Coronado Students’ Experiment Selected for the International Space Station

Contact: Melissa Fears, Director of Communications and Marketing

Phone: 913-279-2225
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.


January 18, 2019

Space Project day 1 13web

Kansas City, Kansas, January 18, 2019 - Kansas City, Kansas Public Schools is pleased to announce that a microgravity experiment by four students at Coronado Middle School has been selected for the *Student Spaceflight Experiments Program Kansas City, Kansas (SSEP KCK) Mission 13 Flight to the International Space Station (ISS).

The experiment, which focuses on the Growth of Mint in Microgravity, is expected to be launched into outer space in the spring/summer 2019. Four Coronado students along with their 8th grade science teacher Erin Morley, and a team from KU GEAR UP, are working together on this once-in-a-lifetime experiment. Those student participants, who are also referred to as the project’s co-principal investigators, are as follows:

  • Uhunoma Amayo, 7th grade
  • DaQuon Cheadle, 8th grade
  • Carlos Jimenez Reyes, 8th grade
  • Daleshone Sharkey, 8th grade    

Space Project day 1 19

“It is a huge honor to have our students’ project to be recognized in this way,” said Morley. “They worked extremely hard during and after school to get to this point, and continue to work extra hours to prepare the experiment for the flight to the International Space Station,” she said.

Identifying a Proposal:

The students explored several options for a project proposal, including mold and seeds. The students wanted to conduct an experiment with materials small enough to fit inside a 10 milliliter test tube as well as fit the criteria of being helpful for astronauts.  They eventually chose mint seeds because of the size and its usefulness as a natural remedy for headaches and upset stomachs.

Space Project day 1 10 web 

Selecting the Winning Proposal:

Community Program lead organization, aSTEAM Village, in partnership with the University of Kansas GEAR UP, enabled 1,276 students to participate in the Student Spaceflight Experiments Program. A total of 77 students submitted 19 proposals that advanced to the Step 1 Review Panel where a local cohort of engineers, scientists, educators and organizations selected the finalists’ proposals. Kansas City, Kansas Public Schools had a total of nineteen student research teams from different schools within the district that advanced to the Step 1 Review vying for this opportunity to represent the Kansas City, Kansas Public School District in the Student Spaceflight Experiments Program Kansas City, Kansas. 

The winning proposal from Coronado was selected from the three finalists that advanced from the Step 1 Review phase, by the National Step 2 Review Board assembled by the National Center for Earth and Space Science Education.

boy working on science project with tweezers

Kansas City, Kansas Public Schools’ two other finalist teams are from Coronado and Argentine middle schools. The following are their proposals and the individuals involved in those experiments:

  • The Efficacy of Organic Mold Killer Treatment in Microgravity, Coronado Middle School
    • Teacher Facilitator: Erin Morley
    • Co-Principle Investigators:
      • Stephanie Arroyo, 8th grade
      • Marleen Carmona, 8th grade
      • Leah May Perrin, 8th grade        
  • The Effects of Mold Growth on Blueberries in Microgravity, Argentine Middle School
    • Teacher Facilitator: Alexander Taylor
    • Co-Principle Investigators: 
      • LaMya Alexander, 8th grade
      • Mwangaza Chobole, 8th grade
      • Nahomy Lopez, 7th grade
      • Avieser Pacheco, 7th grade
      • Carina Perez, 7th grade
      • Fazila Uwimana, 8th grade 

All of the students and facilitators are to be congratulated for a job well done.  

*The Student Spaceflight Experiments Program (or SSEP) is a program of the National Center for Earth and Space Science Education (NCESSE) in the U.S. and the Arthur C. Clarke Institute for Space Education internationally. It is enabled through a strategic partnership with DreamUp PBC and NanoRacks, LLC, which are working with NASA under a Space Agreement as part of the utilization of the International Space Station as a National Laboratory.