Passion Project

HydroMate

A comprehensive tracking app for hydroponic gardeners. Nutrient tracking, pH monitoring, and harvest management built in 3 days using reusable architecture.

Product Designer & Developer 3 Days Android & iOS Dart, Claude Code, Gemini, Visual Studio
HydroMate app dashboard showing hydroponic system monitoring with nutrient levels and pH tracking

Multi-system dashboard with nutrient tracking, pH monitoring, and harvest management at a glance.

PLACEHOLDER: Nutrient tracking screen showing pH, EC, and TDS readings with historical trends

Nutrient tracking with pH, EC, and TDS readings displayed in real time.

PLACEHOLDER: Smart reminders screen showing scheduled nutrient changes and pH checks

Smart reminders for nutrient changes, pH checks, and harvest schedules.

Multi-System Dashboard

Monitor multiple hydroponic systems from a single view with real-time status indicators.

Nutrient Tracking

Log and visualize pH, EC, and TDS levels over time to keep nutrients in optimal range.

Smart Reminders

Automated alerts for nutrient changes, pH checks, and harvest windows so nothing gets missed.

PLACEHOLDER: Detailed nutrient log entry screen showing pH, EC, TDS input fields with trend indicators

Nutrient log entry with pH, EC, and TDS fields — optimized for quick input in the grow room.

PLACEHOLDER: Harvest tracking screen showing plant growth stages and estimated harvest dates

Harvest tracking with growth stages and estimated harvest dates per system.

PLACEHOLDER: System detail view showing individual garden metrics and recent activity log

System detail view with per-garden metrics and recent activity timeline.

PLACEHOLDER: Settings and preferences screen

Settings and notification preferences.

PLACEHOLDER: Nutrient solution library with recommended ranges per plant type

Nutrient solution library with plant-specific ranges.

PLACEHOLDER: Add new hydroponic system setup flow

Add new systems with type, plant, and nutrient details.

Built on Printory's Architecture

HydroMate adapted Printory's inventory tracking components to nutrient monitoring in just 3 days, proving the power of designing reusable architecture from the start.

Printory

Core architecture — 2 months

HydroMate

Adapted in 3 days

Verdant Lab

Adapted in 3 days

PLACEHOLDER: pH trend chart showing readings over a 30-day period

pH trend visualization over 30 days.

PLACEHOLDER: Multi-garden overview with color-coded health indicators

Multi-garden overview with health indicators.

PLACEHOLDER: Analytics and nutrient history summary

Analytics and nutrient history summary.

The Process

Hydroponic gardening sits in a frustrating middle ground: existing tools are either oversimplified plant-watering reminders or complex greenhouse management suites built for commercial operations. Home growers juggling multiple systems need something in between — a way to track nutrient levels, monitor pH drift, and manage harvest timing without the overhead of enterprise software. I saw this gap firsthand managing my own setups and knew the problem was well-suited to a focused mobile app.

Rather than starting from scratch, I leveraged Printory's reusable component architecture to accelerate development dramatically. Inventory tracking patterns mapped cleanly to nutrient tracking: spool objects became nutrient logs, stock-level alerts became pH/EC threshold warnings, and the check-in workflow adapted to daily readings. By reusing data models, state management, and UI components, I went from concept to a functional alpha in just 3 days — validating the architectural investment made during Printory's development.

Alpha testing with 6 users surfaced critical insights that desktop prototyping never would have revealed. Growers use the app with wet hands in humid environments, so touch targets needed to be larger and input flows simplified. The mobile-first refinements focused on reducing taps for daily nutrient logging, adding high-contrast mode for bright grow-light conditions, and optimizing the dashboard for quick glance-ability when checking on systems throughout the day. Validating that the interaction language translates across domains confirmed the architecture's flexibility.

PLACEHOLDER: Printory-to-HydroMate component mapping diagram

Printory-to-HydroMate component mapping

PLACEHOLDER: pH/EC/TDS trend chart showing nutrient levels over time

pH/EC/TDS nutrient trend chart

PLACEHOLDER: Multi-garden management wireframe showing system architecture

Multi-garden management wireframe

Impact

3 Days

Concept to Alpha

Reusable

Component Architecture

6 Testers

Alpha Users Onboarded

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