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STEM Aerospace

STEM Aerospace

Ever wonder how your biggest ideas can take flight?

In our STEM Aerospace program, students don't just learn about engineering—they build it. This pathway takes you from the physics of flight to the assembly of professional aircraft. Whether you want to join the workforce as a CNC operator, become a specialized technician, or attend a university to become an aerospace engineer, this program gives you the tools to launch your future.

Your Future in Flight

From launching your first model rocket in 7th grade to assembling a real aircraft in 12th grade, you are building a resume that stands out. Our graduates are ready to step into the aerospace workforce immediately or excel in top-tier engineering universities.

Grades 7–9: Aerospace Foundations & Engineering Design * Kendra Bourne

Focus on the "Engineering Core" with a heavy emphasis on the principles of flight and space. Learn to think like an aerospace engineer while gaining the confidence to use high-tech tools safely and creatively.

What Students Learn

  • Aviation & Space Basics: Discover the four forces of flight—lift, weight, thrust, and drag—and explore the mechanics of rocket propulsion.
  • Computer Aided Design (CAD): Use professional software like Onshape and SolidWorks to create digital blueprints for 3D printing and laser cutting.
  • Manufacturing & Materials: Understand how raw materials are shaped into flight-ready components.
  • Technical Foundations: Apply algebra, geometry, and measurement concepts to real-world engineering and aerospace modeling.

Hands-On Activities

  • Gliders, Drones, and Rockets: Build and launch your own gliders, code your drones for useful applications, and rockets to see physics in action.
  • Rockets & Gliders: Build and launch your own gliders and rockets to see physics in action.
  • Laser Cutting: Use high-precision laser cutters to engrave and cut parts for aerospace models and design projects.
  • 3D Printing: Turn your digital designs for space capsules or aircraft parts into physical models.
  • Shark Tank: Pitch your aerospace inventions in an entrepreneurship activity that tests your business and communication skills.

Grades 10–12: Design, Fabrication & Automation * Doug Terrell and Greg Bynum

The focus shifts to industrial-grade skills and real-world aircraft production. You’ll move from models to full-scale assembly and advanced robotics, earning the certifications and experience needed for a high-paying career in the aerospace industry.

What Students Learn

  • Aircraft Manufacturing: Learn the precision required to build a CubCrafters kit plane, focusing on structural integrity and fabrication.
  • Electronics & Avionics: Understand the "brains" of the aircraft, including wiring, circuits, and electronic flight systems.
  • Robotics & Automation: Explore how automated systems and robotics are used in modern aerospace manufacturing to increase precision.
  • Advanced Machining & Welding: Master the operation of mills, lathes, and CNC equipment, alongside professional welding and plasma cutting.

Hands-On Activities

  • RC Plane and Drone Design: Design, build, and fly your own Remote Controlled (RC) aircraft and drones applying advanced aerodynamics and electronics.
  • Full-Scale Fabrication: Work on real aircraft components using industrial-grade tools and techniques.
  • Industrial Certifications: Earn your OSHA 10 safety credentials and industry-recognized welding certifications.
  • Competitions: Compete in drone, aerospace, and advanced manufacturing competitions.
  • Work-Based Learning: Take your skills into the real world through internships, industry tours, and registered apprenticeships with AJAC.

College Credit: Earn college credits through our post-secondary partners while completing your graduation requirements through integrated labs and projects.