Fun STEM Homeschool Ideas | Sphero Robots & STEM Kits for Learning At Home (2024)

In the realm of homeschooling education, the integration of STEM (Science, Technology, Engineering, and Mathematics) isn't just a trend but a transformative approach to learning. Sphero's range of innovative programmable robots, STEAM kits, and hands-on activities offers a powerful tool to enhance their curriculum and empower learners of all levels and interests. Even for homeschool educators who aren't STEM experts themselves, Sphero provides an accessible entry point to give kids and teens essential STEM skills.

With a hands-on, project-based approach to learning, homeschooling becomes a dynamic journey where kids and teens deepen their understanding of everyday subjects like language arts, science, and mathematics. By incorporating coding, invention, and hands-on learning, Sphero's tools foster creativity, critical thinking, and confidence in students. Whether it's exploring engineering principles with the Blueprint Build Kit, diving into coding and experimentation with the Sphero Mini Activity Kit, or using Sphero BOLT to simulate food's journey through the digestive system, each Sphero tool is designed to make learning engaging and accessible for homeschoolers of all backgrounds.

As a result, the STEM approach specifically helps homeschoolers develop critical thinking skills to solve real-world problems. Therefore, kids learn to view learning as not just a means to an end but an enjoyable process that lasts a lifetime.

Curate a STEM Homeschool Curriculum

With Sphero’s programmable robots, STEAM (STEM + the Arts) kits, and free, hands-on activities for all ages, learning styles, and abilities, it’s easy for homeschooling parents to elevate their curriculum by incorporating this fun and experiential approach to learning.

The Sphero learning ecosystem is designed to unlock skills through coding, inventing, and play-based learning. Kids and teens thrive in this type of learning environment. With Sphero, homeschooled kids can learn about all four pillars of STEM and gain confidence in expressing their creativity and imagination in new and different ways.

Sphero Educational Tools for Learning STEM at Home

With Sphero technology tools, homeschooling parents can customize the learning experience to suit any style or interest. Hands-on learning keeps kids engaged and can help reduce their daily screen time—something all parents are no doubt concerned about. And it’s easy to integrate Sphero tools into existing homeschool lesson plans.

Sphero Blueprint Build Kit

This award-winning modular mechanical system is designed to make engineering hands-on, fun, and accessible for middle and high school students. The kit includes more than 300 parts (for over 20 guided builds), including gears, pulleys, screws, and ropes with clamps. They easily snap together and snap apart and can be assembled to bend, twist, and slide. Build, test, and disassemble prototypes can be built in as little as 45 minutes.

With Blueprint, kids and teenagers are free to be creative and use their imaginations. As they build, they refine their problem-solving skills. Homeschool educators can access free units of lesson plans, which include teacher guides and student handouts. Sphero even supports various CAD certification curricula and provides free resources to get the most out of Blueprint. The next generation of innovators, engineers, and changemakers starts with Blueprint!

Sphero indi Student Kit

Designed to engage kids ages four and over, the Sphero indi Student Kit provides hours of intriguing learning. Kids learn colors, directions, and puzzle-solving skills, and can level up learning with a mobile app that allows them to program indi with a pre-reader-friendly, simplified block coding language. The car-shaped robot introduces kids Pre-K and older to STEAM and computer science principles in a fun, engaging way. They can build mazes, solve puzzles, and even get into simplified block coding options with the free Sphero Edu Jr app.

The indi educator guide was created to help educators incorporate indi into any content area to help reinforce computational thinking skills through a series of lessons designed specifically for PK–2.

Sphero BOLT

The Sphero BOLT robot is specially designed to leverage play-based learning to foster a love of robotics, coding, and STEM principles for beginner to advanced programmers. Kids and teens can express creativity programming BOLT to display custom graphics with the 8x8 programmable LED matrix. With its advanced sensors and innovative technology, BOLT seamlessly combines hands-on play with STEAM and coding activities. An extensive library of educational games and free cross-curricular activities is available, allowing homeschool educators to find BOLT lessons to add to their existing curriculum. Sphero BOLT is ideal for practicing collaboration and teamwork throughpair programming as well, as BOLT is designed to support a 2:1 student-to-robot ratio.

Computer Science Foundations (CSF) & Other Curriculum

For homeschool educators looking to provide learners with a scoped-and-sequenced introduction to programming, the Computer Science Foundations curriculum is designed to help students master block programming by manipulating sensors, loops, conditionals, variables, and functions, and rewrite simple block programs in JavaScript.

Sphero also offers 20 free Cybersecurity Labs to use along with Sphero BOLT that help make the complex world of abstract cybersecurity concepts come to life through hands-on activities and visual representation.

Sphero Mini Activity Kit

With the Sphero Mini Activity Kit, kids use an app to make the Sphero Mini robot do all kinds of cool things! This neat little robot is great for beginners and has programmable colorful LED lights that glow, motor encoders, a gyroscope, and accelerometer sensors. The kit also includes STEM-inspired activity cards, a construction set, bowling pins, and cones to build mazes, design obstacle courses, and construct towers. Homeschool parents can access computer science and cross-curricular activities, and kids program Mini with Draw, drag-and-drop Blocks, or JavaScript Text commands in the Sphero Edu app.

littleBits STEAM Student SET

This easy-to-use engineering and circuitry kit lets kids invent and code to their heart’s content. The littleBits STEAM Student SET comes with 25 snap-together bits and 34 accessories and includes printed teacher support materials along with 40+ hours of standards-aligned STEAM and Coding curriculum. This electronics kit encourages exploration, experimentation, and creativity through hands-on learning. Up to four students can use one kit, allowing kids to practice collaboration and teamwork!

Embrace the Change!

Activities in the Sphero Edu app are free to access, even if you don’t have a robot (yet!). You can also check out the activities for indi, Blueprint, and more on our resources pages. Check them out and see how Sphero can integrate into practically any subject you’re already teaching.

Sphero STEAM educational tools don’t just introduce technology into homeschool curriculum, they also leverage the latest and most effective methodologies and technology for teaching and learning. The activities and tools keep homeschoolers engaged for hours as they learn while playing. Elevate STEM homeschool curriculum with Sphero robots and STEM kits.

Fun STEM Homeschool Ideas | Sphero Robots & STEM Kits for Learning At Home (2024)

FAQs

What is robotics for STEM education? ›

Importance of Robotics Education

Robotics education goes beyond merely building and programming robots and robotic tools; it empowers students with crucial STEM skills while fostering a mindset of critical thinking, innovation, and collaboration.

Is Sphero discontinued? ›

Both Sphero 1.0 and 2.0 have been discontinued.

What is the difference between STEM and robotics? ›

Robotics provides students with the ability to apply STEM principles in real-world applications. Students may construct and program robots to help tackle real-world issues such as environmental cleanup, rescue operations, and supporting individuals with impairments.

What is a Sphero robot? ›

Sphero is a spherical robot that can be paired with a tablet or smartphone. You can change. Sphero's color, play different missions, and control Sphero's movements from a multitude of. different apps for a customizable experience.

What is an example of an educational robot? ›

THE MOST POPULAR EDUCATIONAL ROBOTS

Among the most popular are: Makeblock mBot: this is a robot with wheels designed to introduce children to robotics, programming and electronics. It is easy to assemble and easy to control thanks to Scratch-based software designed for children.

Is robotics a STEM activity? ›

This is why STEM (Science, Technology, Engineering, Mathematics) education has been emphasized at all levels in schools. Meanwhile, the use of robotics has played an important role in STEM learning design.

What is the alternative to Sphero robot? ›

See how Sphero compares to similar products. Sphero's top competitors include Robo Wunderkind, KEYi Tech, and Makeblock.

What does a Sphero teach? ›

Sphero makes remarkably cool, programmable robots and STEAM-based educational tools that transform the way kids learn, create and invent through coding, science, music, and the arts. Using information available, combined with skills acquired, can help make good decisions.

What age group is Sphero for? ›

At Sphero, we make more than just robot toys, we provide powerful educational tools that come with access to 1,000+ free lessons and activities for students PK–12 to help teach computer science, programming, core curriculum, and more. Find the right coding robot for your learners today!

Is robotics a science or math? ›

Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences. However, most people think that engineers are just whizzes at math and science from the get- go, but that's rarely ever the case.

Is AI considered STEM? ›

There has been a rise in the use of artificial intelligence (AI) in STEM (Science, Technology, Engineering, and Mathematics) education. An AI-driven education brings with it potential benefits and challenges to the way students learn, and leaves implications for the future of how STEM is taught.

What is robotics for kids? ›

Robotics for kids allows children to learn STEM concepts in a hands-on environment. They learn how to program, design, and make their own robots. Robotics offers an educational tool for kids to think out of the box. Many times kids have ideas of what they dream to create. Robotics makes those dreams come true.

What is a moxie robot? ›

Moxie is the first robot capable of believable social interactions and emotional responsiveness, enabled by generative AI, natural language processing, and computer vision. With Moxie, you're not just buying a social robot- you're getting constantly updated play-based social emotional content.

What is an omni robot? ›

ECOVACS DEEBOT X1 OMNI Robot Vacuum Cleaner with Mopping

ECOVACS Robot is designed to change the way people live and work. It comes with unique features like Auto Empty, Auto Wash, Auto Refill and Auto Hot Dry.

What is STEM robotics? ›

STEM Robotics involves engineering, and computer science incorporated with design, construction, operation, application, and computer systems to produce something called robots.

What is STEM in robotics? ›

STEM is an acronym for Science, Technology, Engineering and Mathematics. STEM is based on educating students in four specific disciplines in an interdisciplinary and applied approach rather than teaching the four disciplines separately.

Why is STEM robotics important? ›

Importance of STEM and Robotics Education

Secondly, STEM and robotics education foster critical thinking, problem-solving, and analytical skills. These skills are essential not only in STEM-related fields but also in various other disciplines, enabling students to approach challenges with creativity and innovation.

Is robotics a STEM class? ›

Robotics provides a microcosm of technologies that support STEM education. In addition to being fun, robots engage beginners and advanced students and incorporate many of the fundamental STEM concepts providing a learning platform that students enjoy.

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