REAL-WORLD STEM. EXTRAORDINARY POSSIBILITIES.
stem education

How to plan a school STEM lab

Design the learning sequence, staffing, space, and support before selecting equipment.

Define the work students will do

List the activities the lab must support: whole-class instruction, small-group planning, simulation, and discussion. Think about what happens at the same time. A room with impressive equipment can still be difficult to teach in if students have nowhere to prepare or review.

Design for access and supervision

Sketch furniture, doors, teaching sightlines, circulation, and power access. Check full equipment dimensions and room around the operator. Review accessibility and local facility requirements with your school’s responsible staff before finalizing the plan.

Plan ownership after launch

Name the people responsible for scheduling, teacher preparation, equipment support, and curriculum coordination. Include recurring costs and support arrangements in the proposal. A small, consistently used setup may be a more useful starting point than equipment with no clear instructional owner.

Bring the idea into a STEMPilot program

Aviation curriculum and guided simulator missions can provide a structured setting for these activities. Review the lesson materials, available class time, and teacher support for the program you select. Match the task to your students and decide how you will assess their explanation of the result.

Ready for takeoff?

Let’s put your students’
potential in the pilot’s seat.

Build an aviation STEM program around your school, your goals, and your students.