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Create personalized sticker (vinyl) decals to be stuck on water bottles, notebooks, etc. This project enhances students' skills in designing transferable art for various surfaces. Time needed: 25-35 minutes.

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Design custom keychains using a 3D modeling software. Students can create personalized designs and 3D print the models. This task teaches about practical object creation and design skills. Time needed: 20-30 minutes (plus printing time).

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Design and apply custom vinyl designs on pencil bags, tote bags, or clothing using Cricut machines. Students will learn to combine practicality with artistry in customizable artwork. Time needed: 30-40 minutes.

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summer sea turtle tote Patterned Iron on vinyl watercolor Natalie Malan Cricut doodlecraft (14)

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Design and build custom boxes using laser-cut wood panels. Students will learn about assembly techniques and design alignment. Time needed: 20-30 minutes.

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Create personalized greeting cards that light up! Using simple circuits with coin cell batteries, copper tape, and LED lights, students can design cards that illuminate when opened or when a specific part is pressed. This project introduces basic circuitry concepts while allowing for artistic expression. Time needed: 30-45 minutes.

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Students design interlocking puzzles using vector graphics software. The designs can be laser cut from thin plywood or acrylic. This project teaches design thinking, spatial reasoning, and vector design basics. Complexity can be adjusted based on grade level. Design time: 30-40 minutes (plus cutting time).

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Create personalized dice with numbers, symbols, or words. Students design and 3D print their unique dice. For example, could be like a magic 8 ball, or for deciding movement break activities. Time needed: 20-30 minutes (plus printing time).

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Create functional and decorative bookmarks using a 3D printer. Students can design unique bookmarks with personal touches. This activity combines creative exploration with practical utility. Time needed: 25-35 minutes (plus printing time).

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Design and create unique jewelry pieces using laser-cut acrylic and wood. This project allows students to explore creativity in materials and design while learning the laser cutting process. Time needed: 45-60 minutes.

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Students design personalized name tags or keychains using vector design software. These can be laser cut from acrylic or wood. This project introduces students to digital design, vector graphics, and the laser cutting process. They can incorporate personal interests into their designs while learning about design constraints. Design time: 20-30 minutes (plus cutting time).

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Create bookmarks with intricate designs using a laser cutter on materials like wood or acrylic. This activity enhances design skills and familiarizes students with precision cutting. Time needed: 20-30 minutes.

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Add a patch to something by sewing onto fabric. This project enhances needlework skills and personalizes clothing items. Time needed: 20-30 minutes.

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Learn the basic techniques of knitting to create small items such as coasters or small cloths. This activity encourages manual dexterity and patience. Time needed: 30-45 minutes.

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Use a crochet hook to create patterns and textures in yarn, starting with simple objects like coasters. This project builds skills in hand-eye coordination and creativity. Time needed: 25-40 minutes.

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Explore felting by creating small woolen figures using felting needles. This project fosters creativity and understanding of textile manipulation. Time needed: 30-40 minutes.

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Craft colorful yarn pom poms as decorations or accessories. Students learn about color combinations and texture. Time needed: 15-25 minutes.

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Transform socks into puppets with added buttons and fabrics for features. This project encourages creativity and storytelling. Time needed: 25-35 minutes.

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Create intricate shapes and figures using origami techniques. This craft enhances precision and understanding of geometry and symmetry. Time needed: 20-30 minutes.

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Design and craft personalized greeting cards. Time needed: 20-30 minutes.

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Create a penny whistle, connecting concepts of music and sound physics in classes. Students explore acoustics while crafting a functional instrument. Time needed: 30-40 minutes.

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Design and test gliders to learn about air resistance and aerodynamics. This project combines physics principles with hands-on experimentation. Time needed: 25-35 minutes.

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Create mathematical shapes using 3D printing to visualize geometry concepts. This activity aids understanding through tangible models. Time needed: 30-45 minutes (plus printing time).

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3D print or laser cut DNA coils or molecule structures for chemistry lessons. This project provides a visual and tactile understanding of complex molecular forms. Time needed: 30-50 minutes (plus printing time).

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Design and build custom lanterns incorporating simple circuits to light up. This project combines creativity with electrical fundamentals and design principles. Time needed: 120+ min

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Laser Cut Arcade with Buttons and Screen

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Laser Cut Arcade with Buttons and Screen

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Build a mini arcade setup that involves laser cutting and assembling. Students learn about electronics and design integration. Time needed: 90-120 minutes.

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Design and create a unique board game or an organizer using different materials. This project fosters creativity and strategic thinking. Time needed: 90-120 minutes.

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Design and 3D print custom fidget toys, allowing students to explore ergonomic design and mechanical principles. Time needed: 60-75 minutes (plus printing time).

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Design and print your own jewelry pieces such as rings, earrings, or pendants using 3D modeling software. This project lets students explore creative design while learning about the 3D printing process. Time needed: 30-40 minutes (plus printing time).

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Using colorful duct tape, students can create functional wallets, pouches, or small bags. This project requires minimal materials but develops manual dexterity and design skills. Students can customize with different tape patterns and learn about creating functional objects with unexpected materials. Time needed: 25-35 minutes.

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3D print various molecule structures to facilitate visual learning in chemistry. This prolonged project offers advanced design learnings and alignment of atomic structures. Time needed: 60-80 minutes (plus printing time).