Flipped Classroom
Students read material before sessions and come prepared with questions. Class time is devoted to discussion, problem-solving, and hands-on application rather than lectures.
How We Teach
Pedagogical Approach
A structured, hands-on methodology that transforms curious students into confident engineers.
Pedagogy
Our Approach to Learning
Why do so many engineering students struggle? They encounter rigorous methods for the first time in college. TESA students experience them first—in a supportive environment where they build the skills that lead to success.
4-Step Learning Process
Mathematical Analysis
Solve problems analytically by hand
Computer Programming
Build programs to verify hand calculations
Modeling & Simulation
Develop and validate simulated models
Physical Construction
Build and test real systems
1
Mathematical Analysis
Solve problems analytically by hand
2
Computer Programming
Build programs to verify hand calculations
3
Modeling & Simulation
Develop and validate simulated models
4
Physical Construction
Build and test real systems
Dynamic Notes
Students create “dynamic notes” using MATLAB LiveScripts—a fusion of book material and programming code. These interactive notes remain useful 3, 5, or 10 years later when the material is needed again.
Computational Foundation
Courses are computationally based. Students build computer programs of equations from textbooks, generate graphs and data for further study, and develop practical programming skills alongside theoretical knowledge.
“Students don't just learn theory—they prove it works, code it, simulate it, and build it.”
Course Structure
How TESA Courses Work
TESA's category-based curriculum combines rigorous academics with hands-on learning experiences. Students don't just learn theory—they apply it to solve real-world design challenges while earning industry-recognized credentials.
Flexible Progression
Courses are organized by category, not grade level. Students can enter at any stage and progress at their own pace without feeling behind.
For-Credit Courses
All courses are credit-bearing and approved by UC A-G, providing academic recognition that counts toward high school graduation and college applications.
Hands-On Learning
Every course emphasizes practical application. Students build, program, test, and iterate on real engineering projects rather than just reading textbooks.
Real-World Design Challenges
Students tackle authentic engineering problems used in aerospace industry. From rocket design to orbital mechanics, challenges mirror professional scenarios.
Your Path to Industry Credentials
Stage 1
Foundation
Pre-Engineering & MATLAB
Stage 2
Exploration
Physics, Programming & Technical Writing
Stage 3
Specialization
Aerospace Engineering Disciplines
Stage 4
Certification
Industry Credentials & Capstone
Enter at any stage, progress at your pace
Ready to Launch Your Future?
Take the first step toward a career in aerospace engineering. Contact us today to learn more about enrollment for the upcoming academic year.
High School
27 STEM Courses
3 Certifications
Or reach out directly at [email protected]
UC A-G Approved
Cognia Accreditation in Progress
Credit-Bearing Courses