Design a Helpful Desk Tool
Students find a small desk problem, make ideas, build a test model, and improve it. Then they turn the best idea into a small 3D print.
Fresh engineering, technology, and visual arts lessons for third- and fifth-grade classrooms—grounded in national standards and designed for real creative work.
E-Fabrication lesson library
Students find a small desk problem, make ideas, build a test model, and improve it. Then they turn the best idea into a small 3D print.
Students build a shadow story with three layers. They test which shapes and spaces make the story easiest to see.
Students design a bridge for a community. They compare ideas, test how much weight a model can hold, study the results, and improve the bridge.
Students make signs that help people find their way. They check AI ideas, draw their own symbols, test them with viewers, and improve the clearest design.
Students invent a plant-care signal using observation cards, a simple probe, or an optional sensor, then make a splash-safe holder and sign.
Students make a copper-tape paper circuit and switch, then choose cardboard, vinyl, reused plastic, or a small 3D print for the tag body.
Students may code a Scratch sound meter, build a manually operated signal, or connect a sound sensor to a simple light display.
Students invent signals using paper circuits, handmade switches, reflective materials, vinyl symbols, or optional programmable lights.
Students build cardboard linkages, sliders, hinges, and 3D-printed connectors; a sensor and servo are an optional extension.
Students code a timed push-button crossing sequence with LEDs and a buzzer, then build an accessible model intersection.
Students code a classroom-safe air or temperature/humidity sensor, graph readings, and design a ventilated monitor enclosure.
Students code a temperature-controlled servo vent, analyze thresholds and tradeoffs, and fabricate a working greenhouse model.
Students build a simple foil- or probe-based buzzer circuit, compare false alarms and detection speed, and choose basic or fabricated materials to protect it.
Students may use mechanical flaps, paper circuits, Makey Makey with Scratch, simple switches, or a microcontroller to build an original interactive exhibit.
Students interview a user, prototype grips in foam and clay, measure the best idea, and 3D print a removable grip for a marker, stylus, or paintbrush.
Students research general habitat needs, build cardboard models, and 3D print stackable demonstration modules with drainage, shelter, and observation features.
Students compare joint geometries, use parametric CAD to create small connectors, print them in batches, and test a model shelter under repeatable wind and load conditions.
Students inspect a missing knob, clip, spacer, cap, or organizer part, measure interfaces, model alternatives, and print-test a replacement while documenting limits.
Students sketch an original creature, build a comfortable cardboard mask or wall face, add vinyl or laser-cut details, and create a simple paper-circuit light effect.
Students draw animation frames, build a hand-spun zoetrope or flip mechanism, and optionally print an axle, handle, or frame that improves motion.
Students explore balance and drag with paper forms, then combine laser-cut shapes, printed hubs, wire, and found materials into an original moving sculpture.
Students design a collaborative art panel and choose Scratch, Makey Makey, simple switches, or optional sensors to let sound or touch trigger color, light, or animation.
Students turn paper strips into hills, curves, tunnels, and supports, then improve a coaster using travel time and successful-run evidence.
Students create an original arcade-style game powered by fingers, gravity, rubber bands, or rolling objects and refine it through player feedback.
Students explore cushioning, suspension, crumple zones, and parachutes while designing a protective pod for a repeatable classroom drop.
Students combine storytelling and mechanisms to create a cardboard puppet scene with at least two controlled movements.
Students build lightweight cars with rolling axles and artistic sails, then compare sail area, shape, and wheel alignment.
Students use loose parts and recycled materials to create an inclusive playground model with paths, gathering areas, and imaginative features.
Students compare filter media, flow rate, and clarity while creating an educational cross-section model of stormwater treatment.
Students investigate folds, tubes, ribs, and corrugation direction to engineer a miniature chair that is also visually distinctive.
Students create gravity-powered chutes, gates, holes, and diverters that sort two or more kinds of safe classroom objects.
Students design recyclable packaging for a chalk, clay, or cracker-shaped model item and balance protection, opening, labeling, and waste.
Students choreograph ramps, levers, falling pieces, rolling objects, and revealed images into a reliable mechanical narrative.
Students sketch an animal, simplify it into sturdy flat parts, and test slot width and balance before an adult cuts the final creature.
Students measure classroom tools, prototype a small slotted container, and add engraved names, symbols, or patterns for a real user.
Students design a bold postcard image, divide it into sturdy puzzle pieces, and use timed user tests to improve difficulty and clarity.
Students arrange positive and negative shapes in a sturdy frame, then test readability and shadows with a cool LED light.
Students measure a teacher-provided model device, compare stand profiles, and optimize angle, stability, and flat-pack assembly.
Students interview a user, measure tools, compare layouts, and build a slotted organizer that can be rearranged as needs change.
Students design a tabletop maze from layered shapes, analyze where players get stuck, and revise path width, barriers, or goals.
Students measure a badge area, compare layouts, and use text, align, group, and hole tools to create a readable printed badge.
Students simplify an animal into basic solids, measure a pencil, and use a centered hole to make a small functional topper.
Students design three related stamps, test handles and raised patterns in clay, and revise for clearer impressions.
Students measure a small nursery cup, model a decorative outer planter, and test drainage-hole number and base stability.
Students translate an original story character into a sturdy standing token using simple forms and engraved or raised details.
Students design one original block system, print shared copies, and test whether pieces connect, separate, and build stable structures.
Students examine a safe model cord, compare clip shapes, and design a rounded guide that holds and releases it without damage.
Students use duplicate, rotate, and hole tools to make a thin hanging panel, then compare the shadows from two pattern layouts.
Students measure a safe model shaft, compare knob profiles, and iteratively fit a printed replacement that is comfortable and secure.
Students model printed wheels, hubs, spacers, or chassis parts and combine them with simple materials to build an efficient rolling vehicle.
Students use a user scenario and scale figures to model an inclusive ramp, transfer point, sensory panel, quiet feature, or play element.
Students model a lantern shell or panel system with repeated openings and test brightness, shadow quality, strength, and access to a cool LED.
Students design a small self-watering planter prototype and use measured water movement to improve reservoir capacity and overflow placement.
Students interpret a simplified Michigan elevation map, build stepped height zones, and test whether viewers can distinguish landforms by sight and touch.
Students measure cardboard thickness, model corner and edge connectors, and use tolerance testing to assemble rearrangeable classroom organizers.
Nationally aligned
Every activity connects the challenge, student evidence, and assessment to NGSS Engineering Design. ITEEA STEL connections are added when they meaningfully support the work.
Identify a need, criteria for success, and project constraints.
Create and compare possible solutions using the criteria.
Fair-test a prototype and use evidence to make it better.
The E-Fabrication lab
Students may combine cardboard, paper, craft materials, reused objects, simple circuits, coding, sensors, and any lab machine that genuinely improves their idea. Every challenge welcomes more than one solution, with adult-operated fabrication steps, safety guidance, and no-machine alternatives.