Chris Cundall

@MrOCTech Just found a high quality image from a Google search. Imported the engineering drawing into photoshop and overlaid the image on top. Had them printed at a local printers.

@CDesign_Tech Hi Chris just stumbled across your profile and love the look of the projects you've done... How did you do the graphics on the sides of these?

Arcade machines built using RetroPie to turn a Raspberry Pi into a retro-gaming machine. Cases have been designed in Creo and constructed using laser cut acrylic.

Alongside the quick overview SOW pages being developed are a set of pages that include personal projects, prototypes and resources. These are produced to inspire students and in developing them improve my own skills.

Currently working on quick overview SOW pages for a range of projects that cover ideas for Key Stage 2, 3 and 4. Pages include project overview, key focus areas, tools, materials, curriculum links and assessment ideas.

A few projects I was inspired to try myself from student projects, including a resin cast lamp with incorporated fairly lights, folding stool and a drill press vice.

Hydraulic Powered Robotic Arm made from laser cut acrylic parts, syringes, nuts, bolts, steel rod and zip ties. Video used for inspiration: youtube.com/watch?v=P2r9U4…

3D Printable Jet Engine - A model of a 2-spool high bypass turbofan by Chris Shakal as shown on Thingiverse: thingiverse.com/thing:1327093. Printed using an Ultimaker.

Experimenting with DIY submersible underwater ROVs using PVC pipe, connectors and modified bilge pumps for propulsion. Large PVC pipe to be added to adjust buoyancy. LED lights, GoPro and gripper also added.

Product Cool Wall Display Board. Year 10 pupils have helped to arrange each product but I am not sure I agree with all of them.

Examples of a few Arduino resources and protytypes developed; a safe with keypad entry and LCD screen, a security system with IR sensor connected to a buzzer and keypad, an e-NABLE 3D printed hand controlled by potentiometers and a 3D printed 7 segment display.

Thanks to @Brainy_Bits for the idea of an animated 16x16 pixel LED Matrix frame. Built using neopixel strips, arduino and custom built acrylic frame.

Examples of Year 7 Mood Lights. Students have used 2D Design to create their designs, the laser cutter to cut the acrylic and the strip heater to fold. Basic introduction to electronics and soldering.

I can’t take any credit for it Brendan. I downloaded all the files from thingiverse.

Decided to attempt a large 3D printing project and thought that this 6 wheel drive RC truck would be great. All printed on the Ultimaker with incorporated RC controls. Credit to @Mr_Crankyface.

3D printed 6 wheel drive RC truck in action. Credit to @Mr_Crankyface.

Scrolling LED Panel built for open evenings - controlled with arduino. Three separate panels connected together with custom built laser cut frame. #coding

Credit to @LeeVanBaaren, @JonMartlew and @jambledandt for the posters on display.

More photos to show the set up of the new Design and Technology workshop.

Credit to @LeeVanBaaren, @JonMartlew and @jambledandt for the posters on display.

Design and Technology workshops finally set up and fully operational. Example work, models and prototypes all on display.

@LeeVanBaaren @TheDesignClass Thank you Lee. Sorry yes I should have credited you, Jon and James.

@CDesign_Tech @TheDesignClass Looks amazing this Chris! Super thrilled to see my resources on the wall too!

@meadhbhymac These were supplied by Technology Supplies.

@CDesign_Tech Where did you get the square benches