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Best structures stem
1. Engino Discovering Stem: Levers, Linkages & Structures Building Kit
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BRING COMPLEX CONCEPTS into clear focus for budding engineers and Scientists with award winning components and step by step illustrated assembly instructionsDISCOVER how levers can be used for increasing an applied force or changing the direction of motion and how they integrate with structures
BUILD 16 working models such as a seesaw, a movable weight scale, a wheelbarrow, a parking gate, a toy with moving figures, a panto-graph and two types of linkages and 8 structures
14 PAGES of THEORY and facts, a 4 page quiz, 7 pages of experimental activities illustrating uses of levers and linkages
MODELS ILLUSTRATED online at Engino' s website or using the Engino 3D app downloadable free for Android or Apple iOS.
MADE in CYPRUS for ages 8+
Description
Engino for ages 8 and up. Engino - mechanics - levers, linkages & structures - brings complex designs into simple focus with 13 pages of clear, 3-D rendered, instructions with more models illustrated online at Engino' s website or using the Engino 3D app downloadable free for Android or Apple iOS. The manual also includes 14 pages of theory and facts, a 4 page quiz, 7 pages of experimental activities illustrating uses of levers and linkages. Learn how levers can be used for increasing an applied force or changing the direction of motion. Find out how you can create models with complex motion by connecting many levers together and learn how these linkages can be applied to various machines. Build 16 working models such as a seesaw, a movable weight scale, a wheelbarrow, a parking gate, a toy with moving figures, a pantograph and two types of linkages and 8 structure models. or add some imagination and make something new. - the Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motors, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.2. Engino Discovering STEM Structures Constructions & Bridges | 9 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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ENGINO brings complex concepts into clear focus for budding engineers and Scientists with award winning components and step by step illustrated assembly instructionsDISCOVER all types of forces applied in buildings and bridges and how they are designed to provide massive weight support
BUILD 9 working models such as a suspension bridge, Truss bridge lower Truss bridge, house and more
INCLUDES 12 pages of theory and facts, a 3 page quiz, 6 pages of experimental activities illustrating bridge and building assemblies, 16 pages of step by step, 3D rendered illustrations
MODELS illustrated online at Engino website or using the Engino 3D app downloadable free for Android or Apple iOS.
Made in CYPRUS
Description
With Engino structures: buildings and bridges set learn all about buildings and how they literally support our lives! construct different types of bridges and find out how their architecture design provides massive weight support. Discover all the types of forces applied and how engineers manage to reduce their effects. Build 9 working models such as a house, a pyramid and various types of bridges: beam, arch, truss, cable-stayed and suspension bridge. You can find easy-to-follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands-on learning. A quiz section is also available to challenge your newly acquired knowledge! conduct thorough experiments and discover - how triangulation provides strength on a building - what are the main types of forces acting on structures - how do trusses work - what are the major types of cable bridges. The Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.3. Engino Discovering STEM Mechanics Levers & Linkages | 16 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and scientists with award winning components and step by step illustrated assembly instructionsLearn how Levers can be used for increasing an applied force or changing the direction of motion
Build 16 working models such as a seesaw, a movable weight scale, a wheelbarrow, a parking gate, a toy with moving figures, a pantograph and two types of linkages
Manual includes 14 pages of theory and facts, a 4 page quiz, 7 pages of experimental activities illustrating uses of levers and linkages
Models illustrated online at Engino's website or using the Engino 3D app downloadable free for Android or Apple iOS. MADE IN CYPRUS
Description
Engino for ages 8 and up. Engino - MECHANICS - Levers & Linkages - brings complex designs into simple focus with 13 pages of clear, 3-D rendered, instructions with more models illustrated online at Engino's website or using the Engino 3D app downloadable free for Android or Apple iOS. The manual also includes 14 pages of theory and facts, a 4 page quiz, 7 pages of experimental activities illustrating uses of levers and linkages. Learn how Levers can be used for increasing an applied force or changing the direction of motion. Find out how you can create models with complex motion by connecting many levers together and learn how these Linkages can be applied to various machines. Build 16 working models such as a seesaw, a movable weight scale, a wheelbarrow, a parking gate, a toy with moving figures, a pantograph and two types of linkages. Or add some imagination and make something new. - The Engino Building System was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and E.U. sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.4. Engino Discovering STEM Mechanics Gears & Worm Drives | 12 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and Scientists with award winning components and step by step illustrated assembly instructionsDiscover how gears can reduce or increase speed and learn how Worm drives are used to change rotational speed
Build 12 working models such as a helicopter, vise, hand drill, scissor lift, and more
Includes 16 pages of theory and facts, a 3 page quiz, 6 pages of experimental activities illustrating uses of gears and Worm drives, 17 pages of step by step, 3D rendered illustrations
Builds illustrated online at Engino website or using the Engino 3D app downloadable free for Android or Apple iOS. Made in CYPRUS
Designed and made in CYPRUS - no batteries required
Description
With Engino mechanics: gears & worm drives set learn how gears can easily reduce or increase speed, change force or transfer motion from one position to another. Discover how worm drives are used to greatly reduce rotational speed and how screws can convert rotational motion to linear, while greatly increasing force. Build 12 working models such as an experimental crane, a gearbox, a carousel, a helicopter, a screw press and a crane with a rotating arm. You can find easy-to-follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands-on learning. A quiz section is also available to challenge your newly acquired knowledge! conduct thorough experiments and discover - how the handle's position affects force and speed - how the crank's position affects force and speed - how to calculate the mechanical advantage of a screw - what a worm drive is and how to use a ratchet mechanism. The Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.5. Engino Discovering STEM Simple Machines Mechanisms That Multiply Force | 60 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and scientists with award winning components and step by step illustrated assembly instructionsSimple Machines combines 5 STEM Mechanic sets into one fantastic set. Discover the functions and uses for Levers(STEM01)-Inclined Planes(STEM02)-Pulley Drives(STEM03)-Cams(STEM04)Worm Drives(STEM05)
Build 60 working models such as a Scissor Lift, Catapult, Helicopter, Vise, Wind Mill and many, many more
Manual includes 70 pages of theory and facts, a 16 page quiz, 25 pages of experimental activities illustrating uses Simple Machines, 71 pages of step by step, 3D rendered illustrations
Models illustrated online at Engino's website or using the Engino 3D app downloadable free for Android or Apple iOS. MADE IN CYPRUS
Description
Engino for ages 8 and up. Engino SIMPLE MACHINES set is a combination of the basic 5 sets of "Discovering STEM" series and covers all Simple Machines mechanisms. These mechanisms offer a mechanical advantage and are crucial elements of many machines and devices. They are designed to multiply or reduce force, increase or decrease speed and convert one type of motion to another. Build 60 working models that cover the subjects of levers, the wedge, the wheel and axle, the screw, the inclined plane, the pulley, as well as the more advanced gears and linkages! You can find easy-to-follow building instructions for all models either online or in the booklets included. The booklets provide detailed explanations of the different scientific principles applied and incorporate innovative experimental activities for hands-on learning. Quiz sections for each chapter are also available to challenge your newly acquired knowledge! Conduct thorough experiments and discover - the three classes of levers and the use of linkages - how to gain mechanical advantage from wheel, axles and inclined planes mechanisms - how to use pulleys to change force and direction of motion - how to use cams and cranks to produce different types of motion - how to calculate gear ratio and how worm drives work. The Engino Building System was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and E.U. sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.6. Engino Discovering STEM Mechanics Cams & Cranks | 8 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and Scientists with award winning components and step by step illustrated assembly instructionsLearn about transmitting power using Cams and cranks and converting reciprocal linear motion
Build 8 working models such as a sewing machine, flapping Eagle, stationary crane, and more
Includes 10 pages of theory and facts, a 2 page quiz, 3 pages of experimental activities illustrating uses of Cams and cranks, 15 pages of step by step, 3D rendered illustrations
Models illustrated online at Engino website or using the Engino 3D app downloadable free for Android or Apple iOS. Made in CYPRUS
Designed and made in CYPRUS - no batteries required
Description
Engino for ages 8 and up. With Engino' s mechanics cams & cranks set learn how you can transmit power using cams and cranks and how they can be used to convert reciprocal to linear motion. Discover how these mechanisms are crucial elements of many machines even though they are not considered as "simple machines". build 8 working models such as a fishing crane, an oil pump, a moving figure, a moving bridge, a sewing machine and a flying Eagle. You can find easy-to-follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands-on learning. A quiz section is also available to challenge your newly acquired knowledge! conduct thorough experiments and discover - how the handle's position affects force and speed - how the crank's position affects force and speed - how to switch between different types of motion by using cams. The Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components.7. Engino Discovering STEM Mechanics Wheels, Axles and Inclined Planes | 14 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and Scientists with award winning components and step by step illustrated assembly instructionsLearn how wheels and axles use friction to move objects easily and the mechanical advantage between large wheels and small wheels
Build 14 working models such as a mobile staircase, Levered ramp with car, tractor, Tow truck and more
Includes 18 pages of theory and facts, a 4 page quiz, 6 pages of experimental activities illustrating uses of wheels, axels and inclined Planes, 14 pages of step by step, 3D instructions
Models illustrated online at Engino website or using the Engino 3D app downloadable free for Android or Apple iOS. Made in CYPRUS
Designed and made in CYPRUS - no batteries required
Description
With Engino' s mechanics: wheels, axles and inclined planes set and learn how wheels and axles use friction to move objects easily and how big tires compare to small tires. Find out how an inclined plane can be used for lifting heavy objects and how another form of inclined plane, the wedge, is used in every day applications. Build 14 working models such as a launching platform, a door with knob, a well, an airport staircase, an experimental ramp and a splitting wedge. You can find easy-to-follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands-on learning. Features: a quiz section is also available to challenge your newly acquired knowledge! conduct thorough experiments and discover - how to gain mechanical advantage with large wheels - how the wheel and axle mechanism works as a lever - the relation between force and speed - the elements of an inclined plane and how these affect force and distance. - the Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components. Engino for ages 8 and up.8. Engino Discovering STEM Mechanics Pulley Drives | 8 Working Models | Illustrated Instruction Manual | Theory & Facts | Experimental Activities | STEM Construction Kit
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Engino brings complex concepts into clear focus for budding engineers and scientists with award winning components and step by step illustrated assembly instructionsLearn how Pulley Drives can be used to transfer force with reduced force and increase speed
Build 8 working models such as a Crane Bridge, Material Lift, Windmill and more
Manual includes 10 pages of theory and amazing facts, 3 pages of experimental activities, 2 pages of revision quiz, and 15 pages of step by step instructions.
Models illustrated online at Engino's website or using the Engino 3D app downloadable for Android or Apple iOS. MADE IN CYPRUS
Description
With Engino' s mechanics: pulley drives set learn how pulley drives can be used to transfer force with reduced friction and how they can increase force or speed at amazing levels. Pulleys have been used for thousands of years and are essential parts of complex machines in modern times, solving many technological problems. Build 8 working models such as a material lift, a stationary bike, a crane bridge, a blender, a construction crane and a windmill. You can find easy-to-follow building instructions for all models either online or in the booklet included. The booklet provides detailed explanations of the different scientific principles applied and incorporates innovative experimental activities for hands-on learning. A quiz section is also available to challenge your newly acquired knowledge! conduct thorough experiments and discover - how a compound pulley system works - how to change the direction of motion of a pulley system - how a pulley's size affects force and speed. The Engino building system was invented by Costas Sisamos, a former teacher and engineer for the purpose of helping students build technological models creatively and easily to experiment and learn about science and technology in a way that includes all the benefits of play. Research grants from local and e.U. Sources helped transition the three year research project into an innovative product. Since then Engino has developed more snap-fit components such as gears, pulleys, motots, and solar panels. The major advantage of the Engino system is that it's design flexibility enables children to build simple or complex models quickly using a small number of components. Engino for ages 8 and up.9. Creativity For Kids Spark!Lab Smithsonian "Invent Boundless Bridges" Building Set
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LET'S INVENT: Spark!Lab Smithsonian INVENTIVE CREATIVITY KITS are perfect for the child who has ideas for cool inventions but doesn't know where to start.EXPLORE IT: Make your dream bridge a reality. Search famous bridges and how they were designed. Explore bridges near you! Use the Spark!lab invention process to crate your own unique solution
SKETCH IT: Use the Spark!Lab invention guide to draw out your designs. This helps inventors visualize what they are about to build. Problem solving and creativity in a fun open-ended way!
CREATE IT: Start your journey of invention with over 280+ pieces, including sturdy, flexible building sticks, foam connectors, brads, straws, string and more. Construct up to 4+ unique bridge designs
TRY IT: Many inventors think this stage is the most exciting part of the process. Does your bridge work the way you want it to? if yes, congratulations! You now know the process of invention
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What if the only way to get somewhere is to build a bridge? Your friends are vacationing on a Island miles away. You want to join them but the only way to get there is by bridge. Use the Spark!Lab invention process and the included building materials to design and assemble a bridge capable of spanning the waterway separating you from a tropical paradise. With over 280 pcs including sturdy and flexible building sticks, foam connectors, brads, straws, strings and more, you can construct up to 4 or more unique bridge designs. Take time to think about what works best for the bridge you imagined. Some items are sturdier than others, and some are more flexible. Most inventors don't succeed on their first try, and that's Ok. Many inventors and engineer think this stage is the most exciting part of the process. Think it! Explore it! Sketch it! Create it! Try it! Tweak it! Sell it! Our line introduces kids to the process of invention, the same process used by real inventors. Develop 21st century skills such as critical thinking and creativity in a fun, open-ended way. Each Spark!Lab Smithsonian activity presents kids with a unique obstacle to overcome. With the Scenario in front of them and the materials provided as points of inspiration, kids use the Spark!Lab invention process to create their own unique solutions. This product line inspires both analytical and creative thought to show children they can do anything they set their mind to igniting the spark of invention. Spark!Lab Smithsonian inventive creativity kits are designed to provide children with the same hands-on experience at home they would enjoy while visiting the Draper Spark!Lab at the Smithsonian National Museum of American history in Washington, D.C. Since 1976, the Creativity for Kids mission has been to provide children with experiences that stimulate and encourage their natural creativity. Our open-ended products offer fun-filled opportunities for children to create, learn, pretend, and explore. Ages 8+.10. ETA hand2mind Bridge Building Classroom Kit (Pack of 24)
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Introduce bridge building to your classroom and challenge students to design and build their own wooden bridgesBridge building supports a wide variety of curricular including geometry, physics, technology education, mathematics and general science
Includes 24 kits, each with 15 pieces of balsa wood, adhesive, and design parameters
Each balsa piece measures 1/8" x 1/8" x 24"
Includes a copy of Teaching with Model Bridge Building Program
