← All projects
Interactive learning / Independent productLive

Growing, explained..

Understand the system. Then grow with it.

hydroponics.how + aquaponics.how
Hydroponics.how’s nutrient film technique guide with its actual 3D cutaway system and component notes.
A static capture of the nutrient film system in cutaway view, alongside its component notes.

Two publications make the mechanics of growing visible. Readers can inspect a system, follow its water path, and connect each component to the practical work of running it.

The challenge

A flat diagram can hide the connections that matter. Interactive teaching needs to show how a system fits together while remaining useful on a small screen or without WebGL.

The approach

Detailed guides are paired with assembled, cutaway, and exploded system views. Calculators show their assumptions; static diagrams and complete lesson text remain available without the 3D engine.

Current availabilityHydro.how is the companion forwarding domain. Educational content does not claim independent specialist review.

WHAT THE WORK ENABLES

Built around
the useful details.

Specific capabilities, connected to
the people doing the work.

Show connections that are difficult to explain with text alone.

Keep guides usable on small screens and without the 3D engine.

Give publishing and sponsorship placements an organized home.

THE EXPERIENCE

From the first step
to the next one.

  1. 01

    Choose a system

    Find a guide for the growing method and the components involved.

  2. 02

    Understand it

    Inspect assembled, cutaway, and exploded models alongside the lesson.

  3. 03

    Plan with context

    Use supporting calculators with visible assumptions and reference material.

THE BUILD INCLUDES
  • Two subject-specific learning publications
  • Interactive 3D systems and static fallbacks
  • Calculation tools and publisher controls
LOOK UNDER THE HOOD

Interested in how it works?

Matthew’s developer portfolio covers the implementation, shared packages, and source examples behind this project.

Explore the engineering ↗