Featured Projects
These selected projects reflect my passion for blending strategy with creativity, solving real problems through thoughtful design and impactful storytelling.
Sustainable Design
Shaantika
Shaantika is an exploration into sustainable acoustic panels, using waste materials like sawdust and coffee grounds to create eco-friendly pads that reduce noise while enhancing interior spaces.
Furniture Design
SMART LOCKERS
Designed in collaboration with Thingery to create flexible, community-focused modular storage.
CMF Design
Collectors Edition
A modular, premium shoebox system that merges CMF storytelling with functionality, designed to protect, showcase, and celebrate sneaker culture.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
More Projects
Featured Projects
These selected projects reflect my passion for blending strategy with creativity, solving real problems through thoughtful design and impactful storytelling.
Sustainable Design
Shaantika
Shaantika is an exploration into sustainable acoustic panels, using waste materials like sawdust and coffee grounds to create eco-friendly pads that reduce noise while enhancing interior spaces.
Furniture Design
SMART LOCKERS
Designed in collaboration with Thingery to create flexible, community-focused modular storage.
CMF Design
Collectors Edition
A modular, premium shoebox system that merges CMF storytelling with functionality, designed to protect, showcase, and celebrate sneaker culture.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
More Projects
Featured Projects
These selected projects reflect my passion for blending strategy with creativity, solving real problems through thoughtful design and impactful storytelling.
Sustainable Design
Shaantika
Shaantika is an exploration into sustainable acoustic panels, using waste materials like sawdust and coffee grounds to create eco-friendly pads that reduce noise while enhancing interior spaces.
Furniture Design
SMART LOCKERS
Designed in collaboration with Thingery to create flexible, community-focused modular storage.
CMF Design
Collectors Edition
A modular, premium shoebox system that merges CMF storytelling with functionality, designed to protect, showcase, and celebrate sneaker culture.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.
Sustainable Design
ReFlex
ReFlex is a medical assistive prosthetic arm designed for affordability and sustainability. Built through digital fabrication using recycled and biodegradable PHA polymers, it replaces high-cost conventional materials with a modular, repairable system. The 3D-scanned fit and mechanical claw provide reliable everyday function, while circular material use and local manufacturability make prosthetic access more scalable for wider communities.