Our challenge was to get the test materials needed to provide a proper test results, transported so that social workers can reach into the most remote communities; a backpack design offered the most versatility.
The current concept is composed of a series of cylindrical insulated containers made from anodized aluminum tube that can be transported in a variety of ways, these containers hold phase changing material (PCM) packs that can heat or cool necessary equipment respectively and are hermetically closed with a battery powered plastic lid that measures and displays essential information for the person performing the test, this in turn ensuring fast and accurate results without the need for electric power.
AyatPak can be manufactured, repaired and recycled locally while its construction allows for easy sanitation. The full kit contains necessary equipment to perform an antibiogram test for six patients along with printable data sheets with essential identification labels designed to reduce human error and to help practitioners along the process. An inspection light embedded in the lid maximizes test accuracy by helping the user to identify distinct bacterial colonies when analyzing the samples.
Materials: Anodized Aluminum, Cork, PCM, Stainless Steel, Nylon, ABS Filament, various fabrics and laboratory utensils.
This project was the result of a collaboration with the PART Engineering team at BCIT led by Nancy Paris.
Design Team at The health Design Lab in Emily Carr University:
Jonathan Aitken- Advisor
Pablo Quintero- Product and interaction design + fabrication
Hailey Kolenda- Graphic and interaction design
I'm passionate about all forms of drawing, from spontaneous doodles and napkin sketches to intricate digital renderings and photorealistic compositions.
In this section, I've included a diverse collection of sketches, each representing different stages of refinement throughout the design process for product development.
For me, drawing is more than just a skill—it's an essential tool for sparking imagination and effectively communicating ideas.
Sel et Poivre was born from the realization that there was an opportunity to rethink how we organize and transport spices, sauces, napkins, and menus—both in a restaurant setting and at home.
Designed to seamlessly fit within both professional dining environments and casual home tables, this product balances functionality with refined aesthetics.
Leveraging laser-cutting technology, we precisely designed insert holes to accommodate a variety of condiments and sauces across different scenarios. This approach allows for a highly customizable solution that minimizes the need for secondary operations and finishing.
Through iterative prototyping, we refined our production methods to optimize material use, reduce labor, and enhance both the quality and visual appeal of the final product.
The structure is crafted using cross-laminated aircraft plywood, composed of five layers: a rigid maple veneer core sandwiched between two walnut veneer exteriors. This construction ensures durability and a warm, sophisticated finish. To protect the wood throughout its service life, we applied two coats of water-resistant varnish.
To complement the design language, we created custom-made porcelain salt and pepper shakers, bringing a sense of harmony to the overall aesthetic.
This project was a collaborative effort with the Vancouver-based furniture firm 18Karat.
Team members: Sam Kim, Thomas K, Kay Wong, and Pablo Quintero.
A patent pending packaging solution.
This is an ongoing project working under an NDA agreement.
Pictures show various concepts presented and prototypes made during the development of this project.
Will add more details once the project is concluded and the product is launched.
Permanent light installation commissioned to Tangible Interaction for the new Downtown location of ''Tractor foods'' in Vancouver.
This piece was made using Maple dowels connected at different points and at different angles with 3d printed parts that were later Vacuum metallized in Copper.
A total of 700 connectors and 800 dowels were used.
The piece creates a sensation of movement and a special kind of chaotic order elegantly highlighted with White LEDs at the end of some of the dowels which are diffused using frosted acrylic rods of about 6'' in length.
Credits:
Alex Beim- Creative director
Pablo Quintero- Industrial Design+fabrication
Reynaldo Tortoledo- Design and developer
Andy Meakin- Director of Production
Inspired by Brave New World by Aldous Huxley
Soma is a decorative lighting fixture designed to emit a warm, soothing glow, creating an atmosphere of relaxation and reflection. More than just an object, it serves as an invitation to pause, contemplate, and consider the broader impact of our daily actions.
Materials: Perforated aluminum sheet, cast porcelain, and silk lace.
Designed for Canadian band ''Trust'' to compliment their stage presence. (Work commissioned to Tangible Interaction Design)
The design is practical and easy to pack while providing a full stage light show that can be setup in minutes.
Inspired by cave stalagmites, these layered structures made with soft Tyvek can reach up to 2 meters in height and can be controlled and animated individually through Cortex (software developed by Tangible Interaction design Inc).
I was in charge of designing and fabricating the light columns and hardware that lives inside the Tyvek shells and was involved in all stages of the design process.
Credits:
Alex Beim- Creative director
Reynaldo Tortoledo- Design and developer
Andy Meakin- Director of Production
Pablo Quintero- Industrial Design+fabrication
A parametric lighting design inspired by the bone-like structure of a Mexican Cactus called Chain Cholla.
Co-creational project in collaboration with GF Strong Rehabilitation centre.
This tool was designed to assist a person living with deformed upper limbs. A congenital condition called Phocomelia.
The user wanted to become a tattoo artist and needed assistance to stretch the skin while tattooing someone. The sketch shown below was the result of the first co-creational session.
The development of the tip for this tool required 3D modelling of the moving elements to allow for 3D printing of the parts for further testing.
The design emulates the movement of the fingers when stretching a surface.
This was a great opportunity to collaborate with multiple experts and to work side by side with the final user . Applying Co-creational techniques proved to be key to understand the real needs and aspirations of a person living with physical disability.
Intended Materials: Anodized Aluminum tube, Silicone, Stainless Steel, Udel P-1700 Polysulfone.
Halo is an interactive light installation designed by Tangible Interaction that has been displayed around Canada.
Tangible designed, produced and installed a permanent version of Halo to be displayed in Science World Vancouver for the next 10 years as part of their visual illusions exhibit.
I was in charge of designing and coordinating fabrication of the 3 cylindrical controllers that give people the opportunity to create different light patterns by changing the speed, colour and delay values.
Materials: Rotary encoders, Arduino,Bearings, White LEDs, Steel tube and sheet, UHMW, Delrin, Car Paint.
Credits:
Alex Beim- Creative director
Pablo Quintero- Industrial Design+fabrication
Reynaldo Tortoledo- Design and developer
Andy Meakin- Director of Production
Custom design & fabrication of positioning devices and equipment for children with severe disabilities.
