END TO END
END TO END
END TO END
PRODUCT DESIGN
PRODUCT DESIGN
PRODUCT DESIGN
SDIS
SDIS
Learn to Travel Sustainably
Learn to Travel Sustainably
Learn to Travel Sustainably
As global travel grows, small island developing states (SIDS) like the Maldives face challenges such as economic vulnerability and dependence on tourism. The waste generated by tourists adds pressure to local ecosystems. Promoting sustainable tourism practices is essential for cultivating an environmentally conscious mindset among travelers, ensuring these destinations thrive.
As global travel grows, small island developing states (SIDS) like the Maldives face challenges such as economic vulnerability and dependence on tourism. The waste generated by tourists adds pressure to local ecosystems. Promoting sustainable tourism practices is essential for cultivating an environmentally conscious mindset among travelers, ensuring these destinations thrive.
As global travel grows, small island developing states (SIDS) like the Maldives face challenges such as economic vulnerability and dependence on tourism. The waste generated by tourists adds pressure to local ecosystems. Promoting sustainable tourism practices is essential for cultivating an environmentally conscious mindset among travelers, ensuring these destinations thrive.
ROLE
ROLE
ROLE
Product Designer
Product Designer
Product Designer
TEAM
TEAM
TEAM
Self-Led
Self-Led
Self-Led
DURATION
DURATION
DURATION
15 Weeks
15 Weeks
15 Weeks
THE BOARD
THE BOARD
CARDS
CARDS
Waste Management Cards
Waste Management Cards
Waste Management Cards
Infrastructure Cards
Infrastructure Cards
Infrastructure Cards
Event Cards
Event Cards
Event Cards
Resource Cards
Resource Cards
Resource Cards
RULEBOOK
RULEBOOK
Physical Prototype with Audrino
Physical Prototype with Audrino
My inspiration
My inspiration
I originally designed this board game with manual score tracking, where players had to calculate and record points themselves. During playtests, I noticed that players who were less confident with math often struggled to keep track of their scores, which interrupted the flow of the game.
This insight inspired me to integrate an Arduino-powered scoring system that automatically calculates and displays points in real time—making the gameplay smoother, more accessible, and more enjoyable for everyone.
I originally designed this board game with manual score tracking, where players had to calculate and record points themselves. During playtests, I noticed that players who were less confident with math often struggled to keep track of their scores, which interrupted the flow of the game.
This insight inspired me to integrate an Arduino-powered scoring system that automatically calculates and displays points in real time—making the gameplay smoother, more accessible, and more enjoyable for everyone.
I originally designed this board game with manual score tracking, where players had to calculate and record points themselves. During playtests, I noticed that players who were less confident with math often struggled to keep track of their scores, which interrupted the flow of the game.
This insight inspired me to integrate an Arduino-powered scoring system that automatically calculates and displays points in real time—making the gameplay smoother, more accessible, and more enjoyable for everyone.
Component used
Component used
Arduino mega
Arduino mega
Arduino mega
Push buttons
Push buttons
Push buttons
TCS3200 color sensor
TCS3200 color sensor
TCS3200 color sensor
LCD display
LCD display
LCD display
LED strip
LED strip
LED strip
Passive buzzer
Passive buzzer
Passive buzzer
Dev & Explorations
Dev & Explorations
Making sure the color sensor is working
Building the Enclourse
Building the Enclourse
Final Product
Final Product
PACKAGE DESIGN
PACKAGE DESIGN
