Embark on a captivating scientific journey where children delve into fascinating concepts of rebound, magnetism, amplification, forces, impacts, and texture. Through engaging in hands-on activities, students will:

1) Construct a bungee jumper to gain a profound understanding of elasticity and its applications.

2) Craft a magnetic fishing pole, unraveling the power of attraction and exploring the wonders of magnetism.

3) Master the art of amplification by creating their own megaphone, unlocking the secrets of sound amplification.

Moreover, they'll witness the mesmerizing spectacle of air gushing and discover the hidden properties of texture, expanding their knowledge of materials and their characteristics. To top it off, students will engage in the enchanting process of marble growth, immersing themselves in the marvels of nature firsthand. This immersive journey offers an exciting blend of exploration, discovery, and hands-on learning for students to ignite their scientific curiosity.

Includes a step-by-step Teacher Lesson Plan for each activity.

Engaging activities provide children with the opportunity to explore and grasp fundamental science concepts such as axis, propulsion, wind power, gravity, drag, and attraction. Students actively participate in the learning process by creating a variety of items, including:

1) A twirling frog

2) A pompom launcher

3) A Viking ship

4) A balloon chute

5) A magnetized hand

These hands-on projects empower kids to directly experience and comprehend the underlying principles behind these scientific phenomena. By actively engaging in these activities, children develop a deeper understanding of these concepts while fostering their curiosity, critical thinking skills, and creativity. These experiences ignite their passion for scientific exploration and enable them to make meaningful connections between theory and practice.

Includes a step-by-step Teacher Lesson Plan for each activity.

Engaging, hands-on activities are provided for students to explore and learn about various scientific principles, including energy, elasticity, air pressure, rotation, and force. Through these activities, kids will actively participate in the learning process and gain a deeper understanding of these concepts. Students will have the opportunity to:

1) create a slingshot car to observe the transformation of energy,

2) utilize elasticity to construct a bounce catcher,

3) design a car powered by air pressure,

4) harness rotation to develop a raised spinner, and

5) capture the effects of force by building a pirate ship.

By engaging in these exciting projects, students will develop their scientific knowledge while enhancing their problem-solving skills and creativity.

Includes a step-by-step Teacher Lesson Plan for each activity.

The Inventive Thinkers module offers a range of activities carefully designed to enable students to explore and grasp key scientific concepts, including kinetic energy, vertical movement, energy generation, forces, and energy transfer. Through hands-on participation, students are encouraged to create and engage in various projects that enhance their understanding of these principles. They can:

1) Construct a rolling head to observe and examine the concept of kinetic energy.

2) Investigate vertical movement by building a flag raiser.

3) Explore energy generation by constructing a wind-powered disk.

4) Understand the forces at play by creating a rickshaw.

5) Delve into the concept of energy transfer through the construction of a magic card.

By actively engaging in these activities, students develop a deeper understanding of these scientific concepts in an interactive and exciting manner. These hands-on projects provide an immersive and engaging learning experience, fostering curiosity, critical thinking, and a practical understanding of scientific principles.

Includes a step-by-step Teacher Lesson Plan for each activity.

Our captivating activities aim to introduce children to essential science concepts including enclosure, wind power, hoists, acceleration, and perpendicularity. Through hands-on exploration, kids are immersed in a world of scientific discovery as they create a covered wagon, a windmill, a crank crane, a marble ramp, and a rolling clown.

These engaging projects provide children with the opportunity to actively engage with the scientific principles at play, fostering a deeper understanding of enclosure and its applications, the harnessing of wind energy, the operation of hoists, the exploration of acceleration, and the grasp of perpendicularity. By actively participating in these projects, children not only gain theoretical knowledge but also experience the practical application of these concepts, leading to a more profound comprehension of the underlying scientific principles.

Through these interactive activities, children's curiosity is ignited, and they develop essential skills such as problem-solving, critical thinking, and creativity. The hands-on exploration nurtures a love for science and paves the way for a lifelong passion for learning and scientific inquiry.

Includes a step-by-step Teacher Lesson Plan for each activity.

Engage students in the exciting world of motion as they learn to design and construct cars capable of meeting unique challenges. Through a series of captivating activities, students explore various power sources such as gravity, air pressure, stored energy, motors, and more!

These activities provide a hands-on experience that fosters a deep understanding of essential science concepts, including motion, force, energy, energy transfer, measurement, data analysis, electricity, systems, and design. The activities featured in this program include:

1) Gravity Cars

2) Balloon Cars

3) Rubber Band Cars

4) Propeller Cars, and

5) Gear Cars

By actively participating in these projects, students develop their problem-solving skills, unleash their creativity, and gain a comprehensive understanding of the principles that drive the world of motion.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included.

Unleash the soaring imaginations of students as they delve into the captivating world of flight. In the “Make It Fly” program, students explore the science and engineering behind flight as they design and test various configurations to take to the skies.

Through engaging activities, students have the opportunity to design skimmers, helicopters, boomerangs, planes, and aerobatics, discovering the principles that govern motion, force, energy, energy transfer, flight, mathematical calculations, measurement, and estimation.

By actively participating in these projects, students develop a deeper understanding of scientific concepts while honing their problem-solving skills and unleashing their creativity. The activities in this program include:

1) Skimmers and More

2) Helicopters

3) Boomerangs

4) Styrene Planes

5) Aerobatics and Plane

Take your students on this exhilarating journey where the wonders of flight come to life, fostering a love for science, engineering, and exploration.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included

Embark on an exciting journey as students delve into the realm of creating force and discovering the various methods used to store energy and launch objects through the air! Through engaging activities, students explore the design and construction of catapults, cranes, paper missiles, and carbonated chemical releases.

These hands-on projects provide a platform for students to grasp essential science concepts, including force, mechanical advantage, simple machines, energy, energy storage, ballistics, motion, energy transfer, measurement, data analysis, pressure, chemical reactions, and states of matter. The activities featured in this program include:

1) Cranes

2) Mini-Catapults

3) Catapults

4) Pneumatic Blast

5) Chemical Rocket

By actively participating in these projects, students enhance their problem-solving abilities, foster a deeper understanding of scientific principles, and ignite their curiosity in the world of creating force.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included.

Throughout history, boats and ships have played a vital role in transportation, economic development, national defense, and leisure. Join us on an exciting voyage as students uncover the fascinating world of boat design and innovation.

In the “Sail Away” program, students explore a variety of boat designs tailored for different purposes. By applying scientific concepts such as motion, density, buoyancy, measurement, force, energy, electrical circuits, and pressure, students gain a deeper understanding of the principles that govern watercraft.

These activities not only foster critical thinking and problem-solving skills but also nurture an appreciation for science and engineering. Students will embark on a hands-on journey where they learn how to design and construct boats for various environments and functions through engaging activities like:

1) Aluminum Canoes

2) Balloon-Powered Boats

3) Swamp Boats

4) Electric Boats

5) Paddlewheel Boats

By actively participating in the program, students gain a comprehensive understanding of the scientific principles that make boats float, move, and navigate waterways. Join us as we set sail on this exciting adventure, where students uncover the wonders of boat design and ignite their passion for exploration and innovation.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included.

Embark on an inspiring journey into the realm of renewable energy, where students learn to harness, store, and utilize sustainable energy sources. Through engaging activities, students explore the fascinating world of wind and solar power, acquiring the knowledge and skills needed to create, store, and apply renewable energy. These hands-on projects empower students to use multimeters, supercapacitors, and solar panels to overcome various challenges.

Students will develop a solid understanding of key science concepts, including energy generation, energy transfer, energy storage, forces, renewable energy, and electrical circuits by actively participating in activities like:

1) It’s Electrifying

2) Take a Spin on the Wind

3) Harness the Wind

4) Let the Wind Power Your Car

5) Let the Sun Power Your Car

This immersive learning experience not only enhances their problem-solving abilities but also instills a sense of environmental responsibility. Join us on this captivating journey as we explore the limitless potential of renewable energy.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included.

The ever-changing world of weather surrounds us, and there is much to discover about its science and the forces driving these changes. In the Weather and Climate program, students will embark on a captivating journey where they design, build, and calibrate weather instruments to investigate and predict weather patterns. By engaging in hands-on activities, students deepen their understanding of essential scientific concepts, including weather, climate, forces, global wind patterns, atmosphere, air pressure, and weather prediction methods.

Students become meteorologists in training, exploring the intricate workings of weather systems through exciting activities like:

1) Gone with the Wind

2) There’s Water in the Air

3) The Pressure is Building

4) Forecast the Weather

5) Get the Weather Together

They’ll learn to analyze data, interpret observations, and make predictions about future weather conditions. By actively participating in these activities, students develop critical thinking skills, enhance their scientific knowledge, and gain an appreciation for the interconnectedness of Earth’s systems.

Join us as we unlock the mysteries of weather and climate and empower students to become informed stewards of our ever-changing world. Through this immersive learning experience, students will be inspired to observe, analyze, and predict the fascinating world of weather.

Includes Student Inventor Logbooks for recording their observations, ideas, and outcomes. Each activity is linked to a Career Connection. Teacher Instructional Videos are included.

In the world of Design Thinking, students embark on a transformative journey that integrates math, science, language arts, and history into a dynamic and engaging learning experience. In this program, students will apply their knowledge and skills to tackle real-world challenges and unleash their creativity through a series of captivating activities. Let’s explore the exciting challenges that await:

1) Design a Shopping Cart: Students will dive into the realm of product design as they envision and create their own innovative shopping cart. They will consider factors such as functionality, ergonomics, and sustainability to develop a cart that improves the shopping experience.

2) Redesign a Bridge: In this activity, students will take on the role of engineers as they reimagine and redesign a bridge. They will apply mathematical concepts, structural engineering principles, and historical knowledge to create a bridge that is not only functional but also aesthetically pleasing.

3) Redesign a Chair: Students will explore the field of industrial design as they revamp and reimagine a chair. They will consider ergonomics, materials, and cultural influences to create a chair that blends comfort, functionality, and style.

4) Redesign the School Library: In this challenge, students will become architects and interior designers as they transform the school library into an innovative learning space. They will consider the needs of modern learners, technological integration, and effective use of space to create an inviting and conducive environment for learning.

5) Drop an Egg: Students will engage in a hands-on physics experiment as they design a protective contraption to safeguard an egg during a drop. They will apply their understanding of forces, motion, and energy to create a structure that ensures the egg remains intact upon impact.

Throughout these activities, students will utilize free computer software to explore, visualize, and solve challenges. They will apply the principles of Design Thinking, including empathy, ideation, prototyping, and iteration, to develop creative solutions. By integrating multiple disciplines, students will enhance their problem-solving skills, critical thinking abilities, and collaborative mindset.

Join us on this exhilarating journey of Design Thinking, where imagination and innovation come together to shape a brighter future.

Includes Student Workbooks for recording their observations, ideas, and outcomes. Each activity identifies critical thinking approaches used in evaluating the challenges.

Global Adventures takes students on an exciting journey of exploration and discovery as they delve into the world of travel and tourism. This module is designed to provide students with the tools and knowledge they need to plan and create their dream vacation while learning about logistics, pricing, and the diverse destinations available worldwide.

The adventure begins with the fundamentals of trip planning, where students learn how to craft detailed itineraries and design travel packages that cater to the interests and needs of potential tourists. They will delve into the intricacies of destination selection, accommodation choices, and creating memorable experiences for travelers.

As the module progresses, students will gain insights into the global travel industry and the various components that make it function smoothly. They will explore topics such as air travel routes, international regulations, and the role of technology in facilitating seamless travel experiences. By understanding the complexities of air travel and navigation, students will develop skills in finding the quickest and most efficient routes to their desired destinations.

Throughout the module, students will engage in hands-on activities, including pricing exercises, cost calculations, and market research, to enhance their understanding of the financial aspects of travel planning. They will also have the opportunity to explore different world destinations, their unique cultures, landmarks, and attractions, enabling them to curate unforgettable experiences for their virtual travelers.

Comprehensive lesson plans, worksheets, projects, and reflections are provided to guide students through each step of the process. These resources offer structured support and encourage critical thinking, creativity, and problem-solving skills. Students will have the opportunity to apply their knowledge and showcase their understanding of travel planning through engaging projects and reflections.

Global Adventures opens the door to a world of possibilities and broadens students ’horizons as they learn about the diverse cultures and destinations our planet has to offer. By mastering the art of travel planning, students develop valuable skills in research, organization, communication, and entrepreneurship.

Embark on the Global Adventures module and let the spirit of exploration ignite your students’ passion for travel and discovery. Together, we will inspire a new generation of adventurers and global citizens who are ready to make their mark on the world.

Includes Student Workbooks for recording their observations, ideas, and outcomes. Each activity identifies critical thinking approaches used in evaluating the challenges.

Design Your Dream Home invites students to unleash their creativity and embark on an exciting journey of designing their ideal living space. This module provides students with the knowledge and skills needed to conceptualize, plan, and create their dream home while considering various factors such as space, functionality, and sustainability.

The adventure begins with students envisioning their perfect home. They will explore different architectural styles, room layouts, and features to determine the unique elements they would like to incorporate. Students will consider the number of rooms, the size of the yard, and other essential aspects that align with their personal preferences and lifestyle.

As the module progresses, students will delve into the practical aspects of home design. They will learn how to accurately measure space, understand the requirements for furniture placement, and consider the optimal positioning of appliances and fixtures within the home. By developing these skills, students will gain a deeper understanding of spatial planning and the importance of functionality in home design.

Students will also explore the cost of materials and the process of building a home. They will learn about different construction techniques, sustainable building materials, and the benefits of incorporating solar panels and other eco-friendly features into their design. Additionally, students will gain insights into the real estate market and learn about the process of selling a home, including factors that impact its value and desirability.

Throughout the module, comprehensive lesson plans, worksheets, projects, and reflections are provided to guide students through the design process. These resources encourage critical thinking, problem-solving, and creativity as students bring their dream home to life on paper. Students will have the opportunity to create detailed floor plans, 3D models, and presentations to showcase their design concepts.

Design Your Dream Home empowers students to think imaginatively, consider practical considerations, and express their unique vision through the art of home design. By engaging in this module, students will develop essential skills in spatial planning, budgeting, research, and presentation while exploring their own personal style and preferences.

Embark on the Design Your Dream Home module and unlock the limitless possibilities of architectural creativity. Together, we will inspire a new generation of aspiring designers and homeowners who are ready to shape the future of residential living.

Includes Student Workbooks for recording their observations, ideas, and outcomes. Each activity identifies critical thinking approaches used in evaluating the challenges.

Make a Movie is an engaging module that equips students with the skills and knowledge to create compelling video presentations on topics of their choice. Throughout the module, students will embark on a six-step journey, guiding them through the entire process of video production.

The first activity involves selecting a topic, allowing students to explore their interests and choose a subject they are passionate about. They will then move on to the scriptwriting phase, where they will learn the art of crafting a captivating narrative that effectively communicates their ideas.

Next, students will delve into the creative process of illustrating their story. They will explore visual elements, such as storyboarding and scene design, to bring their ideas to life visually. In the editing stage, students will learn to manipulate images, arrange sequences, and add transitions, enhancing the overall quality of their video.

Sound plays a crucial role in video production, and students will acquire the skills to enhance their presentations through the addition of music, sound effects, and voiceovers. The module concludes with students showcasing their creations, allowing them to share their work and receive feedback from their peers.

The Make a Movie module recognizes the increasing importance of video communication across various industries. By engaging in this creative process, students develop essential skills in storytelling, scriptwriting, visual design, editing, and sound production. These skills not only enable them to create impactful video presentations but also enhance their overall communication abilities.

Through the Make a Movie module, students gain confidence in their storytelling and technical skills, fostering their creativity and empowering them to effectively convey their ideas through the powerful medium of video.

The module provides comprehensive lesson plans, worksheets, projects, and reflections that will guide students through the process of understanding how video stories are created.

Includes Student Workbooks for recording their observations, ideas, and outcomes. Each activity identifies critical thinking approaches used in evaluating the challenges.

In the exciting world of Innovation Fitness, students develop a wide range of essential skills through engaging activities that foster problem-solving, critical thinking, scientific experimentation, data analysis, teamwork, communication, prototyping, consideration of social implications, mechanical system design, and evaluation.

Through a series of captivating challenges, students will embark on a journey that stimulates their creativity and ingenuity. The activities included in this program are designed to ignite their passion for innovation and equip them with the skills necessary for success. Let’s take a closer look at each activity:

1) Raceway: Students will tackle engineering problems as they design and construct a raceway for maximum speed and efficiency. They will apply critical thinking skills to overcome obstacles and optimize performance.

2) Keep it Hot: In this activity, students will conduct a science experiment focused on maintaining heat. They will graph and analyze data to explore different methods of heat retention and understand the principles behind insulation.

3) Design a Chair: Students will delve into the realm of ergonomic design as they create a chair that balances comfort, functionality, and aesthetics. They will consider factors such as posture, support, and materials to develop an innovative seating solution.

4) Catch an Egg: This challenge will put students’ problem-solving abilities to the test as they devise a mechanism to protect an egg from breaking when dropped from a height. They will explore concepts such as impact resistance and energy absorption.

5) Find a Treasure: In this activity, students will become explorers on a quest to find hidden treasures. They will navigate challenges that require teamwork, communication, and critical thinking to solve puzzles and overcome obstacles in their pursuit of success.

By participating in these diverse activities, students will strengthen their skills in various areas while developing a growth mindset and fostering a love for innovation. Join us on this thrilling adventure where imagination and ingenuity lead to endless possibilities in the realm of Innovation Fitness.

Includes Student Workbooks for recording their observations, ideas, and outcomes.

Through Innovation Methods, students embark on an exciting journey of discovery, creativity, and problem-solving. In this program, students will delve into a variety of engaging activities that foster innovative thinking, storytelling, self-awareness, engineering problem-solving, historical analysis, data collection and analysis, global exploration, and the mechanics of roller coasters. Let’s explore the captivating activities that await:

1) Make an Elevator: Students will dive into the world of engineering as they design and create their own elevator. They will apply prototype cycles and problem-solving skills to ensure their elevator functions safely and efficiently.

2) Study the Klondike Gold Rush: Through historical analysis, students will delve into the fascinating events of the Klondike Gold Rush. They will evaluate historical events, collect online data, and uncover insights to understand the challenges faced by those who sought their fortune in this significant event.

3) Design a Race Around the World: Students will embark on a thrilling adventure of global exploration as they design a race that spans across continents. They will consider logistics, travel methods, and cultural nuances to create an exciting and challenging race experience.

4) Design a Bridge: In this activity, students will tackle the principles of structural engineering as they design and construct a bridge. They will explore different materials, evaluate load-bearing capacities, and apply their knowledge to create a functional and aesthetically pleasing structure.

5) Create a Simulation of a Roller Coaster: Students will explore the exhilarating world of roller coasters as they develop a simulation of their own. They will convey the mechanics of roller coasters, including concepts such as gravity, acceleration, and energy transformation.

Through these activities, students will hone their critical thinking, problem-solving, and communication skills while developing an innovative mindset. They will discover their unique, innovative personality styles and learn to write narratives that effectively convey their ideas.

Join us on this exciting journey of Innovation Methods, where creativity and ingenuity pave the way for endless possibilities.

Includes Student Workbooks for recording their observations, ideas, and outcomes.