Black Country Atelier Limited, 7 Mary Street, Jewellery Quarter, Birmingham, B3 1UD e: info@blackcountryatelier.com t: 0121 236 8400