Product Design
INTUIVE
Redesigning the way people interact with induction cooking through a tactile pan handle that puts control directly in the user's hands.
Year :
2026
Project Duration :
6 Months
Project Type :
Individual
Client :
ATAG Benelux / ASKO Appliances
Contribution:
This individual graduation project was developed in collaboration with industry partners and followed a user-centered design process. It included two user studies, one to identify key challenges in current cooking experiences and one to evaluate the final concept. The project involved concept development, prototyping with foam board, styrofoam, 3D printing, and Arduino-based electronics, resulting in a fully functional interactive prototype.
More Projects
Product Design
INTUIVE
Redesigning the way people interact with induction cooking through a tactile pan handle that puts control directly in the user's hands.
Year :
2026
Project Duration :
6 Months
Project Type :
Individual
Client :
ATAG Benelux / ASKO Appliances
Contribution:
This individual graduation project was developed in collaboration with industry partners and followed a user-centered design process. It included two user studies, one to identify key challenges in current cooking experiences and one to evaluate the final concept. The project involved concept development, prototyping with foam board, styrofoam, 3D printing, and Arduino-based electronics, resulting in a fully functional interactive prototype.
More Projects
Product Design
INTUIVE
Redesigning the way people interact with induction cooking through a tactile pan handle that puts control directly in the user's hands.
Year :
2026
Project Duration :
6 Months
Project Type :
Individual
Client :
ATAG Benelux / ASKO Appliances
Contribution:
This individual graduation project was developed in collaboration with industry partners and followed a user-centered design process. It included two user studies, one to identify key challenges in current cooking experiences and one to evaluate the final concept. The project involved concept development, prototyping with foam board, styrofoam, 3D printing, and Arduino-based electronics, resulting in a fully functional interactive prototype.