Wearable Tech Wedding Dress for Make Fashion

MakeFashion Spotlight: Biomimetic Bride

Biomimetic Bride was created by Catherine Hazin, Kelly Hofer & Dianne Gibson.

 


Video by Paul Spenard
Catherine Hazin is originally from Edmonton and moved to Calgary to attend ACAD in 1997.

“I have an interdisciplinary BFA from ACAD, and my major was metalsmithing, and my minor was textiles. I have always had a passion for fashion design, in particular wearable art. I owned a jewellery design business for 10 years, and taught metalsmithing for 3 years before changing careers to work for the Alberta Ballet. I now work as Editor of Luxe, and Senior Writer for Calgary Bride. I am co-owner of Metalabs, an artistic production company.

I have been involved with MakeFashion since approximately November 2013, shortly after Endeavor Arts hosted an art exhibition which I curated for the Canadian Space Society titled “Revolutions”. I happily assumed the role of Fashion and Performance Coordinator for MakeFashion because of my love for performance art, fashion design, artistic direction and of course an interest in technology.

Bride Wearables Dress for MakeFashion

Photos by Andras Schram

Our piece had many sources of inspiration, and it transformed many times from its conception to its realization. It was at an el-wire workshop hosted by Endeavor where I first met and approached Kelly to form a design team. I (a novice to electronics) had a very basic idea for a space inspired garment that used accelerometers and proximity sensors. Kelly, who was more familiar with electronics, had an idea for a dress inspired by jelly fish, roots, and utilized modern fiber optic technology and a pulse sensor. Finally, after many inspired discussions and countless hours researching ideas and modern designs, we agreed that we would both really like to make a wedding dress! We promptly went to Cats Eye Vintage, and also to Cameo and Cufflinks, and we searched for dresses for inspiration, then we hunted down fabrics and other materials for weeks afterwards. Kelly designed 3D printed modules which were printed by Shannon Hoover to connect the high powered LED lights to the fibre optic bundles, and I designed a contemporary wedding gown, with feather flourishes. We asked Diane Gibson to join our team on January 17. She expertly built a beautiful white satin corset and belt for our ensemble, a foundation for us to create upon.

 

Technology used in this piece includes:

Fibre Optic Cable

High Powered, individually addressable, LED strips

Pulse sensor

LED strands

 

The final dress design was arrived at by Catherine Hazin, with couture corset and tech belt by Diane Gibson, technology design, assembly, and 3D printing by Kelly Hofer, Leaf shaped bustle by Lia Golemba, model Katherine Mandolidis.

The Biomimetic Bride was modeled by dancer, Katherine Mandolidis, from Trip The Light Dance and Performance Company. I do often love to use professional dancers whenever possible, as I find that they are dynamic and innovative and offer a storytelling element. I am a great supporter of performance art and dance in particular, and I love to find new ways to combine dance with other art forms.

Our biggest challenge was time, and trying to decide between too many amazing ideas. Other than that, we had the ultimate team and could not be happier with the entire process.

It was an amazing experience collaborating with an experienced and passionate technologist and an expert corsettiere on a wedding gown. I learned more in a few months than I could have ever imagined. I think it may have given me a false sense of power however, as I am now convinced that we can make anything….”

– Catherine Hazin is a 2014 designer and the MakeFashion Performance and Fashion Coordinator

 

The 2014 MakeFashion wearable technology show brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mail info@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

 

 

MakeFashion Spotlight: Blinklifier

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work. Photos by Justin Poulsen and Edward Ross photography.

Video by Paul Spenard

Patricia “Tricia” Flanagan is an Australian/ Irish. She grew up in a family run electrical company. For a school dance one year, 8 year old Tricia and her father rigged up a wiring harness with light globes which she could wear under her dress and hang over her shoulders. At the dance she lit the dress up by squeezing a garden hose-pipe filled with AAA batteries that was in her shoulder bag. The dress was a hit.

Tricia works between Australia, Europe, and Asia. She currently lives and works in Hong Kong where she founded the Wearables Lab at the Academy of Visual Arts, Hong Kong Baptist University in 2009.

“I worked as a fashion designer in the late 1980’s and costume designer in the 1990’s, then went to art school and focused on sculpture, installation and public art in the 2000’s. My work often incorporated electronics, for example to trigger sound. It was not until I set up the Wearables Lab at the Academy of Visual Arts in Hong Kong that the fashion skills and the electronics came together. By this time my interest was not in fashion per-say but looking at wearables as a platform between public and private space. My PhD research focused on public art and so my interest lies in the space between public and private. It is always a space in flux, and it is this dynamism that attracts me to develop work in this space, in the interface.

MakeFashion Blinklifier

 

Blinklifier is a wearable computer that amplifies eyelid movements into a visible light array. It uses bio-data directly to interact with the computer to avoid conscious interaction and instead directly amplify the body’s expression.

The innovation in Blinklifier was to use the eye as a switch. That involved creating electroplated false eyelashes and connecting them to an Arduino micro-controller via conductive ink eyeliner (Bare Conductive) to create light configurations through a multiplexing matrix of LEDs. Fake eyelashes are plastic non-conducting surfaces that are activated through an electrochemical process. They are first etched and then coated with tin chloride and silver nitrate solution and then electroplated with copper to make them conductive. Lastly they are coated in black nickel so they change from silver to look a natural dark colour.

Blinklifier was designed for Hong Kong fashion week as one of a series of 5 pieces in response to the work of two Japanese painters Tomoaki Tarutani and VIWA, and a Hong Kong Fashion Designer Meiyi Cheung.

It was during this time that Katia Vega arrived from Peru to work in the lab, I had met her professor in Japan at the 2011 International Symposium on Wearable Computing and he recommended Katia come and work with me as a research assistant.

Blinklifier was the last of the five sculptures to be completed and a work in progress when she arrived, so we discussed how we could tech-it-up. Inspired by Celina Alvarado’s ‘Caught my Wink’ and Lucy and Bart’s ‘Hook and Eye’ my first drawings used hook and eyes and cotton to trigger a switch behind the ear. I had been discussing Bare conductive ink as a potential body battery in lectures in my Wearables courses at the university and this product offered a better solution than a mechanical switch and the product could be applied like eyeliner, so we quickly moved to trials of eyelashes cut from aluminum foil and painting false eyelashes with conductive paints and gels, but they were too ugly or the resistance was always to strong.

We needed a thinner but highly conductive medium and the solution came from a collaboration with EQA Lab in the development of the black false eyelashes used in the first prototype. Water is highly conductive; I was concerned about putting an electrical circuit near the eye. I needed an ethics approval if I was going to try this on anyone, but I was so excited about the research, so after a visit to an eye-specialist and a lot of research and questioning, I used myself as a lab-rat and the test was a success. We launched the prototype in Japan and the photo of me wearing it was published.

For the MakeFashion event I had to make a new version of ‘Blinklifier’ as the original was still in Australia after an exhibition in Queensland.

On this mission, big thanks go out to Seeed Studios in Shenzhen China who sponsored all the electronics in this piece. The head of their wearables product line Sonic Xie helped me source all the materials. Marcel Kohnz from Hochschule Trier University of Applied Sciences in Germany drew up schematics and created the harness in the Wearables Lab in Hong Kong.

Dave Hrynkiw from Solarbotics in Calgary helped tweak the coding and isolate bugs in the circuitry. I worked in the Solarbotics workshop to do the final installation of the technology into the wearable Blinklifier unit and I am grateful for their hospitality.

Many thanks also to Maria and Shannon Hoover for connecting me to the Calgary crew, and in Hong Kong Sarah Kirsch for many hours soldering, and Parry Ling and Levi Lam who helped bridge the language barrier in China and find last minute supplies as the deadline grew nearer.”

 

Along with Blinklifier Patricia Flanagan has created “Transit Textiles”,  a mapping project where participants were given t-shirts that that recorded their activity moving around the city of Hong Kong over 21 days. Selvage Stories, another project, consists of a series of woven pockets that depicts maps of different cities and fills them with audio stories.

 

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mail info@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

MakeFashion Spotlight: Medusa Fabulosa

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work. Photos by Edward Ross photography.

 

Video: Paul Spenard

 

“I was born in London, England and moved to Calgary with my parents when she was was five so I guess you could say I grew up in Calgary. After high school I moved around a lot spending time on both the East and West coasts of Canada. I moved back to the Calgary area in 2003 and now live in Black Diamond, a small town south west of Calgary. What I like about Calgary is the mountain views, our western heritage, the Chinook winds, the creative innovation that seems to be present here in all sorts of art and business ventures.

I first began working with wearable technology when I was working in film in Vancouver. My first exploits involved incorporating LED’s, fiber optic fabric and animatronics into special effects costumes.

In 2012 I was designing costumes for the 100th anniversary of the Calgary Stampede and we did a number of costumes that involved LED’s and Arduino micro-controllers for the evening Grandstand show.

I found out about MakeFashion in 2012 when I went to a Meet and Geek at Protospace. I was in the midst of building the costumes for the Grandstand show and was really excited about all the new technology that was coming out and wanted an R&D project to work on to further this. I designed the Chameleon Cocktail dress for the first MakeFashion show in January 2013.

 

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Photo by Edward Ross photography.

 

The biggest inspiration for the 2014 piece was Jellyfish. I wanted to create a wearable art piece that reflected the essence of a Jellyfish. Technology in the piece included Fiber optics, Litex LED ribbons, Lilypad arduino, individual RGB LED’s, LED strip lighting, Synthesia custom LED controller, and rechargeable Li-Poly batteries.

When starting a piece I like to do a sketch of what I want the final piece to look like and then work to achieve that goal.

When we started Medusa Fabulosa there was myself, Vlad Lavrovsky (the technician) and a glass artist involved. My sketch came out of a couple of discussions between the three of us last spring. We had looked at a number of materials and techniques that we wanted to use in the piece.Unfortunately the glass artist became really ill and had to bow out of the project but Vlad and I stuck to the original concept and I tried to find ways to still incorporate glass or glass-like pieces into the work.
The outside fabric was dyed and/or airbrushed to get the effect I was after. The prop jellyfish and headdress base were heat shaped and molded from thermoplastic fabric and then decorated. The neckpiece was made from knitted copper wire, glass pieces, marbles, beads, crystals and ribbons.

Creating the inner frame for the Jellyfish skirt required some engineering as this was also going to support all the LED strips we were using for lighting the skirt. I also wanted the skirt to “bounce” so it took a couple of mock ups to perfect the “bounce” factor.

One of the hardest things to predict is what will go wrong. There is always something that comes up that does not go as planned and it seems like one of the biggest challenges is dealing with this or trying to find an alternative usually at the last minute.

I knew from the beginning that I wanted a dancer on pointe to model the piece and present it in more of a theatrical dance performance on the runway.

Working on this piece I learned that there are never enough hours in the day! For new designers, I recommend to research, experiment with materials and techniques, go to Protospace and the workshops offered at Endeavor Arts.

You can see more of my work on my website: http://fabricadabra.ca/

– Angela Dale, returning designer for MakeFashion two years in a row.

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mail info@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

MakeFashion Spotlight: Celebrate

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work. Photos by Andras Schram.

Genene Grant was originally from Comox, BC and moved to Calgary 14 years ago, attracted to the energy of the city and positive vibes of the people living here.

“I started combining technology with costuming 12 years ago when I was attending different music festivals and wanted to be noticed at night. Most projects I work on combine fur and light, but I also love to work with leathers, feathers, and other sparkly mediums. I am most known for my glowing animal hoods. I am a music lover. I often hear a track that inspires me to make a piece that complements the music. My focus has always been having clothing that I can dance in, that is still a show piece.

This is my first year with MakeFashion, I found out about it last year when my fan base sent me links to the incredible show that was put on last year.

 

fashion photography by andras schram 46

 

This year I combined talents with the owner of Synthesia and created some truly unique items. The technology was LED based, with the emphasis on addressable LED’s to really create a show. I wanted to create something that was truly wearable, with lots of stretch and colour. The main dress took about 2 drafts before it was complete.

The title “Celebrate” comes from I Just Want to Celebrate” Rare Earth Remix by Stickybuds. I chose it because every time I hear it I want to dance, and that is the focus I have on my clothing, to be able to dance the night away in celebration.”

To see more of my work, I have a page set up on Facebook: facebook.com/genenegrant

-Genene Grant is a first-time designer for the MakeFashion 2014 Gala in Calgary, AB.

 

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mail info@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

MakeFashion Spotlight: Dragon Queen

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work. Photos by Justin Poulsen and Edward Ross photography.

Video by Paul Spenard

 

Elle Nguyen, creator of “Dragon Queen” with Aman Dhalay was born and raised in Calgary.

“I love how Calgary is filled with big city dreams and plans but still has a small city mindset. My first experiences with fashion and wearables was through creating cosplay projects. Last project was a simple lighting design using acrylic line and LEDs to creating different effects on a Starcraft inspired jumpsuit and modifying a dollar store gun into a much larger gun but adding a speaker, on/off switch, and aluminum facing. When I was a young as four, I always got in trouble for taking apart any electronic to see the inside workings – not all were put back together in working order again…

I discovered MakeFashion when a writer from my online blog team attended the last show. This was my first year participating in the event.

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Dragon Queen by Elle Nguyen and Aman Dhalay of Javeda. Photography by Edward Ross Photography.

 

The dress designer and I drew from our own cultures to create a fusion of Chinese and Indian styles. Aman and I sat down to create design and came up with a quick idea, inspired by the creative designs of past Victoria Secret Wings on the runways, but were unhappy with it. We created another design that was closer to the Javeda brand – a bridal design. Then we met up with Yeats Wong of Yeats Magic Co, an illusionist who has built some of his own illusions to come up with a more interactive design. He also helped with deciding what materials to use to keep the design lightweight.

Technology used in the dress includes:

  • EZ Robot controller with WIFI connection powered by a Li-Po battery
  • A wired speaker
  • LED strip & LED lights
  • 3D Printed Eyes

One of the most interesting technologies used in Dragon Queen is a mobile application can be downloaded from the EZ-Robot mobile website and installed on any mobile device. Then, when the mobile device connects to the dragon via WIFI, the mobile device can control the movements of the dragon.

“We both work in the fashion industry and wanted to build something that would not only push us into the world of wearable technology but also share our individual brands to the world. We wanted to show that we were more than just a fashion designer and a website technician. We wanted a challenge, but we still wanted our project to reflect our work.”

The initial movement was powered by flexinol. I had purchased a learning kit but when I applied the concepts to the dragon, the movement was subtle and I was worried that it would not be noticeable from the runway. Then, Shannon Hoover teamed me up with Jeremie of EZ-Robot and then the movements for the dragon became perfect.

One thing I learned this year was to create a piece that is directly interactive with the audience. My advice to inspiring designers is to create something that is more than lights – something that the audience can tell that is obviously controlled by sensors.”

– Elle Nguyen, first-time designer for MakeFashion. Read her recap of the event here.

 

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mailinfo@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

MakeFashion Spotlight: Common Experience

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work. Photos by Edward Ross photography.

Kathryn Blair and teammate Ryan Blair, creators of “Common Experience” are both from Calgary.

“I like that the maker and art communities in Calgary are very open and easy to get involved with. It’s also a city that’s changing a lot, and it’s exciting to be a part of that. I came to work with wearable technology via physical computing, which I’d worked with for some art work in the past. My first wearable project was for MakeFashion 2013. It was called “Somatic System” and it was a coat that used a temperature sensor and a pulse sensor to monitor the wearer’s mood. It would then change colour and play music to correct (calm) a bad mood, or maintain a good mood.

You could totally commercialize a headband that would tell the world how much attention you’re paying, but it would be so scary!

I’m very interested in biofeedback and exploring the intersection between mind and body – it’s so easy to think about your mind as a separate entity from your body, and easy to think about your mind in other context – identifying with other people, imagining what it would be like to be different. That’s totally vital for our ability to empathize with others. But our minds are a part of our bodies, and our bodies have a huge impact on how we think and feel, both the physical reality of our brain, and the physical reality of other parts of our bodies, and of course external stimuli also impact our brains. I love exploring those intersections, and wearable technology and EEG provides an amazing set of tools to do that.

 

The technology used in Common Experience includes:

  • Neurosky Brainwave Starter Kit (http://store.neurosky.com/products/brainwave-starter-kit)
  • Raspberry Pi (https://www.sparkfun.com/products/11546)
  • Programmed in Python
  • The python-mindwave-mobile library: https://github.com/robintibor/python-mindwave-mobile
  • RGB LED strips (like these): http://www.aliexpress.com/item/waterproof-RGB-LED-strip-light-SMD-5050-LED-strips-DC12V-SMD5050-60-led-M-5M-roll/1309890652.html?s=p
  • Hobby servos like these http://www.hobbyking.com/hobbyking/store/__662__HXT900_9g_1_6kg_12sec_Micro_Servo.html
  • Lipo batteries – http://www.hobbyking.com/hobbyking/store/__9394__Turnigy_2200mAh_3S_30C_Lipo_Pack.html

 

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Kath Blair models “Common Experience”. Photo by Edward Ross photography.

 

When building Common Experience I worked with my husband, Ryan Blair, to figure out how to execute. I tend to get an idea and execute, and my revisions tend to be in the specifics and how I’m executing, rather than the idea overall. So of the basic idea, there was pretty much one draft. Of the specifics, there were hundreds of revisions of exactly how we should do things, how it should look exactly, what it should be made of. Many of the deciding factors were practical – will this work? Will it look good? Will it move the way I need it to?

I come at this more from a visual art background and having done programming and physical computing before, so I serve as my own technical support on the programming side, and my husband Ryan is great with electronics. I also got some help from Dave at Solarbotics, and on the fashion end, from Julia Wasilewski, a costume designer.

Rather than use a model, I chose to wear the piece myself! I was very focused on getting down the runway okay and trying to keep my timing decent. I like to model my pieces myself because for me it’s kind of about that relation / intersection between wearer and garment. We had a great movement coached who helped me figured out a way to model it theatrically. She was great and very helpful!

Using the EEG (the input sensor) is the real wow factor of the piece. It’s so amazing that you can buy an EEG for $130 and read the data from it and use it to make crazy projects – nerf guns that fire based on your brainwaves, for example (http://hex-machina.com/hw/mindbullets). I used the EEG output – the attention level of the wearer – to control the colour of the lights on the garment, as well as to move servos, which pulled origami deployable structures into different states of tension.

This year I learned a lot of programming and I’ve never worked with servos or Raspberry Pi (or linux) before, but I think one of the most useful things I learned was about my personal process – I love to play with materials and test out different options, and I can put off making decisions (and spending significant money on materials) until I absolutely have to make that decision. My advice to new designers is to play with whatever technology strikes your fancy. Never wonder if you can accomplish something – see if you can find a way to do it before you dismiss it.

I think a lot of the body-monitoring biometrics is starting to become big, and starting to integrate, and I think that will get really all-encompassing and able to make better inferences about your body’s state and suggestions about what you should do, and it will be popular among the very health-conscious.

You could totally commercialize a headband that would tell the world how much attention you’re paying, but it would be so scary – who wants everyone to know if you’re not paying as much attention as they would want you to? I hope that doesn’t happen, so big-brother-ish.

You can reach me via my website, http://glass-slipper.net, or on facebook at http://facebook.com/kath.blair, or on twitter at @kathblair.

– Kathryn Blair, returning designer for MakeFashion two years in a row.

 

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mailinfo@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.

MakeFashion Spotlight: The Widow

MakeFashion Spotlight is an insider’s look on our 2014 gala pieces. Follow us as we showcase each of our designers and the inspiration and technology behind their work.

Video by Paul Spenard

Shannon Chappell (the maker) is from Prince Edward Island, and Kayna Hardman (the seamstress) is from Calgary. We both now reside in Calgary. What we like about Calgary is the lack of division between different disciplines, which makes teaming up with others more about creativity and less about competition.

“Start with a big grandiose vision, go all out and try to achieve that, then work your way down to something that is manageable”

I have been working with costume design for around 3 years. In my costumes I had always tried to achieve some level of realistic functionality with them; for the most part I would incorporated LEDs and minor switching functions. I had created a Cyborg costume that had numerous parts that lit up and pulsated, as well as a hand and eye piece that open/closed and turned off and on via mercury switches.

The inspiration for our 2014 piece “The Widow” was primarily the black widow spider. Incorporated into this idea was the idea of spider sense, motion detecting and the control of large spider legs. Also we wanted to tap into peoples fear of spiders and to achieve that through a very creepy stylized dress.

Technology in the piece that we used:

  • Ultrasonics- to create a wave of light across the train as someone passed by it.
  • Vibrating Motors- to give the model a sort of spider sense as to when someone was behind her.
  • Robotic/servos- to move and operate the legs.
  • Flex sensors- integrated into the models glove to operated the robotic spider legs.

The concept and draft came partly from a photo that I had for years of a woman with giant spider legs growing out of her back. But most of the idea came from waking up in the middle of one night with the idea in my head, drawing it out, and then making sense of it the next morning. Only one draft was made and we tried to work as close to that as possible, to remain true to the vision. The deciding factors when finalizing were mainly to do with what were the technical limitations based on the design and the ability to properly integrate the design and tech together.

Many parts of the dress were made from salvaged materials. Like place mats, pingpong/christmas globes, a golf glove and lamp parts. The train was made out of gutter mesh and party streamers. A special bustle was made that was on rollers to help support the weight of the legs and train.

Assembling The Widow. Photo by Zev Vitaly Abosh: PhotoArt4U

Assembling The Widow. Photo by Zev Vitaly Abosh: PhotoArt4U

Most of the dress was a challenge. A lot of the materials and electronics that went into were a first for me. This was the first time I used robotics and more involved electronics. Also I generally built by myself and this time I had to learn to work with a team. Other challenges were to make such large legs that worked with minimal wobble based off a light weight design. Also weight was a constant problem, to which we had to come up with many different ideas on how to redistribute the weight comfortably over the models body. This was the first time I had brought in outside help on one of my creations so it was a learning process which was helpful especially when learning on how to relay my vision to other people in a way they can understand so we can be on the same page.

I worked with Kevin Loney and David Bynoe to complete this dress. Kevin designed and built all the tech for the dress and David was the one who designed and built the robotic legs for the dress. Under a tight deadline we all came together and achieved great things even under pressure.

The home for this dress I feel would be in a movie, some sort of cold dark cavern. Something that plays off the eerie nature of it and the fear it instils.

Something I learned from MakeFashion was to make deadlines and and try your hardest to achieve them. Stay in constant communication with the other members of your team and help each other as much as you can. My advice for aspiring wearable tech designers is to start with a big grandiose vision, go all out and try to achieve that, then work your way down to something that is manageable. Always be pushing the boundaries of what wearable tech is and could be.

You can find me at my website:  Infernal-Studios.com
or via email:  shannonjchappell@gmail.com

-Shannon Chappell, first-time MakeFashion designer participating in the 2014 gala.

 

The 2014 MakeFashion gala brought to you by OnConference in March 2014 had over 400 attendees and showcased an inspiring collection of local and international wearable technology. E-mail info@makefashion.ca for information on how to become involved as a volunteer, designer, tech enthusiast, or sponsor.