I’ve been working on my electronic handbags for a long while. Now I’ve been focusing on creating unique handmade handbags and accessories to sell through ilyware to help further the development of my circuits. These circuits will be used to embed technology in the electronic bags. This feels like a huge step in the right direction as it enables me to earn funding towards creating the circuit designs, I make handbags which I love doing and then it will result in creating a better embedded bag.
I’m planning a several months to be able to complete the electronic versions of the bags, in the meanwhile, I’ve now started to post all the hard work on creating these individual handbags on www.ilyware.com so that people can purchase just the bags without technology. They are large enough to carry around your essentials and I hope you find one you love. I also do requests if you have an idea in mind for someone special in your life (mom’s, sisters, daughters, wives…). I hope you head over and have a look, it’s still in a new phase but I’ll be adding more and more designs over time.
I was lucky enough to travel to the 2015 Venice Biennale, and it was my first time going. I wanted to put some photos on my site that captures some of the art I saw. I was amazed at how huge the Biennale was and it felt like a life altering experience. To be able to take in that much art, from so many international artists with so many different messages was overwhelming at times. It was one of the best experiences of my life and has motivated and inspired me.
If you have a chance to go, I highly recommend you make the effort.
Currently, I’m a Post Graduate Lecturer for MDes Design Innovation, Interaction Design (Specialism Leader) at Glasgow School of Art. [GSA innovation school]
Formerly, Associate Lecturer at the University of York, for the International Pathway College course: Robotics, Programming and Electronics.
I was awarded a 4-year scholarship from EPSRC to complete a PhD in Media & Arts Technology, at Queen Mary University of London. Throughout the PhD, I was testing prototypes made with various hardware such as small circuit boards (Arduino / ATMEL), lights, radio frequency identification readers (RFID) and tags that are put onto your daily essential items.
I was in the Cognitive Science research group (information on my research interests). It was at QMUL that I started working with Arduino and various electrical components.
I’m pretty sure my interest is bordering on addiction, and looking around my house might confirm this by the number of tools, solder, wires, boards… all organized of course!
Visual Impairment & Assistive Technologies
For several years I worked with a visual impairment, hearing loss and other disabilities charity. My role was as an Assistive Technology researcher and advisor. My day-to-day was very diverse. It often involved finding the best and most appropriate assistive technologies to enable independent living. Researching and testing technologies that could be used by people with a visual impairment was a big part of this role. Over the course of my time there I acquired specialist knowledge regarding assistive technologies.
“Did you pack your keys?” Smart objects and forgetfulness. May 2014 Conference on Human Factors in Computing Systems – Proceedings 539-542 (CHI) 2014 (Journal article)
Presented my work over the 4-day conference in Toronto Canada as part of the Interactivity Track.
MessageBag: Can Assistive Technology Combat Forgetfulness, 2013 AH ’13 Proceedings of the 3rd Augmented Human International Conference
Presented the paper “Message Bag”, March 2013 At the 4th Annual Augmented Human Conference, Stuttgart, Germany.
Farion C., Purver M. (2013). Message Bag; Can Assistive Technology Combat Forgetfulness. in A. Schmidt, A. Bulling, C. Holz, AH ’13 Proceedings of the 3rd Augmented Human International Conference, Stuttgart, Germany, March 2013.
Thesis title: Investigating the design of Smart Objects to reduce anxiety in the domain of forgetfulness
Research: Using an everyday object (a bag) can it be augmented with a system (RFID reader and tags) to encourage an interaction that will reduce the anxiety many people feel when they forget those essential items for their day.
Advanced taught modules: Design for Human Interaction, Interactive Digital Multimedia Techniques, Interactive Systems Design, Digital Arts Documentary, Sound Recording & Production Techniques, Public Engagement.
FUNDING: Received joint funding from The Arts Council England and The British Council. Additionally was successful in securing an EPSRC Off-campus Business Engagement Fund – The Wearable Technology Show 2015, and a travel grant in 2014 to go to the CHI conference in Toronto to display my work for the interactivity track.
Currently, I’m a Post Graduate Lecturer for MDes Design Innovation, Interaction Design Specialism Leader at The Glasgow School of Art. [www.gsainnovationschool.com]
Previously; Associate Lecturer at the University of York, International Pathway, Robotics, Programming and Electronics. York, UK.
I hold a PGCE (Post Graduate Certificate of Education) and have taught for many years (12+). Teaching across several education levels, from BTEC at College, Foundation Degree courses, Degree courses and BSc level at University. The University of York, University of Leeds, Leeds Beckett University, York College.
I have also presented numerous talks on my various projects and research throughout many years. You can read more about these and see videos on my Events & Talks page.
About CS4FN, “Computer Science is fun. cs4fn’s aim is to share our passion about all things to do with Computer Science and especially to show that it is an exciting subject that is great to learn about just for the fun of it. We produce a free magazine twice a year as well as a series of special booklets (for example we have produced three magic books on magic tricks and the computer science behind them). We have also produced magazines on Electronic Engineering and Audio Engineering and their links with computing. All are sent free to schools in the UK (over 20,000 copies per issue). “
I’ve been working with assistive technologies and specialist knowledge regarding visual impairment, hearing loss, deaf and blind through my work at The Wilberforce Trust. This is very rewarding work. There are technologies available that can be used to help maintain an individuals lifestyle, or to help them achieve things they want to in life. Also, there are challenges in day to day living and certain technologies can help maintain independence.
My work involves getting to know a person with sight or hearing loss and then helping find a solution to a certain goal they may wish to achieve. It may be as simple as finding out the scores to a certain sport, to being able to get a bus into the shops. Being able to communicate, or contact people can help a person in so many ways. I do give talks and presentations on technology and on how it can help so if you can, try to get to one!
Through the PhD, I learnt many new skills including using components for physical computing. My first attempt at Arduino – which inspired a love for using components and a bit of an obsession!
I’ve since been working on making bags that have RFID readers in them to track a set of items. I do this through ilyware.com
I feel so lucky to be doing what I love and this mix of fashion and technology means…..
A LITTLE BIT ABOUT MY PROCESS…
I spend time thinking of creating the surface area that I will be sewing the components to. The components are sewn on with thin 3 core wire and so this does affect the material choices available to me. The colours of the lights are also considered, how they are attached to the bag and how they will work to communicate with the person.
“My work area is a huge mix of sewing kit and fabrics, electronics and tools!”
For the bags that have circuit boards, I also have to program them. This involves hooking up the boards to my computer and using the software, I plan what the board will be doing. I then write the code, check for errors – I do this a lot – and then I upload it to the board.
This can take a while especially if it is a new feature or function of the bag. Everything needs testing before it’s sewn so I have a lot of crocodile clips to hand as well as prototyping boards!
PROGRAMMING & PATTERNS
When it’s all planned out and programmed, I map out the bag area where the pockets will go and make the pattern. These are typically done with several pieces of fabric and I always love making the inside of the pocket with a beautiful piece of fabric. I know that this really will only be seen by you and me but I always think of it as a nice bit of luxury.
Once the materials are sewn, and then the components are sewn in, I then hook it up to the battery pack and be sure it’s all working as it should. Every time I do this I get a little buzz of how pleased I am when I see a bag working. I’ll never tire of that.
The bags are then photographed and I plan the packaging as much as I can, it may be a gift so I’ll add a handwritten card too if you’d like.
The bags are always noticed when out and about, and they are a real treasure to make.
* thanks to Mr Mousseau & my Uncle John who inspired my love of computers.
Sometimes it’s hard to get started (and for a tenner) when you are unsure where to begin. Things can sometimes look more difficult than they actually are only because we are at a learning phase. I can tell you that I started with Arduino and knew nothing about it at all, and I’m so glad I made the push to get to know it. Continue reading “10 Hardware items, get started for a tenner!”
Starting Arduino doesn’t have to cost a lot at all, this post aims to cover the cheap ways to get started with Arduino, which are especially useful for when you are trying out a project and want to be sure it will work. You can always upgrade and swap out the parts later for their more robust / better quality matches later. Although, I have had good experiences and the parts I’ve been ordering have worked as intended. Continue reading “Cheap ways to get started with Arduino ¢ ¢ ¢”
I’ve been looking at breaking out the ATMEGA328P-PU chip (that is used in many Arduino boards) to be able to reduce the footprint and power consumption of the boards. This post will show you how to make your own Arduino.