Cubes in Space - Online CADET Academy

Creativity, critical thinking and scientific inquiry are developed and applied to design a simple experiment to fly on a NASA mission this summer!

Online Cadet Academy - 2026

  • Author:
    Amber Agee-DeHart
  • Student Level:
    10-13 Years of Age
  • Time to Complete:
    at least 8 weeks
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Online Cadet Academy
for Upper Elementary and Middle School students

Learn from the Founder of Cubes in Space! This Academy course introduces younger students to the FUNdamentals of science inquiry and engineering knowledge for designing experiments to fly on a real NASA mission to space in the summer of 2026! (24 March - 19 May)

IMPORTANT INFORMATION! - students 10-13 years of age, attending upper elementary and middle school may participate in the Cadet Academy.  We are accepting 10 participants for the Cadet Academy.  If our class is full, please contact us at info@cubesinspace.com to be put on a wait list for a potential second session to be offered.  

**Parents - this is an advanced-level program for younger students that need more of a challenge in their education. Students will be required to attend a weekly, 1.25-hour course session delivered live over Zoom. A quiet, distraction-free location is strongly encouraged for live meetings.  

Both U.S. and international students are eligible to fly experiments on the NASA scientific balloon mission in late summer 2026.  

WEEKLY PARTICIPATION:
This Academy requires participation in live class sessions scheduled Tuesday evenings from 7:00 - 8:15 PM Eastern Time (-4 GMT).  Class meetings begin on 24 March 2026 with the final meeting on 19 May 2026. (No session on 07 April) There will be weekly activities to complete at home. Students should expect to spend an additional 2-3 hours a week completing the activities.  

Tuition includes a reserved space for the student's experiment to fly on our Research Balloon-11 (RB-11) mission flying on NASA's Salter Test Flight Mission in August 2026. However, students must fulfill all Academy requirements to qualify for flight selection.  (No refunds provided if students do not complete Academy requirements.)

Deadline to enroll:  22 March 2026
*We must have at least 3 students enrolled by the deadline. If we don't reach minimum participation, payment will be refunded on 25 March 2026.  

 suborbital science and engineering  
nothing but nerdy awesomeness here

Deadline to Enroll: 22 March 2026


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Big Science in Little Cubes

Suborbital Science 
in Action

This is an exciting and new offering to our Cubes in Space program.  Cadets learn and apply the FUNdamentals of scientific inquiry and design processes.  This is not your typical lecture course.  We will engage WITH cadets to develop, improve and apply creative and critical thinking skills while learning about suborbital space science.  This is definitely an action-packed "learn it - apply it - do it" approach to learning.  Cadets will communicate and collaborate with each other during weekly class sessions and learn from each other too!  And we can't wait to start working with these brilliant young minds! 
Ingenuity Taking Flight

Cubes in Space™

Cubes in Space™, an iEDU program, is offered in collaboration with NASA's Goddard Space Flight Center - Wallops Flight Facility, NASA's Balloon Program Office and NASA's Sounding Rocket Program Office.

What Cadets Will Do

Week 01 - Be Curious!

Curiosity and discovery form the foundation of science and space exploration.  Observation and inquiry are curiosity skills to be developed, practiced and applied across disciplines.  Students will learn how to make observations and pose powerful questions that lead to the development of scientific knowledge. Showing students images and videos, students will be asked questions such as:  
  • What do you notice?
  • What do you wonder about?
  • What can change?  


Students will actively participate and overcome any fears of contributing to a discussion.  The goal is for students to be comfortable asking questions and engaging in true discussion.  

Week 02 - What's Up There? 

Students are always curious and excited about knowing they are designing something that will go into space.  This week, students will learn about the Cubes in Space Research Balloon-11 and Sounding Rocket 12 payloads flying on NASA suborbital missions this summer.  Flight and environmental conditions will be introduced, and students will learn that these will be the key factors to help drive the design of their experiments.  

Week 03 - What's It Made Of?

This week is all about the exciting world of material science!  What are properties of substances that can change as a result of being in space?  And why would students want to experiment with those materials?  Students will bring common objects to this week's session to catalyze our discussions.  The properties of matter that can change as a result of spaceflight will be a crucial part of the students' experiment design.

Week 04 - What's the Problem?  

All Cubes in Space experiments must be connected to a real-world Earth or space-based problem or scenario.  This week students will be guided through the process of connecting the materials studied in the previous week to real-world scenarios that can be researched and serve as experiment concepts for a Cubes in Space mission.  Students will also be introduced to prototyping the payload cube.  

Week 05 - What Did You Decide?  

It's all starting to come together this week!  Students will learn how to develop their experiment concept that describes the real-world problem, what materials will be flown, what space conditions will act on the experiment subject to cause observable and measurable changes.  Experiment subjects are selected from materials investigated in Week 03.  

Week 06 - It's All by Design

Saving the most detailed components until the end, students make the decisions about what will be measured and how.    The pre-and post-flight material testing procedures will be discussed and decided for their experiment design.  

Week 07 - Science Communication

A key component of space mission design is science communication.  Students will learn the fundamentals of data visualization and communication.  These skills will be incorporated into students' Experiment Design Presentations in Week 08.  

Week 08 - Space Mission Experiment Presentations

Students will demonstrate their science communication skills when presenting and describing the experiments.  Presentations are followed by questions, discussions and feedback.  

Read Testimonial | Join! | Learn! | Launch Experiment!

“IT’S THE COOLEST PROGRAM EVER!! There has been constant support from the Cubes in Space team, and I’m so glad I get to be a part of this!” - S.Patel, Cubes in Space Academy Student


"[My daughter] recently received an award from the Society for Women in Engineering and also is a finalist for the National STEM Festival which will be held here in [Washington] DC in March. Her CIS experience has been such a transformative experience, many thanks to your leadership of the program as well as your mentorship to her as one of the...participants." M. Lopez, Parent of Cubes in Space Academy Student 

Frequently asked questions

Is my child's experiment guaranteed to fly on the Cubes in Space mission? 

As part of this course, we reserve a space on our Research Balloon-11/NASA Salter Test Flight mission launching in August 2026.  However, students must successfully complete all activities on time and give a final experiment presentation for their experiment to fly on the RB-11 mission.  (We will discuss our Sounding Rocket-12 mission in the context of a different type of suborbital space flight.  In our program, only US citizens or permanent residents are eligible to fly an experiment on NASA's sounding rocket program. )

Will you communicate with parents?

Absolutely!  Each week we will send a short message describing your child's progress. And if there are issues with which we need your assistance to help your child to be successful, we will not hesitate to contact you in a timely manner.  

Do we get a refund if my child doesn't successfully complete the course.  

Short answer: no.  We ask for your help to encourage your child to meet all the requirements and complete the course.  

What happens if my child misses a class? 

Class sessions will be recorded and posted for one week.  Students will need to watch the missed class and complete the activities on their own.  

When are activities "due"? 

Unless otherwise specified, activities must be submitted by Sunday evening by 11:59 PDT (-7GMT).  This gives the instructor a full day to review activities and provide personalized feedback.  

What happens if my child does not complete a required activity? 

The instructor will email parents on Mondays if an assignment is not submitted.  Students will be permitted to submit one assignment late.  This late assignment must be submitted no more than one week past the due date.   For extenuating circumstances (illness, family emergency, death in family, etc), parents must contact the instructor to discuss and agree to a completion schedule.  

Will you contact my child directly?

ONLY if you give permission and supply their email address. If we are given permission to contact your child, we will ALWAYS cc you.  However, standard procedure is to direct message correspondence to you.  

Do parents/caregivers see the course content and messages?  

YES.  As parents register and enroll their child in the course, that adult has full access to the course. The parent will need to provide the login and password information to their child to access the course and activities.  

What platform is used for the live class sessions?  

We use Zoom.  The meeting invitation link is posted each week, and the link also stays the same week-to-week.  However, we will send out an email and the meeting link the day before our live session.   Additionally, now our Zoom account provides AI summaries of meetings.  The summary will be posted within 48 business hours of the live meeting in the course.  

What if for privacy reasons my child can't be video recorded?

Please contact us directly, and we will discuss the best solution for you and your child.  info@cubesinspace.com

What is my child required to have for this course?

  • Access to a computer and stable internet. 
  • Parents, please create a Padlet account (www.padlet.com) for your child.  We use this platform as a transparent and safe way for students to collaborate with each other and receive constructive feedback on activities. 
  • Access to a free Canva account (www.canva.com) 
  • A notebook where pages are permanent (not a binder) 

My child has special learning needs - is this course a good fit?  

This is an honest answer.  We do not receive any federal, state or local government funding sources to support Cubes in Space.  We are an entirely privately-owned entity.  Therefore, we are not legally required to accommodate special learning and behavioral needs.  However, the Director of Cubes in Space and the Instructor for the Cadet Academy does have a MS degree in Special Education and has decades of experience with accommodations and individualizing educational experiences.   Please contact us at info@cubesinspace.com to set up a call to discuss your child's needs prior to purchasing the course.  We want to ensure that this course is the right fit for your child while ensuring a high-quality experience for all students in the course.  


Meet the instructor

Amber Agee-DeHart

  • Position: Director

  • Cubes in Space
  • Experience:

  • 12 years with Cubes in Space
Over 25 years of experience in program management, communications, instruction, curriculum development and instructional design. Accomplished in the design and delivery of environmental science, integrative STEAM, workforce development and aerospace education programs for students and teachers for organizations such as NASA, the National Institute of Aerospace, Universities Space Research Association (USRA), idoodlesoftware inc, the Rubik Learning Initiative (RLI), and the Virginia Space Grant Consortium (VSGC). 

Recipient of numerous awards including: the NASA Langley Research Center (LaRC) Team Award; the NASA LaRC Director’s Award for Creativity, Teamwork and Innovation; the Virginia Math and Science Coalition’s Programs That Work Award; the NASA Robert H. Goddard Exceptional Achievement Team Award, and the NASA Robert H. Goddard Outreach Award.

Elected to serve as Chairperson on the University Space Research Association's Science and Engineering Education Council and serves on the Virginia Aerospace Business Association Outreach and Scholarship Committee. 
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