DIGITAL SPRINKLER
A new household device designed for garden settings that syncs with your mobile phone, allowing you to control your sprinklers remotely.
The Problem: Many current sprinkler systems suffer from poor durability, frequent maintenance issues, and unappealing design. There’s a need for a more reliable, long-lasting, and aesthetically pleasing solution for modern smart homes.
MOCKUPS
SKETCHING
PROTOTYPING
INDUSTRIAL DESIGN
USER AND MARKET RESEARCH
USER TESTING
3D PRINTING
CONCEPT IDEATION
BRANDING
CMF
CONSUMER ELECTRONICS
OVERVIEW
Goals
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Explore the current smart home market
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Identify opportunities for integrating a convenient product
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Develop a solution that could benefit future households
Problem
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Low-quality materials leading to cracking, clogging, and corrosion
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Limited functionality and lack of customization options
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Inefficient water distribution, leading to wasted water
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Lack of integration with smart home systems for remote control
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Difficulty in maintaining and adjusting settings for optimal performance
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Short lifespan due to wear and tear from weather exposure
My Role
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Project Duration: 6 Months
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Design Process: User & market research, sketching, mockups, user testing, brainstorming, CMF, Softgoods, 3D printing, prototyping
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Digital Tools: SolidWorks. Keyshot, Sketchbook Pro, Adobe CC​
Solution
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Design durable sprinklers using high-quality, corrosion-resistant materials
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Incorporate advanced features like customizable spray patterns and timers
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Integrate with smart home systems for remote control and monitoring via mobile apps
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Develop water-efficient technology to reduce waste and optimize coverage
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Create easy maintenance options with self-cleaning mechanisms
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Improve lifespan with weather-resistant and robust components
MARKET RESEARCH
Many sprinkler heads on the market today are of low quality, offering limited functionality and are prone to problems like cracking, clogging, and corrosion. This creates an opportunity to design a more durable sprinkler system that incorporates advanced technology to better support users in maintaining their gardens.
USER NEEDS
Interviewed 3 people to learn about their interests and what features they would like to see in a gardening setup.
CONCEPT IDEATION
Beginning with a form designed for a garden setting, I identified key elements and developed three distinct concepts: a projector, a sprinkler, and a secure compartment. Through brainstorming, I explored various environments and target audiences for each concept, helping to refine the direction and functionality of the designs.
Final Google Digital Sprinkler
BRAINSTORMING
Storyboarding how the Digital Smart Sprinkler works.
PROTOTYPING AND USER TESTING
Throughout the prototyping phase:
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Focused on three different environments where the user interacts with the product
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Considered how the product could assist in various scenarios
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Refined prototype concepts to include buttons, lighting features, and improved functionality
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Created multiple iterations of the designs
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Chose the smart sprinkler as the final concept due to its alignment with the digital assistant approach for the persona
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Developed the final design in SolidWorks
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3D printed and assembled the final prototype
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PRODUCT MOBILE APP
Designed an app to support the smart sprinkler, providing full control over its features, including pH level detection, water usage monitoring, motorized adjustments, and live updates.
Sprinkler head with RFID Chip
3 Way function Spray
LED Lights for nighttime
Motorized box powered by solar power connecters
Google cloud and Assistant supported
The new Google Smart Sprinkler.
The user can install the sprinkler, open the app, and easily connect all devices.​
The user can scroll down to view detailed information about their products for a better understanding.
The user can also check the sprinkler's Wi-Fi connectivity to ensure everything is working properly.
The sprinklers are equipped with a soil reader that monitors pH levels and sends alerts when adjustments are needed.
When someone or something tampers with the garden, it triggers an alert and activates a spray to deter the insects or animals.
The user can rotate the green swivel ball to adjust the direction as desired.
The sprinkler tube can be adjusted up or down using your thumb to easily set the desired height.
Poly-carbonate Lens
Aluminum low brushed screws (2)
Injection Molded
(Green texture finish)
Injection Molded
( Black Texture finish)
FINAL PRODUCT
The product is a modern technological design that seamlessly integrates with other household devices essential for everyday life.
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Outcome
Impact:
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Smart sprinklers have a significant impact by conserving water through adjustments based on weather conditions and soil moisture, which reduces waste. This efficiency leads to cost savings on water bills, as users only water when necessary. The convenience of remote control via apps allows users to manage and adjust their sprinklers from anywhere. Additionally, smart sprinklers offer customization, ensuring optimal coverage for various plant types and areas. Their use also benefits the environment by reducing water consumption and promoting sustainable gardening practices. Lastly, they contribute to healthier, more vibrant lawns and gardens by providing precise watering tailored to the needs of the plants.
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Takeaways:
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Water Efficiency: Saves water by adjusting to weather conditions and soil moisture, reducing unnecessary watering.
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Cost Savings: Lower water bills due to optimized watering schedules.
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Convenience: Remote control via app allows easy management and monitoring from anywhere.
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Customization: Tailors watering for different plant types and areas of the garden for more effective coverage.
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Environmental Impact: Promotes sustainable gardening by conserving water resources.
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Improved Lawn Health: Ensures consistent, precise watering for healthier lawns and gardens
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