Superhero Training
for the Digital Age
Three studio courses. One unbroken thread.
From a first Python sketch to an AP college credential —
built by makers, for makers.
“We talk to machines in their language and get them to do our bidding.”
“Play is the highest form of research.”— Albert Einstein
“Imagination is more important than knowledge.”— Albert Einstein
“What we learn with pleasure we never forget.”— Alfred Mercier
We solve mysteries as Digital Detectives. Every program has a bug. Every algorithm has a reason. Students learn to read, trace, and debug code the way a detective reads a crime scene — with curiosity, patience, and method. The answer is always in there. Finding it is the skill.
The Three Studio Courses
CS Foundation Studio
Where curiosity becomes capability. Visual computing and logic through Python from day one.
- Python 3 + Processing.py + Turtle Graphics
- Visual & event-driven computing
- S.P.A.R.K. with full AI collaboration
- Grades 9–12 · No prior experience needed
CS Innovations Studio
The internet is a canvas. Students build web experiences people can visit, interact with, and share.
- HTML · CSS · JavaScript · p5.js
- Responsive design + interactive media
- S.P.A.R.K. with AI-assisted development
- Grades 9–12 · Foundation recommended
AP Developer Studio
Java, object-oriented design, algorithms — and one AP exam that earns college credit before graduation.
- Java 11+ · Object-Oriented Programming
- 4 AP Units · 5 CT Practices · AP Exam
- S.P.A.R.K. adapted for AP exam integrity
- Grades 10–12 · AP Computer Science A
Your Mentor
Kent Pendleton
A 40-year veteran teacher who believes every student has the capacity to think computationally — they just need the right environment to discover it. Mr. Pendleton brings decades of classroom experience together with modern AI-assisted pedagogy to create a studio culture where curiosity is the curriculum and making things is the lesson.
Page 2 of 2 · Pedagogy, Framework & Logistics
The S.P.A.R.K. Method
Every course runs on S.P.A.R.K. — a five-step framework that keeps the student, not the AI tool, in the driver’s seat.
Define what you’re building before you open the editor.
Use AI as a thinking partner — direct it, don’t just accept it.
Read every line. Trace the logic. Never accept output blindly.
First drafts are just starts. Iteration is the work.
Teaching it is the deepest test of understanding.
Why “Studio” and Not “Class”?
The word is intentional. Studios don’t produce students who sat through content — they produce makers who built something.
Produce Things
Studios exist to make something real. So do these courses.
Hands-On
No one goes to a studio to take notes.
Experimental
Creative mess is welcome. Iteration is the point.
Craft
Elegance, not just correctness, is the goal.
One Thread
Python to Java — same maker posture throughout.
Program Pathway
Students may enter at any level. Most follow this progression:
Student Evaluation
Grades reflect both the work produced and the thinking process behind it — not just correctness.
Why Visualization?
Code is abstract. Visualization makes it concrete. From a moving dot in Python to a p5.js animation to a Java object model, every course is designed so students can see their logic run. When a loop produces a spiral, when a class renders a visible object on screen — that moment of seeing is the moment of understanding. This is why we build visible things first.
Connect & Explore
Full course guides with live S.P.A.R.K. demonstrations, actual student prompts, and detailed AP breakdowns are available online.
A note to parents: This program is built on the belief that every student can learn to think computationally. There is no prior experience requirement — only the willingness to try, to fail gracefully, and to build something better on the next attempt. That is the spirit of the studio, and it belongs to your student.