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--- report:intro [2026/06/13 12:54] – [1.6.3 Usability tests] team1
+++ report:intro [2026/06/14 17:41] (current) – [1.5.3 User and Design Requirements] team1
@@ Line 18: / Line 18: @@
 </WRAP>
+{{:undefined:grouppic.jpg?800|}}
 === 1.1.1 Avkaran Sarminder Singh Dhillon ===
-{{:report:profile_picture_avkaran.jpeg?400|Avkaran Sarminder Singh Dhillon}}
 I am a 22 year old bachelor student from Belgium who studies full-stack web & app development at Odisee, a college under KU Leuven. I am fascinated by the world of tech, but also the human mind and art. I am prominent in Javascript, Vue, PHP, Laravel, Ionic Capacitor, Java, .NET and Python. I like to spend my time creating. Whether it's making a full-stack application, a dish, music or a story, I dive into the task and I make it flourish.
@@ Line 29: / Line 28: @@
 === 1.1.2 Kacper Furczynski ===
-{{:report:wikiphotokacper.jpg?400|Kacper Furczynski}}
 I am 6th semester Mechanical Engineering student at the Technical University of Lodz, Poland. Most of the projects I have completed were in collaboration with the Institute of Turbomachinery and concerned wind turbines with both vertical and horizontal axis of rotation. I have work experience in manufacturing environment, chocolate plant located in Lodz.
@@ Line 36: / Line 33: @@
 === 1.1.3 Hanna Linnea Østern ===
-{{:report:priv.jpg?400|Hanna Linnea Østern}}
 I'm an Applied Computer Technology student from Oslo Metropolitan University in Norway. I've previously worked on projects focusing on user experience, digital solutions, and system development. Through this work, I have gained experience with technologies such as HTML, CSS, JavaScript, while also developing an understanding of innovation and business within the technology field.
+=== 1.1.4 Ymke Roelfien Adema ===
-=== 1.1.4 Sophie Tanzer ===
+Hi, I’m Ymke, a 21-year-old Industrial Product Design and Engineering student from the Netherlands. I’m passionate about developing products that combine functionality, technology, and user experience. Through my studies, I’ve developed both creative and technical skills, and I’m especially interested in working on projects where different disciplines come together. In the future, I aim to move into the field of project management, where I can coordinate teams and guide ideas from concept to final product.
-{{:report:img_2245.jpg?400|Sophie Tanzer}}
-I am Sophie, 22 years old and currently studying Media Technology in my sixth semester at the University of Applied Sciences in St. Pölten, Austria. My expertise lies in the creative field, especially in photography, audio and video production and their technical workflows.
 === 1.1.5 Sunwoo Choi ===
-{{:report:sunwoo_choi.jpg?400|Sunwoo Choi}}
 I am studying Convergence Security Engineering at Sungshin Women's University in Korea. My major is related to cybersecurity, but I have not had many chances to do projects or team activities yet. Through this project, I have learned things like marketing analysis and basic knowledge from other majors.
+=== 1.1.6 Sophie Tanzer ===
-=== 1.1.6 Ymke Roelfien Adema ===
+I am Sophie, 22 years old and currently studying Media Technology in my sixth semester at the University of Applied Sciences in St. Pölten, Austria. My expertise lies in the creative field, especially in photography, audio and video production and their technical workflows.
-{{:report:pxl_20260118_094447090.portrait.jpg?400|Ymke Roelfien Adema}}
-Hi, I’m Ymke, a 21-year-old Industrial Product Design and Engineering student from the Netherlands. I’m passionate about developing products that combine functionality, technology, and user experience. Through my studies, I’ve developed both creative and technical skills, and I’m especially interested in working on projects where different disciplines come together. In the future, I aim to move into the field of project management, where I can coordinate teams and guide ideas from concept to final product.
-=== The Team ===
-{{:undefined:grouppic.jpg?400|}}
 ==== 1.2 Motivation ====
@@ Line 76: / Line 61: @@
 Another challenge is that digital addiction is largely invisible. Unlike physical exhaustion, the negative consequences of excessive screen time develop gradually and are easy to ignore. Existing solutions, such as smartphone screen-time notifications or app usage limits, are often ineffective because users can easily dismiss or bypass them.
-This project addresses this problem by exploring how digital behavior can be translated into a physical and biological feedback system. The proposed Screen2Green concept is a Smart Pot designed for growing herbs such as basil. The system connects smartphone screen-time data with an automated watering mechanism. When the user exceeds a predefined screen-time limit, the watering system shifts to a suboptimal mode, causing the plant to deteriorate. Conversely, responsible phone usage maintains optimal conditions for plant growth.
+This project addresses this problem by exploring how digital behavior can be translated into a physical and biological feedback system. The proposed Screen2Green concept is a Smart Pot designed for growing herbs such as basil. The system connects smartphone screen-time data with an automated watering mechanism. When the user exceeds a predefined screen-time limit, the watering system shifts to a suboptimal mode, causing the plant to deteriorate to a reversable state. Conversely, responsible phone usage maintains optimal conditions for plant growth.
 By linking digital habits to the health of a living plant, the system introduces a tangible and emotional feedback loop intended to increase awareness of smartphone overuse and encourage healthier digital behavior.
@@ Line 111: / Line 96: @@
 === 1.5.1 Functional Requirements ===
-Monitor smartphone usage for selected applications.
+  * Monitor smartphone usage for selected applications.
-Compare user screen-time with predefined daily limits.
+  * Compare user screen-time with predefined daily limits.
-Adjust water supply to the plant based on smartphone usage.
+  * Adjust water supply to the plant based on smartphone usage.
-Maintain suitable conditions for indoor basil growth.
+  * Maintain suitable conditions for indoor basil growth.
-Communicate plant status and usage feedback with the mobile app.
+  * Communicate plant status and usage feedback with the mobile app.
-Operate autonomously with minimal manual intervention.
+  * Operate autonomously with minimal manual intervention.
 === 1.5.2 Technical Requirements ===
-Include a microcontroller (ESP32 or equivalent) for processing and control.
+  * Include a microcontroller (ESP32 or equivalent) for processing and control.
-Use Wireless Fidelity (Wi-Fi) or Bluetooth for communication with the mobile app.
+  * Use Wireless Fidelity (Wi-Fi) or Bluetooth for communication with the mobile app.
-Implement a water control system for adjusting irrigation (hydroponic or soil-based).
+  * Implement a water control system for adjusting irrigation (hydroponic or soil-based).
-Optionally include sensors for water level, plant health, or environmental conditions.
+  * Optionally include sensors for water level, plant health, or environmental conditions.
-Provide a safe and reliable power supply.
+  * Provide a safe and reliable power supply.
-Ensure compact design suitable for small indoor environments.
+  * Ensure compact design suitable for small indoor environments.
 === 1.5.3 User and Design Requirements ===
-Be easy to set up and maintain for non-technical users.
+  * Be easy to set up and maintain for non-technical users.
-Provide clear behavioral feedback via the plant and mobile app.
+  * Provide clear behavioral feedback via the plant and mobile app.
-Be aesthetically suitable for indoor spaces (apartments, offices).
+  * Be aesthetically suitable for indoor spaces (apartments, offices).
-Encourage responsible smartphone usage without causing stress.
+  * Encourage responsible smartphone usage without causing stress.
-Constraints
+  * Constraints
-Operate within budget limitations (Yet to be defined)(affordable and accessible components).
+  * Operate within budget limitations.
-Be feasible to develop within the project timeline.
+  * Be feasible to develop within the project timeline.
-Allow future upgrades or expansions (e.g., sensors or hydroponics refinements).
+  * Allow future upgrades or expansions (e.g., sensors or hydroponics refinements).
-Ensure electrical and water safety in the design.
+  * Ensure electrical and water safety in the design.
@@ Line 146: / Line 131: @@
 === 1.6.1 Hardware tests ===
-H1 - Sensor functionality: Verify that the temperature and soil moisture sensors provide reliable data to the ESP32 microcontroller.
+  * H1 - Sensor functionality: Verify that the temperature and soil moisture sensors provide reliable data to the ESP32 microcontroller.
+  * H2 - Irrigation system: Test whether the irrigation system correctly responds to control signals and delivers water as intended.
+  * H3 - Component integration: Evaluate the interaction between the ESP32, relay module, sensors, and irrigation components to ensure reliable system operation.
-H2 - Irrigation system: Test whether the irrigation system correctly responds to control signals and delivers water as intended.
-H3 - Component integration: Evaluate the interaction between the ESP32, relay module, sensors, and irrigation components to ensure reliable system operation.
 === 1.6.2 Software tests ===
-S1 - Screen-time data processing: Verify that smartphone screen-time data is correctly retrieved and processed by the application.
+  * S1 - Screen-time data processing: Verify that smartphone screen-time data is correctly retrieved and processed by the application.
+  * S2 - Application performance: Measure application responsiveness, rendering performance, and overall system stability during operation.
+  * S3 - Backend load testing: Evaluate the ability of the backend infrastructure to handle multiple users, data requests, and application activity.
-S2 - Application performance: Measure application responsiveness, rendering performance, and overall system stability during operation.
-S3 - Backend load testing: Evaluate the ability of the backend infrastructure to handle multiple users, data requests, and application activity.
 === 1.6.3 Usability tests ===
-U1 - System usability scale (SUS): Assess the usability and user experience of the mobile application through standardized user testing.
+  * U1 - System usability scale (SUS): Assess the usability and user experience of the mobile application through standardized user testing.
 The results of these tests will be used to evaluate the technical feasibility, functionality, and usability of the Screen2Green concept.
 ==== 1.7 Report Structure ====