Modern children, more than previous generations, are interested in advanced technologies and robot toys, and that’s a good thing. Well-designed robot toys help kids develop curiosity, creativity, and collaboration skills while introducing kids to engineering.
Are you looking for an effective educational toy? Consider buying a robot. Here is the list of the best robot toys currently available in the market.
Robotic Art Kit by Twin includes a set of electronic bits (fan, power, and slide dimmer) and craft materials (fan filter, confetti paper, and paint, etc.). It’s a perfect option for you if you are looking for a toy that develops kids’ natural creativity and curiosity.
The best thing about this robotic art kit is that it’s LEGO-compatible. It means that your kids can come up with unique STEM projects and realize their creative potential. If your kids are already familiar with LEGO toys and LEGO history, completion of the project will bring them not only joy but also the feeling of accomplishment.
Perfect toy for: Kids who like to be involved in creative projects
Age group: 5-8
Price: $44.90
Benefits of Robotic Art Kit:
Helps to develop creativity
Drives curiosity
Easy to use
Affordable
Ozobot Bit Maker Starter Pack
Ozobot is one of the most miniature programmable robots. It’s equipped with optical sensors that detect colors. Kids can program this robot toy using color language – OzoCodes – making the robot turn, accelerate, slow down, and more.
This toy helps kids learn the basics of programming and develop 21st-century skills such as creativity and critical thinking. Using this toy, children can get familiar with new concepts and master new skills in a fun way.
Perfect toy for: Curious kids who like hands-on experiments
Age group: 6-9
Price: $99.99
Benefits ofOzobot:
Helps to learn the basics of programming using color language
Comes with a USB charging cable, markers, and do-it-yourself accessories
Helps to develop creativity skills
Robot Inventor by LEGO
Many decades ago, the founders of LEGO Company used wood to make simple toys. Today, LEGO is known as one of the most innovative toymakers in the world that heavily invests in research and development (click the link to read more). This well-known company strives to create products that help little learners fall in love with science and new technologies.
Robot Inventor is a toy that opens the world of unlimited educational and playing possibilities for modern kids. The kit comes with more than 900 pieces and a mobile app. It means that children can not only build a robot but also program it.
Perfect toy for: Diligent children who are ready to want to learn coding.
Robo Explorer is a robot toy that kids can rebuild into a robot dog with a light-up jetpack or a robot bird with light-up eyes. The set includes over 200 pieces and LEGO light bricks.
The robot has bright-green eyes, working tracks, and arms with a working claw and searchlight. It can rotate the body and head. If your kids are fans of LEGO brick sets, they will like to build and play with this Robo Explorer.
Do you want to raise the next Elon Musk? Gift this Autonomous Vehicle Kit by Twin to your kids to draw their attention to the use of new technologies and trigger your children’s creative thinking.
Working on the creation of this unique robotic toy, your kids will learn the concepts of self-driving car technologies and better understand the term “artificial intelligence”. Teach your kids in a fun way, and then they will be more open to new learning experiences.
Perfect toy for: Kids who love cars and are interested in advanced technologies
Age group: 7-10
Price: $199.00
Benefits ofAutonomous Vehicle Kit:
Familiarizes kids with the concept of artificial intelligence
Comes with a comprehensive user’s guide
Easy to build
Jimu Robot Kits Meebot 2.0 Kit by UBTECH
Jimu Robot is interesting to build, fun to code, and great to play with. The kit includes 390 interlocking parts and connectors as well as motion robotic servo motors. This toy is just perfect for hands-on STEM learning.
By working on this project, your kids will understand that engineering is a fun thing. They will try to program the LED lights and customized dance sequences of the robot toy. They will gain their very first coding experience, and probably it will influence their future career choice.
Perfect toy for: Diligent children who like hands-on STEM learning
Age group: 8+
Price: $129.95
Benefits ofJimu Robot:
3D, 360° building instructions are available via JIMU app.
The toy provides an interactive STEM learning experience.
Allows creating custom actions with the PRP (Pose, Record, Play) function
Wrapping up
There are many robot toys out there. Your task is to choose a toy that matches your kids’ interests and is suitable for your kids’ age while also is affordable for your family.
All these six robot toys provide great opportunities for effective hands-on STEM learning. If you still don’t know what toy to pick, show this list of toys to your kids and allow them to make a final decision.
BIO: Marques Coleman is an educational writer and content creator. He promotes the use of new technologies for early childhood education and advocates the use of innovative toys. Marques is a blogger and volunteer at a local youth center.
We are living through a turning point. Globally, we share a feeling of insecurity for the future. Health crises, climate change, inequality…What comes next? One thing is certain – the youth of today will be the change-makers of tomorrow. It’s time for change and time to give children a new form of learning. We are Twin, a new educational experience that upskills children with physical and digital products.
Why join our mission?
We’ve spent the last 10 years working with kids, teaching them, and learning from them. As of today, Twin has reached 400,000 children, 1,200 schools and 15 countries. Our partnerships with the likes of London Business School, Imperial College London, Ford, Boeing and Rolls-Royce give kids access to first-rate future skills in a way that’s fun.
And we’re proud to say that we’ve gathered 2.6 m dollars ın revenue cumulatively. With COVID, education at home gained more importance and it boosted our kits sales. We have grown 5 times within the last 6 months. Now is the perfect time to join us and share this journey.
Seedrs is one of Europe’s largest equity crowdfunding platform. Investors can invest if the fall in to one of the following three categories:
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Investors who can be resident in any country aside from the US.
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What exactly is Twin?
Twin isn’t about technology. It’s about learning. Twin is a complete educational program which makes learning playful, individual, and wholesome. Using our Twing mobile app, science kits, and curriculum of playful lessons, kids aged 5-13 grow their confidence, interests, and STEAM skills.
Invest now! Together we will continue the momentum of Twin’s growth. and build the best EdTech Platform!
The word of the day is “hybrid learning.” Actually, it’s two words and a term that has now cemented itself as a fixture in educational circles, especially in the time of Covid-19. There’s a plethora of articles already out there about hybrid learning, but perhaps after reading the 100th one today you still feel a little confused. Hopefully this post will act as a clarifier on what exactly the benefits of a hybrid learning model are and how you can support your child’s hybrid learning. Here’s everything you need to know.
What is Hybrid Learning?
Hybrid learning is an approach to learning that simultaneously combines online and in-person teaching to create the ideal learning experience. An instructor using a this kind of model delivers live lessons in a classroom and to students studying remotely at the same time. Along with its synchronous (live) lessons, hybrid learning may also include asynchronous (non-live) online learning tool and methods like pre-recorded video instruction and online assignments to support in-person classroom initiatives. A hybrid learning model may include but is not limited to:
Video conferencing
Online assignments and tests
Online exercises
Online discussion forums
Pre-recorded video instruction
COVID-19 and Hybrid Learning
In the last twenty years we’ve seen a gradual shift of teaching to online spaces. In recent years classrooms have adopted a ‘blended learning’ model that requires in-person attendance and employs asynchronous tools. Now, however, the onset of Covid-19 and the worldwide disturbance it has brought to our lives, especially to the education sector, has prompted schools to head online at warp speed. Currently, hybrid learning has become a core strategy for many educational (and non-educational) institutions that wish to reopen. Educators can use a this strategy to engage students and rotate them in and out of the classroom so that they may take turns attending classes in person and online.
The Benefits of Hybrid Lessons
While the traditional and online education models both have their drawbacks, hybrid learning seems to have found a happy medium between the two models. One of its benefits is that it has increased educational access for students. In the past, in-person teaching required all students to be within traveling distance throughout the duration of their course to receive an education. However, with hybrid learning, this is not necessarily the case – students may have access to learning from remote locations, which can attract students from a wider range of locations, increasing student turnout. Additionally, hybrid learning encourages both educators and students to prioritize classroom time and take advantage of a wide variety of teaching resources. By reducing class sizes a hybrid learning experience can provide students with valuable face-to-face contact time. Moreover, this way of learning encourages the adoption of EdTech, which can boost interactivity, act as supplemental material to pre-existing curricula and reinforce lesson plans more deeply in students.
Support Your Child’s Hybrid Education with Twin STEM Kits & Twin App
The age of EdTech platforms is now. With Covid-19 it is important now more than ever to ensure that a child gets everything they can out of their education. Learning and finding ways to conceptualize materials presented in class in an engaging and fun way is key to a child’s progress in their educational and personal life. This fact has only become more relevant as students are being asked to conceptualize lessons without the structure of a traditional classroom.
Twin presents children and educators a new way to embrace play time through STEM toys and our educational Twin app, which can be easily integrated with pre-existing lesson plans. Our team has developed STEM Kits that teach children about robotics, science, and technology like never before. Twin empowers children to leverage the resources at their disposal to enhance their hybrid learning with playful, individual, and wholesome educational experience. Children are encouraged to design, build and code with easy and safe to use electronic modules to create an infinite number of projects.
Will online learning become a mainstay in schools even after COVID-19 is eradicated? Experts believe that online learning will in fact continue to play a role in student’s lives and be further integrated into education, especially since there are now efforts on how to improve the hybrid learning model. To best support today’s and future students, we recommend parents to equip their children with EdTech resources like Twin to not only supplement their education, but to enhance it.
What is analytical thinking? It is a computer like way to solve analytical problems. Why should we think like computers? How can we foster our kids’ analytical thinking? We will look for answers to these questions in this blog.
What is analytical thinking?
Analytical thinking is built on 4 concepts: abstraction, pattern defining, decomposition and algorithmic thinking. An algorithm is an instruction used frequently in many of the technologies. Algorithmic thinking is also seen in our daily life. “If this happens, then do this” and many other conditional phrases are examples of it. We call the ability to solve problems by ranking the concepts and taking out the irrelevant ones, “analytical thinking”.
How do kids learn analytical thinking?
Lessons like maths might seem tough at the beginning. Analytical thinking might also seem like it requires a wide knowledge of technological devices. Infact, it is an interdisciplinary area that can be learned with sources found in each classroom. For example, books and daily technologies are great tools to enhance your analytic skills. Besides, imagination is the besy way to improve it and no source is required!
You can also learn from 100 Twin Curriculums. You can foster you students’ learning with this curriculum. What else? We have 5 tips for you to use Twin sources in your lectures in our blog.
A good sleep is the key to a better learning experience. A poor sleeping schedule may affect your kids’ growth in a highly negative way leading problems in attention span. Why should we care about our children’s sleeping schedule? What happens as a result of a poor sleep? Why is sleep so important to enhace learning. We came up with 5 important points to answer these questions.
1. Proper sleep fosters planning skills.
Lack of sleep may cause damage on brain’s area which is responsible from planning and problem solving. Thus, kids have trouble in figuring out easy tasks or they lose their school materials. They might also find it difficult to prioritize their homeworks. An insufficient amount of sleep also decreases kids’ response time.
2. A poor sleep makes them angry and weak.
Kids’ bodies produce energy to start the next day better while sleeping. If a kid cannot get proper sleep, he might feel frustrated. They might have trouble joining in teamworks and adopting to what is around them. If your kids suffer from such issues for more than 2-4 weeks, consult your doctor.
3. A good sleep increases attention span.
According to researches, lack of sleep cause brain to feel like sleeping while awake. So, kids that cannot get enough sleep may have a decrease in their attention span. They may have trouble in focusing. They have a great tendency to make mistakes or concentrate on something for a period of time.
4. Sleeping enhances memory.
When kids do not get enough sleep, their memory is affected at the first place. A brain that lacks sleep has difficulties on focusing. So, it makes it a lot more difficult to remember new things properly. A poor sleeping schedule might also damage the forming of memories. For example, if a kid learns a new topic at school, he may forget it the next day.
5. Sleep affects creativity.
Creativity is connected to memory and attention. Lack of sleep affects these two as well as creativity negatively. Brain refreshes itself during sleep. A brain that doesn’t do so, cannot produce something new. Thus, you cannot expect a kids who doesn’t get enough sleep to be creative.
“When I first came to this workshop, I was a bit confused, and a bit nervous of what was going to happen. But once I got into it, it was a lot of fun and I made a lot of friends and the races were a lot of fun. The instructions were so straightforward, and it was really easy and fun to do it.” (Visually Impaired Student, RSBC)
At Twin Science, we seek out every opportunity to bridge the education gap in our communities. We wish to close this gap and ensure that all children receive equal educational opportunities by ensuring our products are accessible and that we focus our resources to delivering the latest technologies to the most disadvantaged and underserved kids. Our purpose for doing this is to develop kids of all backgrounds with double wings. The first wing represents strong competences in different subject areas while the second wing denotes highly developed 21st century skills and a strong sense of social responsibility. We hope to accomplish this through delivering a wholesome STEAM education to the coming generations.
Our workshop with the Royal Society for Blind Children London was focused on delivering advanced, yet fun and engaging educational projects suited to their needs. Our workshop proved to be a success and demonstrated that science has a unifying power. Our team guided students through a number of projects that were accessible and fitted their needs without sacrificing any of the important skill-development aspects of the projects. At the end of the day, we saw that the students were able to design and build autonomous vehicles with our Twin Kits!
At first, the students seemed to question their ability to build these projects and interact with the technologies in the Twin Kits. With some encouragement and some explanation, however, the students quickly embraced the core goals of our projects and jumped into everything with confidence and excitement. Soon, they were playing with the modules, going beyond guided projects and taking the initiative to discover new creations without much direction needed by our team. Each time they learned a new feature of the technologies, they were encouraged to go further. At the end of the day, students expressed that they were surprised with they accomplished and that they had more confidence to learn about and design new creations. The technology that seemed tough at the beginning was now easy-peasy!
The workshop’s main focus was to inspire the students to discover how fun they could have when encouraged to go out of their comfort zone and learn new things. We saw that not only did we achieve this, but also our team and RSBC volunteers really enjoyed the workshop a lot. They joined in with the construction of the cars while guiding kids with instructions – we saw this left a lasting impression on the students and volunteers because they were able to make valuable and deep connections by working together.
“It was fascinating session. I have never done anything like this before while volunteering with RSBC.” Steve Tomkins (Dedicated Volunteer, RSBC)
What was so encouraging for our team was that the students expressed that besides feeling accomplished for completing their project, they felt that they could use their skills to solve real-life problems outside of confines of the workshop. We actively encouraged the students to reflect on the work they did with our team to ensure they developed a good understanding of the material at hand and to impart the underlying message of leveraging technologies and skills to affect a positive change in the world.
We truly enjoyed our workshop with the students of the Royal Society for Blind Children London and look forward to working them again, along other education institutions.
If you want to have a workshop with us at your organization , please send us an email: [email protected]
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