Learn Better with Solar System Mini Set

It’s finally here, our revamped Solar System Mini Set is back, and better. Cliché as it may sound, we actually mean every word.

When it comes to developing augmented reality technology, there are very few that can compete with AstroReality’s products.

As we’re always striving for perfection, we’ve designed all our 3D printed and AR enhanced models using NASA data. By doing so, we not only aiming to come up with high quality renders of our products, but also producing factual information. Since accuracy levels can at times be relative, you’ll be pleased to hear that we’ve narrowed down the specifics to about 0.1 millimeters per pixel precision, all based on NASA’s data to bring the accurate solar system replicas to your hands.

Immersive Learning

At AstroReality, we’re all about thinking outside the box, beyond the realms of normal speak. Indeed, it would be unimaginable for ancient man to fathom about exploring the heavens. Today, we’ve managed to traverse various parts of our galaxy, and then some.

At the heart of it all is ambition inspired learning. Ever the liberals, we believe that initiatives like PBL curriculums and OEL opportunities are essential in unlocking the minds of young people.

PBL

With project-based learning (PBL) initiatives, it’s quite easy to engage with students since they are able to practically apply concepts they’re learning. This pedagogical approach encourages students to actively work together and come up with solutions to real-world problems.

When done correctly, PBL usually results in higher level learning and thinking which enhances the problem-solving attributes of learners

Other amazing benefits of PBL are:

• Student-centered learning. The tutor is simply there to facilitate the learning
• Morale booster among students. They’re motivated to work towards accomplishing something
• A chance for students to practice social and communication skills through collaboration
• Puts less emphasis on memorization and fosters critical thinking
• Students get to learn how to learn

OEL

Given just how essential STEM learning is to the economies of tomorrow, it’s essential for countries to think about the long term impact of investing in the younger populace.

With Observing for Evidence of Learning (OEL), teachers are able to stray away from the conservative practices of comprehension analysis. More specifically, the program encourages students to be more proactive and self-independent.

Students undertaking career pathways in fields like Technology and Engineering need to be guided along specific paths. By implementing OEL, teachers are able to critically scrutinize the core element of openness in experimental work.

In typical settings, laboratory engagements are usually prescriptive and passive. However, with OEL, all this is done away with and teachers step away from the steering wheel and get into an observer role.

Through active participation, learners are able to take a leading role in their assignments. All the right regions in their brains get triggered and they are able to design, lead, conduct, analyze and interpret information, all on their own. It’s the best formula to prepare students for future real-life situations.

Augmented Reality for PBL and OEL

Through our STEM learning initiative, we encourage students to step up and get their hands dirty. The various options we provide them allow them to tap into their creative juices and take in the spotlight once they are able to come up with fantastic innovation ideas.

This kind of learning is more meaningful in that learners are more engaged in their undertakings. Amazingly, students have the freedom to zoom-in on an area of interest and decide how they want to put to work the lessons learned.

Using our augmented reality app you can get your dose of inspiration and use it to engage, motivate, and inspire students to explore the universe

By interacting with AR technology, students are able to acquaint themselves with important technological skills that are sure to be put to good use in the future. Learning how to come up with multimedia presentations, think on their feet, quickly access informational repositories and communicate with others normally has a positive impact on students.

At AstroReality, our goal is to empower learners. With the Solar System Mini Set, we’re certain we’ll be able to enthuse the next generation of leaders to start thinking about our home planet and the cosmos at large. It’s beautifully tailored to appeal to both PBL curriculums and OEL opportunities.

Learn better with the accurate solar system models of AstroReality

From an aesthetic perspective, our Solar System Mini Set perfectly blends and adds much-needed pomp and color to any room it’s introduced to. Our designers made a point of appealing to all and sundry as they worked on crafting models that capture the essence of the planets in our solar system whilst ensuring that haptic feedback was available.

AstroReality at ISTE 2019 with TechTerra

Handing students the opportunity to come up with projects on the fly is a great way to help them learn. This is because it does so much more than enable them to device authentic products that meet their needs, it also gives them a platform to freely express themselves as they please. This level of personalization ensures that classrooms are more student-centered and they’re able to dream up real-world applications of their ideas. It’s magical.

AstroReality Solar System Mini is at ISTE2019 with TechTerra Education, showing our STEM education initiative of our Solar System Mini Set.

Solar System Mini’s interactive software has been designed to further empower students to explore and learn better. We are excited to show this STEM learning tools to all the educators at ISTE2019 today with our partner TechTerra Education.

AstroReality’s education partner TechTerra is showing case at ISTE 2019 at Philadelphia.

AstroReality’ Chief Science Officer J.R. Skok is showing the curated lesson plan of Solar System Mini Set.

Come and check our booth #2052 for a hands-on experience for the future of space education.