Kits

Students Served: 15-30 students Kit Size: 21"x14"x6.5"

Students will apply principles of engineering & renewable energy to design, build, and test a functional wind turbine capable of lifting a bucket of weights—where the amount of weight lifted...

Students will apply principles of engineering, fluid dynamics, and systems design to create a functional water delivery system that transports water froma central tower to multiple homes.Set in the fictional...

Students will apply principles of environmental science, filtration, and engineering design to create and test water filters using everyday materials.🚰Set in the city of STIIX-Ville, where clean water access has...

Students will apply principles of structural engineering, stability, and design efficiency to construct a tower with the highest possible slenderness ratio using limited materials. Set in the booming city of...

Students will apply principles of electrical circuits, sequencing, and design to build a functioning model stoplight using LEDs and basic wiring. 🔌Set in the rapidly expanding city of STIIX-Ville, students...

Students Served: 1 Family Kit Size: 21"x14"x6.5"

Students will apply principles of energy conversion, circuitry, and sustainable technology to design and test systems that transform sunlight into electrical energy using solar panels.☀️Set in the forward-thinking city of...

Students will apply principles of physics, motion, and energy transformation to design, construct, and test a functioning roller coaster using straws and a foam board base. Set in the imaginative...

Students will apply principles of aerodynamics, propulsion, and design to build and test rockets made from cardstock and craft materials.🚀Set in the rapidly advancing city of STIIX-Ville, students are commissioned...

Students will apply principles of physics, motion, and energy transfer to design, construct, and test a racecar powered by mechanisms such as a mousetrap, rubber band, or balloon.🏎️🚗Set in the...

Students will apply principles of mechanical advantage, force, and simple machines to design, construct, and test a functioning pulley system. 🧵Set in the coastal city of STIIX-Ville, students are tasked...

Students will apply principles of biomechanics, empathy-driven design, and human anatomy to collaboratively design and construct a semi-functioning prosthetic leg that attaches below the knee.🦿Set in the compassionate community of...

Students Served: 10-30 students Kit Size: 24"x16"x14"

Students will apply principles of design, spatial reasoning, and problem-solving to create a functioning maze or labyrinth that incorporates key concepts introduced in the academic video.⁉️🤔Set in the creative city...

Students will explore the principles of hydraulics and pneumatics as they design and build a functional lift system capable of raising and lowering objects.🏗️Set in the fictional city of STIIX-Ville,...

Students will take on the role of HVAC engineers & technicians in the rapidly growing city of STIIX-Ville, where hundreds of thousands of square feet of new buildings demand efficient...

Students will take on the role of aerospace engineers in STIIX-Ville, challenged to design and build a functional helicopter powered by elastic energy. Their mission is to assist the local...

Students will apply principles of sound, vibration, and material science to design, construct, and play a functioning guitar made from everyday materials.🎵🎶Set in the vibrant city of STIIX-Ville, students are...

Students will apply principles of physics, design, and materials engineering to build a functioning golf club that can be tested outdoors. Set in the thriving city of STIIX-Ville, students are...

Students will apply principles of aerodynamics and engineering design to build, modify, and test a functioning glider plane using a templated design.✈️Tasked with supporting the launch of STIIX-Ville’s new airport,...

Students will apply principles of circuitry, conductivity, and electrical engineering to design and construct a working LED flashlight using a basic circuit model.🔦Set in the resourceful city of STIIX-Ville, students...

Students will familiarize themselves with, and apply financial principles such as budgeting, compound interest, spending habits, & more, to design, construct, and put to use a functioning “Piggy Bank” made...

Students will take on the role of product designers in STIIX-Ville, where the local toy store is seeking an exciting, educational new gadget to hit their shelves. Their challenge: to...

Students will step into the role of footwear design engineers in STIIX-Ville, where a local shoe store has hired them to create the next big hit in custom sneakers.👟👠Their task:...

Students will apply concepts of physics, impact force reduction, and structuraldesign to create a protective case capable of keeping an egg or included easteregg intact during a high fall.Set in...

Students will take on the role of mechanical engineers in STIIX-Ville, tasked with designing and building a custom catapult to help defend the city from an incoming threat.⚠️Their challenge is...

In the Balsa Wood Bridge Project, Students will apply principles of engineering and physics to design, construct, and test a truss-style bridge made of balsa wood that can span a...

Students will apply concepts of buoyancy, stability, and material science to design, build, and test a cargo boat capable of holding maximum weight while remaining afloat.🏋️‍♀️Set in the portside city...

Students will take on the role of real estate developers in STIIX-Ville as they design and construct their Dream House using a selection of unique materials— each with its own...