Diksia.com - Agnes Filica Giovinna, a student in the Graphic Design and New Media program at BINUS International, set an outstanding record in the global design competition called the Future Design Challenge.
Students with a focus on Streaming Interactive Digital Media were able to win the Gold Award at the event.
After a rigorous evaluation phase by four judges, Agnes Filica Giovinna’s work called SOUND BRICK received the highest score. He took home the Gold Award, the highest award of this competition.
SOUND BRICK is a foam wall designed to absorb sound waves.
Then convert it into electricity. The main goal is to reduce the use of fossil fuels.
Compared to solar panels and wind turbines, SOUND BRICK requires less maintenance, fewer materials and a large land area to function optimally.
SOUND BRICK is not only environmentally friendly, but also inexpensive and very easy to install.
People can install SOUND BRICK at home or office and use electricity in a more environmentally friendly way.
It is this innovative approach that impressed the judges with Agnes Filica Giovinna’s work and her commitment to sustainability.
Agnes Filica Giovinna expressed her joy and gratitude for winning the gold prize in the Global Design Competition.
“I am delighted to have won the Gold Award in this competition. This competition gave me the opportunity to express my ideas and creativity on a global scale. “I’m also grateful to BINUS International for encouraging me to participate so I can gain valuable new experiences,” said Agnes.
Agnes’ success in the Global Design Competition is again an important success for her and BINUS International.
Through a solution work called SOUND BRICK, its innovative design demonstrates the importance of creativity in developing solutions to the problems facing the world today. For information: This competition is organized by i-PRO, a high-tech company involved in industrial/medical imaging, public safety and intelligent surveillance.
The global design competition “Future Design Challenge” runs from December 2022 to February 2023.
