Interview with Liz Ciokajlo of OurOwnSkin on 3D Printing Footwear & Natural Materials
Liz Ciokajlo is a footwear designer and researcher, focusing on the impact material innovation and emerging making processes has on design constructions and form. Her aim is to bring a fresh look at how materials and technologies can underpin and reshape fashion footwear at the most emotive levels through her firm OurOwnSkin.
I studied at the University of Cincinnati and did industrial design. I then moved to the UK and worked as a product and furniture design for years. I then fell into work as a fashion accessory designer out of practicality. In 2011 I started an MA in footwear. I was combining fashion, leatherwear, and then furniture and product design. I was looking through a product lens and I believed 3D Printing would give designers more accessibility to actually creating and manufacturing locally to offer more control and innovation in proposed designs. I was dissatisfied with the materiality that was offered at first. Then I stumbled upon naturally nonwovens and softer materials which had the properties of mass customisation. Then I started learning more about synthetic biology and how we can create more mass customization. I felt I could address limited 3D print materials at this time. At the time I was doing a lot of innovative work with companies working on 3D printing and design.
We want to inform and inspire design concepts. Concepts are underpinned by talking to wearers. Rhian Solomon my business partner has vast experience in facilitating workshops to inform ideas. With the OurOwnSkin shoe we collaborated with Manolis Papastavrou to create a structure inspired by human skin. This is a responsive 3D printed structure which behaves similar to skin. Following this research project we worked with King’s College London for a scoping project to design footwear for people living with EB. We believe the low run bespoke quality coupled with the fine, complex and parametric features of 3D print could offer solutions for this small group of wearer’s needs.. It is important to see multidisciplinary teams that can be seen with products and fashion. The innovation we gain from the projects we do can spill into other fields.
You can track and sensor everything now. Technology should be invisible. Material technology that is responsive is the most interesting. It can correct some many aspects such as posture and stance. Ultimately, my personal interest is in how the technology, especially new and novel materials are defined into footwear aesthetics. Technology will be complemented by cultural factors. In footwear design evolution terms, we have designed the way the foot looks but in the future we will build it for how it feels.
3D print is undeniably a key way to manufacture footwear now and in the future, but the uptake has been slow. This is probably due to the investment in the factories and established systems of making over 24 billion pairs of shoes a year! The slow uptake is also probably due to the evolution of the relationship between footwear, making, machine and people. Pre industrial revolution we made shoes by hand. Then we built machines to automate hand making processes. Developed systems of machines and processes lead us to the stage we are in today where arguably the machines are driving the design forms. With the OurOwnsKIN shoe structure we hoped to add a bit of something inspired by our bodies into the 3D printed lattices.
I think it is understanding the foot and the body. I think it is understanding people’s emotions. I think it is understanding materials. Those are the top items. Process and assembly are very important. Practical skills include parametric design. I think understanding supply chains is important as well. There will be various people with specialized skills. If designers do not focus on the materials they will be limited.
Currently, there is some wonderful work being done in applying circular economy models to polymer-based materials in fashion. I think a big push is needed circular systems with biodegradable materials. To really get our heads around collectively accessing local materials and reducing emissions from far distance distribution models. Many of the leaders in the area biomaterials for fashion have gathered and spoken at the Biofabricate Conferences in New York. I have been fortunate enough to work with mycelium material from MOGU which shows great promise!
The MarsBoot was one of my favourite projects. I did a lot of research on space expecting the people I spoke with to be very technically focused at the exclusion of humanities. This was not the case at all. Digging into history I discovered the father of the space movement was a philosopher. He imagined that we would overcome death and therefore need to expand to other places. Space is driven by human desires. As designers we are always contributing to ideas that make the world better. We do a lot of work that is speculative but we also work on practical ideas as well.
I’d like to combine footwear with other objects, biological materials, and 3D Printing. I’d love to try and print a skin shoe with biological materials. Myself and my business partner would love to build a body materials library.
You May Also Like
TU Delft Researchers Create Soft Robotics that Respond to Color-Based Sensors
As 3D printing and robotics continue to collide and complement each other, new machines are being created. In soft robotics, we’re seeing the emergence of a class of machines that...
MIT: Automated System Designs and 3D Prints Optimized Actuators and Displays to Spec
Actuators are complex devices that mechanically control robotic systems in response to electrical signals received. Depending on the specific application they’re used for, today’s robotic actuators have to be optimized...
Using Casting, Graphene, and SLM 3D Printing to Create Bioinspired Cilia Sensors
What Mother Nature has already created, we humans are bound to try and recreate; case in point: biological sensors. Thanks to good old biomimicry, researchers have made their own...
Nanyang Technological University: Inkjet Printing of ZnO Micro-Sized Thin Films
In ‘Inkjet-printed ZnO thin film semiconductor for additive manufacturing of electronic devices,’ thesis student Van Thai Tran, from Nanyang Technological University, delves into the realm of fabricating products with conductive...
View our broad assortment of in house and third party products.