Month 1 at Mango Elementary: Turning Curiosity Into Confidence Through STEM

D.R.E.A.M.S. Academy officially launched its first month of programming at Metropolitan Ministries’ Mango Elementary campus with an ambitious goal: to help students experience science, technology, engineering, and medicine not as abstract ideas, but as living, hands-on disciplines they could explore, question, and enjoy.

Over the course of four immersive weeks, kindergarten and first-grade students rotated through engineering, software development, and medical science experiences designed to spark curiosity, build confidence, and encourage collaboration. Each day blended structured learning with movement, creativity, and play, ensuring that every student had the opportunity to participate fully and discover something new about how the world works.

Aerospace Engineering Week: Designing, Building, and Launching Ideas

The month began with Aerospace Engineering, where students were introduced to the fundamentals of aerospace engineering through an exciting bottle rocket challenge. The class was divided into two groups so that all students could rotate through every activity. One group focused on rocket design and construction, while the other explored space-themed engineering games that emphasized teamwork and precision.

Students designing rockets were encouraged to think like engineers. They learned how thrust is generated through chemical reactions and how shape, balance, and structure affect flight. Using simple materials and a baking soda and vinegar propulsion system, students created their own rockets, decorating them while also thinking carefully about how their designs might perform once launched. The process emphasized experimentation and iteration, showing students that engineering is about testing ideas, learning from results, and improving designs.

While one group worked on rocket construction, the other participated in astronaut-inspired games that reinforced engineering habits of mind. In Asteroid Speedball, a silent version of a fast-paced group game, students learned one another’s names while practicing focus and teamwork without verbal communication. In Silent Orbit, students lined themselves up in a specific order without speaking, relying on observation, gestures, and patience. The activity mirrored the kind of careful, silent coordination astronauts must use in space, helping students understand that engineering often requires precision and nonverbal problem-solving.

Software Engineering Week: Learning How Computers Think

The second week shifted from physical engineering to software engineering, introducing students to the logic behind computer programming and coding. The week began with the announcement of the Rocket Design Challenge winners, recognizing students whose rockets demonstrated strong creativity, thoughtful design, and successful function. By celebrating both aesthetics and performance, the challenge reinforced the idea that good engineering balances imagination with effectiveness.

Students then rotated through a series of coding experiences designed to teach them how computers interpret instructions. In an unplugged activity called Coder Says, students quickly discovered that computers and robots do not infer meaning the way humans do. Instructions had to be clear and precise, or the results would not match expectations. This lesson was reinforced through an Algorithm Builder activity, where students wrote step-by-step directions for an instructor to follow. When instructions were vague, outcomes were unpredictable, leading to laughter, reflection, and deeper understanding of why specificity matters in programming.

Inside the classroom, students were introduced to Xavier’s Code the Way, a PBS-based coding platform that teaches real programming logic through interactive storytelling. Using the program, students learned foundational coding concepts such as sequencing, start and stop commands, and cause-and-effect relationships. As they experimented with code blocks and watched their instructions come to life on screen, they began to see how logic turns ideas into actions. The room was filled with excitement as students proudly shared their projects, reinforcing that coding is not only technical, but also creative and expressive.

Hematology Week: Understanding Blood and How It Saves Lives

Medical science took center stage on the third week as students explored the role of blood in the human body and learned why blood type compatibility is so important. The lessons began with an interactive simulation that introduced the four main blood types and demonstrated how blood donation works in real medical settings. Using colored liquids to represent different blood types, students created a model blood bank and a group of patients. As “donor” blood was poured into “patient” cups, students observed what happened when blood types were compatible and what occurred when they were not. If the color changed, the donation was unsafe. If it remained the same, the donation could proceed. This visual and hands-on approach transformed an abstract medical concept into something concrete and easy to understand, helping students see how doctors make life-saving decisions every day.

To reinforce these ideas through movement and teamwork, students transitioned into a game of Sneaky Statues. In this activity, students practiced freezing silently and observing carefully, symbolizing the precision, focus, and self-control required in medical environments. Just as doctors must remain calm, attentive, and deliberate when working with patients, students learned that even small movements or distractions can change outcomes. The game provided a meaningful bridge between physical activity and medical responsibility, reinforcing that medicine requires both knowledge and discipline.

Afterward, students continued reinforcing their understanding through a Four Corners game focused on blood type compatibility. By moving to different corners of the room to represent answers, students practiced quick decision-making and repetition while staying engaged and active. Together, these activities ensured that students not only understood how blood types work, but also appreciated the care, precision, and responsibility involved in medical practice.

Medical Science Week: Thinking Like Doctors

The final week of the month challenged students to step fully into the role of medical professionals. Through riddles, classroom scavenger-style challenges, and collaborative problem-solving, students practiced diagnosing issues and searching for solutions just as doctors do.

Working in small groups, students solved medical riddles by locating clues around the classroom and matching symptoms to possible diagnoses. The activity emphasized observation, logic, and teamwork, showing students that medicine is as much about thinking carefully as it is about memorization.

In the second part of the week, students analyzed simple medical case studies and acted them out for their peers. By role-playing scenarios and explaining their reasoning, students practiced communication, empathy, and critical thinking. Teaching one another helped solidify their understanding and boosted confidence as they presented their ideas to the group.