The kits comprise a variety of electronic components and sensors, specifically selected for maximum utilisation and experimentation. Programme delivery that does not rely on highly skilled or specific individuals being available onsite.Techniques that do not rely on lab equipment, and costly resources for effectiveness.Kits that are robust, extensive, durable, and economical, that can be delivered anywhere in the world.Train the trainer mechanism so that delivery of workshops can be localised.Online content for experiments can be conducted without a teacher or facilitator.Online resources to provide content anywhere in the world to support teachers, students and facilitators.MaxIQ Space has designed the STEM program so that it can be delivered at scale. 2020 – joint mission to International Space Station with NASA and Quest for Space.2020 – selected as the partner of choice for space education challenges by the USA Department of Education.2019 – BBC Africa most innovative youth technology initiative from Africa.2019 – selected as the STEM programme of choice by USA Cobb County, Georgia.2018 – selected as the official STEM programme for the State of Virginia, USA.2017 – selected as official STEM programme for the South African National Space Agency.2017 – CNN – one of two most innovative social projects in Africa.2016 – World Economic Forum for Africa, programme having the most impact on youth education and gender equality in Africa.University Southern Maine aerospace engineering undergraduate courses since 2020.NASA Ames and Stanford University undergraduate systems engineering since 2020.Georgia Tech postgraduate course (GTRI) since 2019.Princeton Mechanical Engineering undergraduate satellite development course since 2018.Old Dominion University SmallSat Systems Engineering postgraduate course since 2018.CubeSat Developers Workshops CalPoly – practical workshops for educators since 2018.The MaxIQ team has been implementing school and university programmes since 2016, and MaxIQ has expanded delivery globally:
Sign up by end December 2021, "space" is very limited. More details are available here and if you believe your group qualifies for sponsorship, please apply here.īluShift Suborbital Rocket Challenge - MaxIQ and bluShift Aerospace will be challenging student groups to build and launch suborbital payloads. Virtual workshops are delivered by expert Space STEM and Sustainability experts and a rich repository of videos and resources is available to support the subjects covered. Schools or community groups receive modular electronics kits for participants to work in groups or alone. Sustainable Development Goals - with the support of the UN Development Program, MaxIQ runs a global workshop program with students from across the globe. Limited to 30 places, this program is fully sponsored by Intelsat. This first mission is the stepping-stone to missions 2 and 3.going to space! MaxIQ delivers virtual workshops with the theme "Earth in the Context of Our Solar System". Intelsat Gives Back - Mission 1 - a virtual Space STEM program with students receiving their own modular electronics kits at home. no soldering required to build electronics) No requirement for a lab, or any technical equipment (e.g.Affordable, scalable, digital and leading to coding of experiments within minutes.Building young scientists and preparing youngsters for their futures in Industry 4.0.The MaxIQ Space STEM programs are built on the following fundamentals:
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