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Home > Courses > F23 INDS 3500 Industrial Design Studio V (Studio) > Daynha Piniones

Root Hydroponic

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INDS 3500 | Industrial Design Studio V (Studio)

Min Kang & Jeff Feng

Daynha Piniones

Nutrient imbalances are a frequent issue in hydroponics. These imbalances can result in stunted growth, poor yields, and nutrient deficiencies. Approximately 25% to 30% of hydroponic crop problems are related to nutrient issues. Maintaining the correct pH level in a hydroponic system is crucial for nutrient absorption. pH-related problems account for about 20% of hydroponic issues. Novice hydroponic growers may encounter a variety of issues due to lack of experience and knowledge.

Mission Statement

Maintaining a proper indoor garden or hydroponic system can be challenging due to the intricacies involved in creating an optimal growing environment, such as manually regulating without a optimal system By developing a main monitoring system it would be able to detect balanced nutrient levels. water quality, and manage quality and intensity of UVA light throughout the plant’s life cycle stages it requires.

Statistics and survey results

Approximately 25% to 30% of hydroponic crop problems are related to nutrient issues. pH fluctuations can lead to nutrient lockout and plant stress.pH-related problems account for about 20% of hydroponic issues. 24% of at home systems fail due to lack of proper maintenence. Algae problems account for approximately 10% of hydroponic challenges.

Hydroponic System Challenges

Maintaining a hydroponic system can be challenging due to its technical demands, precise environmental control, and ongoing upkeep. While it offers efficient, year-round growth, requires commitment and continuous learning.

Nutrient Management

Time and Attention

Precise Environmental Control

Hydroponics Essentials

Hydroponics is a soil-free growing method where plants thrive in water or inert mediums like coir or rock wool. Nutrients, light, and oxygen are carefully managed, while environmental controls ensure ideal conditions. It’s efficient, space-saving, and reduces the need for pesticides.

Existing Technology

Hydroponic systems use smart tech to create ideal growing conditions. Grow lights, nutrient delivery, and environmental controls support plant health, while sensors, timers, and remote monitoring automate care. The result: efficient, scalable, and sustainable growth.

Target User

Beginner home gardeners

Beginners who practice hydroponics in their homes, apartments, or small indoor spaces for personal use, often as a hobby.

Urban gardeners

City dwellers who utilize hydroponic systems to grow plants indoors, on balconies, or in small outdoor spaces.

Busy Scheduled People

People love to garden but have no time to properly care and tend to their garden as needed.

Style Guide, User flow & Wireframes

The design system for Rooted blends nature and clarity through a refined style guide of earthy colors, clean typography, and organic icons. user flow maps a thoughtful journey from onboarding to plant care, ensuring intuitive navigation. Wireframes lay out each screen with simplicity and purpose, shaping a calm, accessible experience from the ground up.

System Mapping & Final System

ROOTED integrates smart design and technology to optimize indoor plant care. A system map outlines its core components—sensors, rotating trays, and lighting—while the app provides real-time updates and suggestions. Users interact through a sleek mobile interface, monitoring plant health and adjusting environmental settings with ease. It’s a seamless blend of physical innovation and digital control.