About project
Hydrosight is a start-up established to help people rationally use water for their needs. For this, it was decided to create a system that allowed people to receive information about the condition of the soil, weather, and plants. This system has to be easily integrated into the working process and should provide timely notifications, offer recommendations, and manage irrigation.
The goal
The primary purpose of this project is to create a device with sensors for soil moisture, soil salinity, and soil temperature, as well as a mobile app that can be used to collect and analyse data from the sensors. Based on analyzed data, the mobile app should help individuals and organizations make informed decisions about managing and optimising their water and soil resources.
Main phases
Design Process
Hydrosight was a very challenging and comprehensive project. In the initial stage, I took on the role of a Brand designer, tasked with crafting the logo and establishing the corporate identity. As the project progressed into the second phase, my role shifted towards that of an Industrial designer, focusing on modelling the sensor's physical body and its overall appearance. In the third stage, my responsibilities changed to UX/UI Designer with the creation of the mobile application.
Phase 1.
Brand Identity
Brand Identity
Brand guidelines
Overall, I'm extremely happy with the design and prototyping process, and I can't wait to see the soil monitor sensor device put to use in the field. Its sleek and modern design is not only functional but also visually appealing, making it an excellent addition to any garden or agricultural setting.
Phase 2.
Modelling Device
Modelling Device
Design Process
Production samples
I was able to create a sleek and modern design for the device that not only looks great but is also practical and functional. The device has a streamlined, curved shape that makes it easy to handle and place in the ground for accurate soil monitoring.
After refining the design, I moved on to the prototyping stage, where I used a 3D printer to create a physical prototype of the device. This allowed me to test the functionality and identify any potential issues before moving on to the manufacturing stage.
After refining the design, I moved on to the prototyping stage, where I used a 3D printer to create a physical prototype of the device. This allowed me to test the functionality and identify any potential issues before moving on to the manufacturing stage.
Overall, I'm extremely happy with the design and prototyping process, and I can't wait to see the soil monitor sensor device put to use in the field. Its design is not only functional but also visually appealing, making it an excellent addition to any garden or agricultural setting.
Phase 3.
Design Mobile App
Design Mobile App
User Research
I conducted interviews with people who potentially could use our product. Afterwards, I organized the primary findings and challenges by grouping key points to extract insights and pain points.
Pain points & frustration
The user would like to see a user-friendly and integrated system that effectively monitors soil conditions, weather data, and plant status. They expect the final result to provide timely notifications, valuable recommendations, and the ability to manage irrigation efficiently, all within a seamless and intuitive interface.
Information Architecture
This section shows the structure and organization of data, content, and functionality within the Hydrosight system, ensuring that users can seamlessly access the information they need. A well-designed information architecture is the key to a user-centric and efficient experience.
User flow
Designing user flows that accurately represent the sequential steps users take through the interface.
Genius Dashboard
One of the biggest challenges of the project was creating the dashboard. I have to define what information should go on the dashboard and find the best visualizations for the data and other information. Dashboards should efficiently assist users in recognizing information, allowing them to make well-informed decisions quickly.
Sensors Screens
These screens showcase interaction and seamless navigation between screens, with the sensor details screen exemplifying how information and data are elegantly visualised.
Plant Screens
The Plants screen offers a detailed view of each plant, allowing users to schedule watering and fertilisation, add notes, and track their growth according to a customised plan.
Pumps Screens
The Pump screen provides access to essential features such as activation, scheduling, and duration control. It also offers the option for automatic activation when moisture and salinity levels reach specified thresholds.
Lets Play
High-fidelity prototype
Key takeaway
User-Centered Design
Prioritizing user needs and conducting thorough UX research was essential in creating an intuitive and effective mobile app.
Iterative Prototyping
Iterating on prototypes and interactive designs before jumping into visual design ensured that the solution was functional and user-friendly.
Multi-Faceted Responsibilities
The project included diverse responsibilities, from designing the brand identity and modeling the device body to leading UX/UI design efforts for the mobile app and conducting user research.
Collaborative Task Management
Effective collaboration with cross-functional teams, including engineers and product managers, was crucial in seamlessly integrating design concepts into the development process.