Structure for a complex learning journey.
A coaching system must connect content, progression, and feedback. The project explores how those elements can work together over a sustained learning journey.
From the idea
to the implementation.
- 01
Build the learning structure
I organized the concept around competency units, prerequisites, and a source library so progression has a consistent foundation.
- 02
Connect content to applications
The development implementation uses a shared curriculum revision across Flutter interfaces for Windows and Android. The reviewed build includes 37 units and a 252-source library.
- 03
Separate application checks from coaching research
The recorded receipt covers 15 Flutter checks, 10 tooling checks, and a Windows launch check. Camera and stationary-sensor feedback remain a separate physical-validation track.
Decisions that
shape the system.
Design the learning progression
Organize material into competency-based units and prerequisites.
Carry one content structure across devices
Keep the Windows and Android builds aligned to the same curriculum revision.
Treat sensing as a separate research track
Explore camera and stationary sensors while requiring physical validation before claiming movement-correction accuracy.
- Source library
- Curriculum structure
- Shared content
- Device interfaces
- Feedback research
Inside the implementation
This project illustrates the breadth behind the consulting practice. The useful engineering lesson is how to organize complex subject matter into a consistent, testable product structure without confusing a software milestone with a validated teaching result.
What the work
demonstrates.
A development build includes 37 curriculum units and a 252-source library. The recorded build receipt contains 15 Flutter checks and 10 tooling checks, plus a Windows launch check.
Why it matters to a client
Demonstrates structured knowledge design, cross-platform prototyping, and research-to-product thinking.