SKILIKET HOME

SKILIKET

Science Knowledge Initiatives for Learning by Innovation: Kit for Empowerment based on Technology

SKILIKET

Science Knowledge Initiatives for Learning by Innovation: Kit for Empowerment based on Technology

CHALLENGE

Community Spaces IoT Monitoring Device Challenge

This challenge delves into defining functionalities, specifying technical hardware and software, budgeting, component selection, and ultimately constructing a functional prototype.

SKILIKET HOME

Son

User profilling: Precision in Design

Curious, interested in understanding his surroundings

Mother

Economical, tracks house temperature to optimize air conditioning use

The product development is designed for a family of 4 or more individuals, where each family member has various concerns within their environment. This stratgic focus is geared towards meeting the diverse needs and interests of every individual within the family.

Father

Daughter

Outdoor enthusiast, daily sports lover, keen on weather details

Home gardener, monitors soil humidity for optimal plant watering

SKILIKET HOME

System Conceptualization: Bridging Data and Community Awareness

Inputs

Proccesing

Outputs

Communication

Environmental Sensors and Communication Mobile App

Microcontroller

Data Visualization, Communication Mobile App and Community Interaction

Code Translator and User-Device Interaction

SKILIKET HOME

Connection Diagram: Harmonizing Technical Integration

SKILIKET home system seamlessly integrates with the environment, offering crucial data for urban areas and residents' health in real-time. It communicates for community awareness, emulates natural behaviors for accessibility, and produces visually attractive outputs, fostering community interactions.

SKILIKET HOME

Operating Diagram: Prototyping Community Interactions

SKILIKET

Science Knowledge Initiatives for Learning by Innovation: Kit for Empowerment based on Technology

Communication with Mobile App

Code Translator

Code Translator

Mobile app translates visual or light codes into user-friendly information

Mobile app translates visual or light codes into user-friendly information

User-Device Interaction

Enables users to receive notifications on significant environmental changes, promoting community awareness and participation

Proccessing

Microcontroller

Processes sensor data, emulating natural behaviors based on detected conditions. Enhances information accessibility and attractiveness for the community.

List of sensors

• Temperature and humidity sensor: DHT11
• Analog UV Light Sensor: Gyml8511
• Air quality, temperature, and humidity sensor: ENS160 + AHT21
• RGB Lights
• Soil moisture sensor: LM393

Outputs

Data Visualization

Emits visual or light codes to communicate environmental information intuitively.

Communication Mobile App

Transmits processed data to the user's mobile app for convenient access.

Community Interaction

Emulates natural behaviors to communicate environmental conditions attractively.

Inputs

Environmental Sensors

Soil Moisture Sensor: Crucial for assessing the need for irrigation in urban green areas. Temperature Sensor: Affects urban comfort and quality of life. Air Quality Sensor: Essential for urban residents' health, detecting harmful substances and particles.

Communication Mobile App

Bluetooth or Wi-Fi Connection: Facilitates real-time access to contextualized and processed data, avoiding redundancy