education Classroom Solutions for Science & Technology preview

Transcription

1 Classroom Solutions for Science & Technology 2012 preview

2 some brand awards content 02. Engino Key Stages 03. Introduction BEST PRACTICE SME 04. Levers set / Linkages set 05. Wheels & Axles set / Inclined planes & Wedges set / Pulleys set 06. Cams & Cranks set / Gears set / Screws set 07. Structures & Bridges set MOST INNOVATIVE TOY 2010 BUSINESS AWARDS 2010 r. To y D BEST NEW PRODUCT NOMINEE Best Green PRODUCT Powered Simple Machines set 09. Solar power & other forms of energy set 10. Master set

3 ENGINO TOY SYSTEM was developed by a group of engineers and teachers for the purpose of helping pupils build technical models easily and creatively, so that they can spend more time in experimenting and learning about technology. Research grands from local and E.U. funds helped materialize the 3 year research to an innovative product, launched internationally in Since then, the company has developed more snap-fit components such as gears, pulleys and motors, and also a series of activity books and CD s that help children interact with technology and learn by doing. The major advantage of ENGINO system is that it enables children to build fast and easy, simple or complex models, using a very low number of different components and a much lower quantity of parts. Solar and other forms of Energy: Design and Technology: Assemble components How to use mechanisms Evaluating data Solar panels Science: Collect evidence to answer questions Role of science in developing our cultures Solar Energy Structures: Design and Technology: key stages Assemble components Knowledge and understanding of structures (loads, forces, etc.) Working characteristics of paper Evaluating data Science: Collect evidence to answer questions Investigating skills Changing materials by bending, stretching etc. Role of science in developing our cultures Global and diverse nature of Science Elasticity Powered Simple Machines: Design and Technology: Assemble, join and combine components How to use mechanisms (gears, cams etc.) Simple Machines (levers, screws, inclined planes etc.) Mechanical advantage Investigating skills Evaluating data Science: Collect evidence to answer questions Forces and Motion, Friction, Energy, Momentum Investigating Skills Measure Distance and Mass Role of science in developing our cultures Global and diverse nature of Science 02.

4 All models have detailed, step by step instructions, printed in a full color booklet. The parts are color-coded and the images are realistic and simple, without the technical look, making the building instructions very easy to follow. introduction All patented engino parts are designed to snap fit together in various combinations. The rugged plastic material assures that parts will be used again and again. All engino sets contain the same library of parts meaning that they can be easily combined together. Colours of and decorative designs on elements may vary. The activity books of the Mechanical science series have been created by a team of technology teachers so that they follow the most up-to-date Design and Technology curriculum and STEM methodologies. These books include theoretical information about the different machines, with many full color images, drawings and interesting facts. Various experiments and activities are presented and the child can actually write in the book, completing tables and noting results and conclusions. In addition there are building challenges and quizzes, together with their answers so that children can evaluate themselves after they have completed each book. The books are ideal for home schooling but also for primary and secondary schools

5 Engino Education has developed this new series of Mechanical Science, especially for children who question everything around them and want to do something about it! The series deals with 8 core subjects of Mechanics: Levers, Linkages, Gears, Wheels & Axles, Inclined planes & Wedges, Pulleys, Cams & Cranks and Screws in a fascinating and enjoyable way, unlike any conventional science class. These minisets are ideal for a group of 2-3 children and include besides the instruction manual as a studentteacher book with background theory on each subject, interesting experiments and activities and also a test quiz. M01 levers Learn how Levers are used to increase force and lift heavy objects and how the use of levers can change the direction of motion. Build 7 working models including a parking gate, a seesaw, 2 types of weighing scales and a wheelbarrow. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included. M02 linkages Learn how by connecting many levers together you can create models with complex motion. Learn how such links can be applied on various machines and build 9 working models including a mechanical extendable arm, a lifting platform, a pantograph, a moving figures toy, a folding ladder and a parallel weighing scale. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included

6 M03 wheels & axles Learn how wheels use friction to move objects easily and how turning wheels can help move around corners. Also how big wheels compare to small wheels. Build 7 models including a tractor, a motorcycle, a door, a car with steering wheels and a car lift. A 36 page activity book is included with innovative experiments and detailed explanation of the different technological principles applied! A booklet with detailed building instructions is also included. M04 inclined planes & wedges Learn how an Inclined plane can be used to lift heavy objects and how a Wedge is used in every day applications. Build 6 models including a splitting wedge, an automatic ramp with a car, an airport staircase and a car with crane. A 36 page activity book is included with innovative experiments and detailed explanation of the different technological principles applied! A booklet with detailed building instructions is also included. M05 pulleys Learn how pulleys can be used to transfer force with reduced friction and how to increase force or speed at amazing levels. Build 7 working models including a stationary bike, a construction crane, a crane bridge, a moving bridge, a material lift, a windmill and a blender. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included

7 M06 cams & cranks Learn how you can transmit power using Cams and Cranks and how these can be used to convert reciprocal to linear motion. Build 5 models including a fishing crane, a pumpjack, a flying eagle, a sewing machine and a moving figure. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included. M07 gears Learn how gears can easily reduce or increase speed, change Force, or transfer motion from one position to another. Build 8 working models, including an experimental crane, a gearbox, a carousel, a hand drill, a helicopter, a hand blender, a rotating sign post and a high speed fan. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included. M08 screws & worm drives Learn how worm drives are used to greatly lower rotational speed and how screws can convert circular motion to linear, while greatly increasing force. Build 5 working models, a screw press, a folding lifting platform, 2 cranes and a vice. A 36 page activity book is included with innovative experiments and detailed explanations of the different technological principles applied! A booklet with detailed building instructions is also included

8 structures & bridges The ability of engino parts to connect up to 6 different directions simultaneously with easy snap fit assembly, make engino ideal for exploring the three dimensional space. Special elements such as pivoting joints allow any angle to be created and assemblies are not restricted to angles of 90 and 45 degrees. The patented extendable rods can extend to cover any distance and students can create and experiment with all types of triangular shapes. This al set comes in a plastic box and is ideal for key stages 2&3. There are enough parts to build 2 models simultaneously so that 4-6 students can split into two smaller groups. Both groups can build one of the seven featured models and then compare their constructions and experiments. They can also combine all parts for larger building challenges, creating domes, famous buildings or bridges with large spans. The set includes 2 sets of instructions, one for each group, and models cover a house, two types of truss bridges, a suspension bridge, an arch bridge and a cable bridge. Colours of and decorative designs on elements may vary. Types of Structures. Triangulation. Types of Forces such as tension, bending & torsion. Types of Loads such as live, working & dead load. How arches work. Types of Bridges such as Arch, Truss, Cable and Suspension. This interactive activity software is designed for the Structures and Bridges set. It includes 7 experiments and 4 problem solving activities in interactive and printable format. For each activity there are 3D interactive animations allowing the students to see how models move while rotating and zooming in. The CD also presents all background theory on the subject of Structures with many graphics, images and animations. It further includes printable quizzes so that teachers can evaluate what their students have learned. 07.

9 Switch 1: Forward - Reverse Switch 3: Fast or Slow powered simple machines The POWERED SIMPLE MACHINES classroom set comes in a plastic box for secure storage and easy handling by students. The set includes gears, pulleys, worm gears, axles and cranks, so that students can build fully functional machines. It also includes a 4.5V high-torque geared motor that can work from a wired Remote Control. Children can build more than 70 different models from this set, each model demonstrating different principles of mechanisms and simple machines. Besides mechanisms this set also covers the Newton's Laws of Motion. Detailed building instructions are included for all models. This set is ideal for Key stages 2&3. Switch 2: Solar Power or Battery power operation Colours of and decorative designs on elements may vary. 1st, 2nd and 3rd class levers, balance of Moments. Transfer of motion, changing direction. Friction and wheels, diameter effect on speed and torque. Slope of inclined plane, Forces analysis. Changing speed and power, mechanical advantage. Simple and Compound pulleys. Types of motion, conversion using cranks and cams. Types of gears, gearboxes and gear ratio. Newton s Laws of Motion, gravity, momentum, action and reaction. This interactive activity software is designed for the powered simple machines set. It includes 40 experiments and 8 problem solving activities in interactive and printable format. For each experiment and activity there are 3D interactive animations allowing the students to see how models move while rotating and zooming in. The CD also presents all background theory on the subject of Mechanisms and Motion with many graphics, images and animations. It further includes printable quizzes so that teachers can evaluate what their students have learned. 08.

10 solar power x2 Two solar panels (3V each) designed to assemble on engino parts. RC & other forms of energy This classroom set will help students learn about the concepts of energy with emphasis on Solar energy. More than 30 models can be built, each designed for investigating how energy is converted and stored. The set includes two 3V solar modules which can work individually or connect in parallel for increased output. A very unique feature of engino solar energy module is the hybrid ability, that is the motor can run either on batteries (3xAAA) or from the power of the Sun. The panels can connect directly on the motor with a small wire or can transfer power via the wired RC handset. The use of handset allows the model to be lighter and to move in any direction irrespective of the position of the Sun. The set also includes a set of gears and axles for more elaborate motion transfer and also elastic bands and balloons for making experiments on energy storage and conversion. Wired remote control handset, hybrid function enabled! It connects directly to Solar panels or it can work with 3xAAA batteries. Includes 3 switches for complex function: (1) Forward - Reverse, (2) Solar Power or Battery power operation, (3) Fast or Slow. Colours of and decorative designs on elements may vary. Solar Energy and other renewable forms. Conservation of Energy. Gravity, momentum, work, power and efficiency. Types of Energy such as kinetic and dynamic. Storage of Energy using balloons and elastic bands. This interactive activity software is designed for the Solar power & other forms of energy set. It includes 20 experiments and 4 problem solving activities in interactive and printable format. For each experiment and activity there are 3D interactive animations allowing the students to see how models move while rotating and zooming in. The CD also presents all background theory on Renewable energy and other forms such as Kinetic and Potential Energy. It includes many graphics, images and animations and printable quizzes so that teachers can evaluate what their students have learned. 09.

11 master set design & technology This is the ultimate al set as it comprises of all the different engino classroom sets, the STRUCTURES, SIMPLE MACHINES and SOLAR POWER. With this set students get a chance to experiment with all the different subjects of science and technology and engage in advanced problem solving. Students can build more than 100 models from this set. It comes in a plastic box for secure storage and easy handling by students. It contains 495 components with more near 2000 connecting points. Colours of and decorative designs on elements may vary. Mechanisms: levers, linkages, wheels & axles, inclined planes & wedges, pulleys, cams & cranks, gears and screws. Transfer of motion, changing direction. Changing speed and power Simple and Compound pulleys. Types of motion and conversion. Newton s Laws of Motion, gravity, momentum, action and reaction. Solar, Kinetic and Dynamic energy. Structures & Triangulation. Types of Bridges such as Arch, Truss, Cable and Suspension. This interactive activity software is designed for the Design and Technology Master set. It includes more than 60 experiments and 30 problem solving activities in interactive and printable format. For each experiment and activity there are 3D interactive animations allowing the students to see how models move while rotating and zooming in. The CD also presents all background theory on the subjects of Structures, Simple machines, Newton s Laws of motion, Renewable Energy and Kinetic and Potential Energy. It includes many graphics, images and animations and printable quizzes so that teachers can evaluate what their students have learned. 10.

12 for Science Engino.net Ltd P.O.Box Limassol, Cyprus European Union Tel.: Fax: Website: & Technology 2011 Engino.Net Ltd, All Rights Reserved. Classroom Solutions