Having been born and raised in Hong Kong for the best part of my life, I have been able to appreciate technological marvels all around me; from the behemoth skyscrapers and the array of luxury vehicles roaming the streets, to the smaller gadgetry in home devices and telecommunications. I have always had a passion for knowing how things work, learning about the inner processes behind products and taking them apart to better understand them. From as early as I can remember, I have used creativity as an outlet for self-expression, whether that be through sketching, painting or designing weird and wonderful products as a child.

Product Design Engineering was an incredibly well balanced course for me as it enabled me to combine my love of using artistic methods and fascination with technical engineering challenges to produce a fully realised product, working from conceptualisation and concept generation to prototyping and creating a final item to solve real-world problems.This balance in design and engineering coupled with the broad array of skills learned and honed throughout this degree has enabled me to feel confident in the future to tackle design challenges in different disciplines, with the goal of creating innovative solutions to dealing with real-world issues and make a meaningful impact in people’s lives.

The “Helping Hand” is designed to be a portable
solution to emergency medical scanning using
ultrasound at the scene of an accident. Emergency
services will utilise this in a last case scenario
where the life of the patient is in imminent
threat. The device uses ultrasound imaging to
diagnose any internal injury due to either blunt or
penetrative trauma that resulted in severe internal
haemorrhaging. It then uses high intensity focused
ultrasound to cauterise and seal the wound non-invasively. The two forms of ultrasound transducer will be led autonomously by an onboard AI software which utilises a reference library of images of both healthy and unhealthy scans of key points in the human body. These will then determine the injury and provide the diagnosis, then serving as a guide for the HIFU beam to cauterise the damaged tissue within one cell thickness.

My final year project at GSA involved designing an augmented reality app paired with a 3D printed wristband that facilitates independent shaving in men with Down’s syndrome. In the future I hope to be able to apply knowledge and experience gained throughout my time at GSA and UofG in the product design/mechanical engineering sectors.

I have recently completed my MEng undergraduate degree in Product Design Engineering at the University of Glasgow and the Glasgow School of Art. Within my coursework, I have been able to address, and design solutions for, a range of problems in several industries.

With my final year project, I addressed the effect that a drop in incidents attended by firefighters has had on their operational experience through designing an augmented reality system which displays real-time situational and environmental data.

In my fourth year, using geographical information captured by NASA from the surface of Mars, I designed and manufactured a small batch of jesmonite coasters which were sold at a retail level through the GSA shop. In the same year, within a group of students, I also helped to design a range of smart telecare products which granted the elderly and vulnerable more autonomy and independence within their own home.

During my third year, within a group of my peers, I looked at the potentials of ultrasonic technology from which we developed a product for students that stimulated the brain to induce a relaxing, de-stressing effect. On my own, I continued developing the product by designing it for manufacture. Some of my work from this project was shown in the “Ultrasonic Glasgow” exhibition in the Glasgow School of Art in late 2019.

Alongside my studies I have also completed two internships; as a graphic design intern at CCL Design, and as a product design engineering intern at Cohesion Medical. I continued working for Cohesion Medical throughout my fifth year where I have mostly worked on UI/UX projects.

Having developed a deep artistic and academic understanding of design and engineering, I feel at home occupying the fertile space in_between. As well as engaging with the design process from an artistic and technical perspective, it has become more and more necessary to also engage with the social, political, and psychological components embodied within the product and production process.

In an increasingly politicised environment it is impossible to escape the socio_political weight of the product. As a designer, it feels necessary to examine how design practice can be used to disrupt the rigid cultural structures that have allowed large scale issues, such as the current ecological_crisis, to form and develop.

By drawing from a wide range of both theoretical and practical understanding, vast problems, such as the climate crisis, can be deconstructed into its technological, social and political roots. In this way, effective solutions can be systematically built and implemented.

post_fossil_production_labs:

We are a collective dedicated to the development of solutions for a post_fossil future. By embracing emerging renewable technologies, new modes of production, distribution and empowerment are generated. Working within a broad theoretical framework, centred around eco_futurism, our work ranges from sculptural projects to material experimentation to practical design solutions. Most recently, we have turned our attention to the energy sector, focusing on the future of renewable, urban energy generation and the much needed socio-political reform made possible by disruptive solutions.

post_fossil_toolkit:

As the world accelerates towards carbon neutrality, the future opens up.
A future beyond fossil_fuel consumption and the failing structures of late capitalism.
Twenty years from now, we will be entering a new era.

The post_fossil_age.

Where the act of energy generation extends beyond the purely functional and into the worlds of expression, activism and empowerment. With this new world comes the opportunity to reform and rebuild the systems of energy generation and distribution to fit a new model.

To do this, the right tools are needed.

The post_fossil_toolkit provides a flexible, means of sustainable energy production to urban community centres and autonomous spaces, without reliance on ridged infrastructure or profit driven industry.

Fully de_constructible, modular generation_units use emerging renewable energy technologies to equip the public to work against the broken modes of capital_driven production and the ecological_damage done by fossil_capitalism. Portable tools to power temporary spaces, community projects and autonomous activity.

I am a Maltese Product Design Engineering student at the Glasgow School of Art and University of Glasgow. An MEng in Product Design Engineering at the two institutions has been an exciting and challenging journey, which has provided a multitude of opportunities in both engineering and design cultures.

My final year project, flexIV, was an exciting venture into the world of biomedical devices. flexIV is a stabilizing intravenous cannula for comfort and freedom. The device protects against dangerous accidental administration of an intravenous fluid into the subcutaneous tissue. This is known as extravasation, which is mainly caused due to movement and instability of the intravenous cannula. Extravasation causes painful side effects, as well as permanent cosmetic damage, loss of function in limbs, and potentially fatalities.

The flexIV device is an innovative redesign of the intravenous cannula. It introduces flexibility to the device to prevent internal catheter movement. With patient comfort in mind as well as extravasation prevention, the user is free to move comfortably without the worry of the catheter becoming displaced.

This project was an excellent opportunity to execute and improve my research skills, build professional relationships with a multitude of professions, and integrate my work ethic from my summer internship at ExxonMobil.

As a student of design and engineering and an amateur musician, learning has been a large part of my life. Learning is a powerful tool, not only for developing our skills and understanding on a topic, but because it comes with a sense of fulfilment, of self-improvement and of joy.

Particularly with musical learning, I often find myself distracted from the recommended learning routes, instead preferring to experiment and play. It took me at least a year of learning guitar before I attempted to tackle a song from start to finish, instead preferring to improvise within simple scales and chords I had attained in bits and pieces. I find that this method is beneficial, as it allows me to express myself more immediately, and ultimately it builds skills, confidence and familiarity with the instrument and theory. This all contributes towards playing more proficiently, in a round-about way, but in the end my personal goal for learning music is not to replicate any particular piece of music but to enjoy myself and express my creativity. In this way I treat learning as a sort of meditation, where the purpose is to lose myself in experimentation and exploration.

Sound & Colour is a project aimed at the casual learner. Music is traditionally taught with some degree of intensity, and while this is unarguably a route to successful musical proficiency, plenty of joy can be gained from simply exploring sound and developing one’s “musicality”. Taking inspiration from childish play, I wanted to design a product that would allow the user to really play around and mess with music without requiring prior knowledge. I put particular focus on how the user interfaces with the device, I wanted to stray away from traditional layouts and daunting “cryptic” musical notation, providing instead a fresh and intuitive interface and feedback system. I placed importance on musical interval relations, using a regular isomorphic layout to provide logical navigation to allow the user to drift around the “keyboard” discovering these interval relations as they relate to each other geometrically.

This project has allowed me to explore this concept of experimental learning within music through my design and engineering skill set, from user interaction and research to digital and physical prototyping, electronics and coding.

Inclusive design is quickly becoming a movement within the sports industry. Big sports brands are becoming more aware and more concerned about providing everyone with equal opportunity to participate in sporting activities. As an advocate of this inclusivity movement, I was eager to address this campaign head on. Through thoughtful and empathetic design, I have been able to produce a considerate, user orientated product solution.
The SLIP N’ GRIP is a 3D printed prosthetic terminal device that enables children with right transradial amputation to participate in hockey at school. The central ball joint mechanism mimics the natural rotation of the human wrist, offering the user full range of motion and hence allowing easy manipulation of the hockey stick during play. An adjustable elastic band system enables the user to alter the resistance of the ball joint, allowing them to tailor the device to suit their own mode of play.
Two of the key issues associated with current sports prosthetics are cost and accessibility. SLIP N’ GRIP aims to tackle these issues by offering a quick, cheap and easily accessible alternative that can be assembled at home.
It was extremely important to me that this project not only solves a problem and makes a genuine difference to people’s lives, but also enables me to explore the field of sports design and engineering. This is an area I have developed a passion for during my time studying at Glasgow and is one in which I hope to pursue a career. Being able to combine my passion for sports with my design and engineering skills has become the ultimate goal. I will be going on to commence a further Masters in Sports Product Design at the University of Oregon this coming September.

I am an aspiring designer from the Highlands of Scotland. My long-running enthusiasm for making has led to an extensive practical and theoretical skillset which I am continually looking to expand upon. My eagerness has earned me experience in several aspects of design and a good eye for detail.

I am especially passionate about sustainable, timeless, and inclusive design, and I understand the importance of making sure every aspect of my work is carefully thought-out. I have strong interpersonal and teamwork skills with a knack for problem solving and thinking on my feet. Equally comfortable in both the studio and the workshop, I thoroughly enjoy bouncing between software-based work and a more hands-on approach.

As a design engineer, I am motivated by the challenge of developing solutions to enhance the user experience of a product or system. I approach design problems with an open mind and from a holistic point of view. My work explores the impact of the external environment on our body and mind aiming to bring harmony into our lives. I follow an iterative process, involving empathic mapping and user engagement.

My product WorkLed is the result of my masters project, A Happier and Healthier Workplace, exploring the application of innovative LED technology in tackling the problem of poor lighting conditions within working office environments. Current workplaces have no regulations for sufficient healthy lighting, and existing products demonstrate impracticalities of form and interaction. The Lighting Research Centre highlights the benefits of specific lighting conditions with emphasis on the sleep and wake cycle.

WorkLed is a new desk lamp which provides healthy working light levels and circadian regulation. My product aims to transform stigmatised perceptions of therapy lamps into an engaging and satisfying yet practical experience for the user. I defined three light settings in order to optimize light throughout the working day. The user can personalise their light by choosing between stimulating blue light, task light and smart ambient light.

I am in my fifth and final year of the Product Design Engineering integrated masters programme, split over Glasgow School of Art and the University of Glasgow. Learning across these two institutions has helped me develop an invaluable wide variety of skills, from technical engineering knowledge to following the design process and how to centre this around the user.

I have been fortunate enough to develop and apply this knowledge, firstly during an internship in New Zealand, working for an electronic design company that manufacture assistive devices. My final year project has also been a key factor improving these skills, where I set myself the task of designing a car seat insert for premature babies to reduce positional asphyxiation. Stork is an adaptable product that alters positioning through various regions of support. It is designed to be supplied by a hospital to assist a baby on their discharge home and increase their safety whilst travelling in a car seat. Consistent contact with professionals and stakeholders throughout the project was the main driver and confirmed the benefits that the product would have to both the healthcare system and the users. This, for me, was the most rewarding aspect of the project and confirmed my passion for designing for purpose, with the potential of helping people.

Ignacio Amui is an Argentinean inventor and engineer. As a product designer, he is a spirited advocate of environmental sustainability. In 2016, Amui entered the University of Glasgow, where he developed his passion for renewable energy technologies. During his stay in Glasgow, he pursued most of his projects in the topics of IoT and renewable energy. In 2019 he was awarded the Best Student Certificate by the Institution of Mechanical Engineers.

Nanode, his most recent project, shows a homogeneous relation between design and technology. By using dye-sensitized solar cells, he created a portable solar charger which benefits form this technology. Amui believes that energy micro-generation can bring numerous advantages to users and guide us towards a sustainable future, as the user has more control over his energy sources.

Sarisa Leelayouthyotin is a BEng Product Design Engineering graduate. Her final project, Communicare aims to integrate technology into healthcare.

Communicare aims to provide an effective meltdown and shutdown prevention system for autistic children through modular 3-lead ECG monitoring and stress analysis. It connects the ECG wearables to the caregivers’ devices, allowing them to detect the upcoming meltdown and shutdown, in order to provide the right support at the right time.

I am an international student who has become fascinated with social and environmental development. I have a focus on the barriers faced by citizens when it comes to active travel and the psychology behind people’s behavioural patterns in this field. In response to my research and findings I developed the UpCycle, a product which houses 20 bicycles in a regular car parking space. Users are not required to bring their own bike locks and will have a cycling community to encourage sustainable travel habits. The UpCycle is automated and moves hooks around a carousel which saves space, users have an NFC device to grant them access. UpCycle is protects against vandalism, theft and weather and has a lot of social benefits too.

Studying PDE, I have developed a crucial blend of technical engineering knowledge and creative design practice to deliver successful products. Through a diverse range of projects over 5 years of studio work I have seen how vastly applicable the design process is to problem solving in any sector and love that no two briefs are ever the same. User-centered project work has ignited my passion to tackle overlooked problems and use design to positively impact peoples lives.

My final year project, Elecgo, is a lamppost-connected, e-bike Battery Swapping Charge Station for Urban Cycle Hire Schemes.

Current share scheme e-bike charging options are either logistically difficult or create hefty operational expenses and a pool of untapped value while the vehicles are recharging. These barriers prevent the widespread implementation of sustainable, shared e-mobility for cities of the future.

Elecgo is a lamppost-connected charge station developed to provide secure, on-site battery charging and swapping. E-bike batteries are housed in digitally locked, secure units with 24/7 self-service access for users of cycle hire schemes. The swapping model essentially provides ‘instant’ charging which boosts bike availability and revenue potential. A modular design allows quick install and is flexible to the changing demands of a city.

I have had a passion for Product Design from a very young age and the Product Design Engineering course was the perfect opportunity to allow me to develop on this. I have thoroughly enjoyed both the Engineering and Product Design aspects of this course and look forward to applying these new skills and knowledge in a professional setting.

Aside from Product Design, I am also a very keen skier. Having done a lot of backcountry skiing I was aware of the dangers and numerous fatal accidents that occur while partaking in this sport. This formed the basis for my final year project. The focus of this project was to reduce the number of accidents and fatalities in backcountry winter sports caused by avalanches.

Following research with some of the leading backcountry skiing and avalanche experts it became clear that preventing people from triggering avalanches in the first place was the route that my efforts were best focused on. Through this, a design for a device which would allow individuals to quickly and accurately measure a slopes gradient and aspect was created. The majority of people involved in these accidents are well trained in avalanche awareness but had just missed certain warning signs. The device encourages people to stop and take the time to make their assessment due to its simplicity. The information provided by the device, alongside the users own knowledge, allows them to make a better and more informed decision on whether a slope is safe or if it should be avoided.

Aside from my academic work I have also started a few small businesses designing, manufacturing and selling cufflinks and 3D printed products whilst at University. These have been hugely successful and I have over 500 customers to date.

I’m interested in understanding and improving human experiences. I enjoy engaging with people, learning about new things, and problem solving – all of which I hope to continue throughout my career.

My project focuses on improving patient experience following orthognathic (jaw) surgery. After undergoing orthognathic surgery myself two years ago and having experience working in the orthodontic design and technology sector, I identified an opportunity for a patient focused solution which could improve clinical outcomes. The project involved working with patients and collaborating with the maxillofacial department at Glasgow Dental school, as well as members of the Centre for Medical and Industrial Ultrasonics at the University of Glasgow. Support was also awarded from the GU68 engineers trust.

Around 3,500 patients undergo orthognathic procedures in the UK every year. Following surgery there is a period of intermaxillary fixation where the jaws are banded shut. Patients are unable to eat or speak properly, and there is considerable facial pain, swelling and bruising.

Novo is a wearable system which accelerates post-surgical healing. The reusable adhesive patches apply low intensity pulsed ultrasound to the surgical sites, which has been clinically proven to increase bone density and reduce pain. A shortened intermaxillary fixation period enables the patient to get back to normal life sooner.

Competing in ‘The Greener Glasgow’ design competition when I was younger sparked my interest in sustainability. Winning 3rd place, it has ignited my passion for incorporating sustainability with design. Furthermore, by being part of a volunteer group working as a Neighbourhood Improvement Volunteer (NIV) for my local area allows me to see the current environmental problems. This has always been the push for my packaging box design in hopes to change waste consumption in the packaging industry.

Jonathan Maillie is a creative young student working towards a Bachelor of Engineering in the discipline of Product Design, delivered collectively by the world renowned institutions of the Glasgow School of Art and the University of Glasgow. Jonathan is also from Glasgow, a city synonymous with engineering innovation, and throughout his educational career has consistently taken an interest in the sciences and design. Always keen to understand how products work, on discovering the course in PDE he relished the opportunity to combine the dynamic mediums of engineering and design. Jonathan looks to develop the skills and knowledge he has gained through this course and multiple work experience positions to forge a career in product design. To further expand his skill set he will be embarking on a Design and Marketing postgraduate course in the coming year.

Alongside technology and design, the biggest influence on, and constant in, Jonathan’s life has been sport. From a young age he participated in rugby, hockey and swimming and now is member of the Glasgow University Tigers American Football team. Throughout his studies, the opportunity to influence the fast paced innovation in engineering and design in sports has been a key driver, allowing him to combine his two passions.

Precision Contact

A long list of injuries eventually prevented Jonathan from playing the sports he loved most, namely rugby. This, coupled with a strong desire to remain involved in the sporting world, inspired Precision Contact, a smart sports wearable designed to approach the increasing injury rate in modern rugby and other contact sports, and the response to it.

Precision Contact aims to tackle this problem through accurate visualisation of the impact on athletes in contact sports and create a better informed, streamlined injury recovery/rehabilitation process. It boasts thousands of pressure sensing areas, fitted to a compression style garment, whose data output is powered, collected and transmitted by an unobtrusive hub incorporated into the sports wearable. The product maps the various impacts given and taken by a professional or amateur level player and produces a visually engaging, informative pressure map displaying highly technical insights into the wearer.

As a product designed to address injury at all levels of the game, this could not only make players more injury conscious as they play, but also improve their interaction with team staff and sports researchers as they look to recover and return to play quicker than ever.

I am a final year Product Design Engineering student on the integrated masters program with both the University of Glasgow and the Glasgow School of Art.

The past 5 years, on the Product Design Engineering course, have massively developed my skill set, confidence and creativity in regard to design. Having teaching from both institutions has provided me with both technical engineering-based learning alongside personal creative development and I hope that this is highlighted in my final year project where the aim was to inspire joy in train stations through interactive, rotating platform seating.

Over the span of this project, beginning in September 2019, I progressed through the major design phases to arrive at the final solution. A large amount of time was spent on the Discover phase where I explored what joy and well-being really means to people and more specifically, where it is lacking in our daily lives. I found that a moment of joy can not only be ignited through well designed functionality, i.e. providing a dry seat outdoors, whenever it is needed, but also that joy can be found within a subtle, pleasant touch or playful interaction. Being able to spark a moment of joy into someones day or distract them from the hard realities they may be facing, has the potential to positively impact their general mental wellbeing.

I am a MEng Product Design Engineering student who has a strong passion for sustainable design. Outside of my studies, I volunteer with several environmental organisations, applying the skills I have built though my course towards raising awareness of the current climate emergency.

I am a Product Design Engineering MEng student from Glasgow graduating this year. I’ve played football all my life (with my career hampered by injuries) and I was keen to combine my two interests of sport and design. By designing a sports recovery product for my final year masters project, I hope to go into this industry when I graduate. The project began as an exploration into the inefficiencies of ice bath use within the world of football, however evolved into an investigation of all recovery methods used and how technology could improve these procedures. Due to my own experience of poor recovery between matches and training sessions, looking for ways to improve the recovery process became a real passion of mine.The resulting product is one which portable and convenient, optimising the recovery process, saving time and effort.

I am graduating from Product Design Engineering (MEng) a multidisciplinary course with a unique balance of engineering and design philosophy and practice. Throughout my time at Glasgow School of Art I have developed a passion for environmental and social design working both in and out-with my studies on a range of design and research projects in these areas.

For my final year project I began by researching the social-political relationship with rivers as an example of our damaging relationships with natural systems, looking into how design can create positive change. Through a mixture of qualitative, literature research, lab testing and an iterative human centred design and testing process I created a micro-plastic citizen science testing kit and surrounding data analytic system. This combines public engagement and scientific study to improve the understanding and create the foundations for systematic change.

Having spent a number of years working in the specialty coffee industry I’ve come to appreciate the craft involved in creating the perfect milk to accompany espresso. This has lead me to scrutinise the quality of milk produced by consumer products. Many home milk texturing solutions on the market don’t match the quality delivered by a barista.

Through research and testing of how milk responds to the injection of steam in a jug, my design intends to replicate the caliber of milk you would expect in your local speciality coffee shop.

My Product Design Engineering final year project is an Accessible Auto-injector Dispenser for people who suffer from severe allergic reactions. The product is designed to be installed within indoor public places such as shopping centres and restaurants for emergency situations where an adrenaline auto-injector is immediately required. The presence of this product will bring more awareness of anaphylaxis (severe allergic reactions) and potentially save peoples’ lives.

I have gained experience throughout my time at university working on various projects within GSA as well as volunteering with a start up business in my free time. In addition I have acquired skills in website creation, creative photography and the conducting of effective user testing.

In the future I would like to explore this area of design further and be able to use my knowledge and skills to design and create unique and beneficial products.

Monitum is a speculative project into the world of seizure prediction using next generation technology in ear EEG and mobile processing. Epilepsy is a condition that effect around 50 million people worldwide and causes danger and distress due to the unpredictable nature of seizures. The EEG earpiece was made using generative design in Fusion360 and is custom for each user to ensure a tight fit for the dry contact electrodes. This data is then transmitted via the Bluetooth module behind the ear to a phone or a dedicated processing unit carried by the user. The unit uses a neurosynaptic processor allowing for low power consumption when running deep learning algorithms which is needed for seizure prediction. When a seizure is detected the module behind the ear vibrates allowing the user to get themselves to safety.

Product Design Engineering has opened up the world of design to me and in 2018 I set up my website for my freelance design business. I have worked with clients ever since on web design, graphic design, branding, packaging design and type design. I love learning more about design and learning new mediums to broaden my skills!

My love for climbing and sports made my final year project very enjoyable, as I was able to collaborate with climbers and design a product that would suit them. I created a product which protects climbers’ hands while bouldering. The glove protects their skin from ripping while providing full range of motion, comfort and sweat absorption.

My Project:

On average 4,400 people visit Scotland’s A+E departments every day, with 25% of A+E patients in Glasgow waiting more than 4 hours for care. As each hour passes waiting in A+E, patients become stressed, restless, bored, anxious and frustrated with very little to occupy their minds.

AQUApod is a kinetic aquarium system, populated by biomimetic magnetic fish, designed to improve the physical and mental well-being of A+E users. By bringing an element of nature inside the A+E environment, the modular system engages patients passively or actively, by occupying their minds and positively distracting them while waiting. Passively observing the movement of the fish through water, like real aquariums induces a biophilic response shown to reduce heart rate and blood pressure. The subtle relaxing colours, refracting through the water promote a calming environment to negate user stresses.

The project was awarded support from the GU68 Engineers Trust.

About Me:

From building robotic beer taps in Turkey to designing solutions improving efficiency in industrial power systems in China, I have been involved in a variety of projects across the world, involving diverse teams, different cultures and unique challenges. I enjoy the challenge of developing innovative solutions and thrive during collaborative work.

In addition to my study commitments I have volunteered as part of a small team designing, printing and fitting a custom elbow driven prosthetic for a young boy in Glasgow.

I am also passionate about promoting equality within STEM. This year I was President of the Female Engineering Society at the University of Glasgow; responsible for overseeing and organising events for around 100 members. We work to promote interest in engineering subjects for young people, in particular females, as they are underrepresented in the faculty.

I’m excited to develop and learn new skills within the industry, with the possibility of positively impacting upon the world through engineering and design.

Through my Meng degree I have developed both engineering knowledge and design experience, giving me the tools to improve real world problems with future forward thinking.

Striving for sustainability is a big part of my work. Most recently, my masters project focussed on trying to reduce the terrible environmental impact of the livestock agriculture industry by encouraging future generations to eat insects, a much more sustainable form of protein. The result is a unit for primary schools which facilitates the farming and consumption of mealworms in the hopes of destigmatising the consumption of bugs. I like the ‘cradle to cradle’ approach to design and believe that creating circular economies of resources is the best way to reduce our strain on the environment. This approach is most clearly seen in a project where I chose to develop a concept for menstrual cup packaging which was made from recycled plastic tampon applicators.

Other notable projects in my university career include; the design and manufacture of felt hanging plant pots for the GSA shop in which I developed some experience with hand felting and natural dyeing techniques. I was also involved with a live project run by Glasgow City Council aiming to bring Telecare into the 21st century. My team and I were able to design a system of products and sensors allowing adults with profound learning disabilities to be given more independence safely during the night, as well as reducing the cost of their care to the council.

Having completed internships at Jaguar Land Rover and COHESION Medical during my time at university I have been able to gain valuable experience with transferring my knowledge and design process into the professional environment.

I’m half Scottish, half German and having grown up in the countryside in both the UK and in France, this was where my love of the outdoors and exploring new places began. Whilst at university this has meant I always prefer to take a hands on approach to solving problems, never underestimating the effect that even a simple prototype can have within the design process.

Although now I enjoy all aspects of design, I have developed a particular passion for closed loop design and considering products as part of a larger service or system for the end user. Finally, I always enjoy the simplest solutions to problems!

I am a Product Design Engineer with a specific interest in the mediums of furniture and sculpture. I find fulfilment in the design and physical construction of my work and strive to expand my knowledge in both, as I continue to create.

Outwith my studies at the Art School, I have interned with London based designer Faye Toogood during the summer of 2019, where I worked on a plethora of furniture items and other home goods. I also collaborate closely with designer Geo Owen as we work towards a release of physical items in the near future.

I have thoroughly enjoyed my time at GSA and learned a lot on the PDE course. Last summer I did an internship with Scottish Power Renewables where I was able to put some of my Mechanical Engineering skills from the University of Glasgow into practice. I spent my final year working on a user centred design project and ultimately created a product to aid mobility in Parkinson’s Disease sufferers. Various research, user engagement and iterative prototyping and testing led me to my final solution and I gained invaluable skills working alongside the end users and key stakeholders throughout the whole process. My final design ‘Cammino’ is an assistive device that predicts and prevents one of the most debilitating symptoms of Parkinson’s Disease known as ‘Freezing of Gait.’

As a product design engineering student at the Glasgow School of Art and the University of Glasgow I have acquired a range of skills in the fields of both design and engineering that have been and will continue to be very valuable in my career. The interdisciplinary nature of this degree has provided me with the ability to tackle problems with an open mind and considering a wide range of factors.

Throughout my degree I have also had the opportunity to intern as a product design assistant at SA Equip, a market-leading company in portable Ex equipment for extreme environments, for two consecutive summers. Whilst there I was able to apply and further develop the skills acquired during my studies to industry specific engineering and design problems.

My masters project is a bicycle cleaning and maintenance project in which I have designed a self-contained bike stand and bike mat for indoor use.

Bicycle cleaning and maintenance are essential aspects of owning a bicycle. Performing these tasks without access to appropriate tools, space or infrastructure can be difficult, particularly when living in a flat. Hence, I have developed a self-contained bike stand and bike mat that offers its users a simple, easily stored and easy to use device that eases the process of cleaning and maintaining a bicycle indoors.

A collapsible and extendable bike stand holds the rear wheel of a bike above the ground by supporting the bike using hooks that are placed on the seat stay and chain stay of the bicycle frame. Wheel size variation has been accounted for by offering both stand and hook height adjustment. The surface of the floor is protected by a durable, waterproof mat, dimensioned to accommodate all bicycle sizes. The chosen materials for the components of the product have excellent durability to water and organic solvents, ensuring cleaning solutions used will not cause damage. After use, all components can easily be wiped clean and stored within the base of the product, which in turn fits in a standard-sized cabinet.

I am a University of Glasgow and Glasgow School of Art student who has recently completed an MEng Product Design Engineering degree, of which I was a GU68 Engineers Trust award recipient for my final year project.

I am actively seeking employment in a design or engineering role from September 2020 to begin my career.

Isabella Gonzalez is a Venezuelan final year Product Design Engineering student at GSA and the University of Glasgow. During her degree, she developed interest in sustainable and environmental engineering which led her to follow her studies at KTH Royal Institute of Technology, getting an offer for a Master’s course in Sustainable Energies.

Kinethics is a product designed to provide independence to campers on how they get energy to power their devices. Applying a BLDC generator and a planetary gearbox, this power generator offers a simple and efficient way for users to produce their own electricity. With a detachable and portable power bank, the product becomes versatile for different situations, charging devices safely with the battery as an intermediary between the generator and the user’s devices. The user just needs to extent the crank, slide the power bank into the slot of the generator and start turning the handle. A red LED indicator will let them know the battery is being charged. After 2min of constant turning, the power bank will be charged ~3%, enough to make an emergency call on most smartphones. It comes in a small, lightweight, and ergonomic structure for ease of turning without the need of a surface.

For my final year project, I made the decision to design for death. This presented a challenge as death is a topic that can’t just be approached with arm’s length academic interest because it affects us all existentially. It isn’t simply an event at the end of our lives; it’s the horizon against which our entire existence unfolds. As such, this project became more than simply developing a product to deal with the prolific problems within the funeral industry, which includes a lack of burial space, the environmental damage caused by cremation and the high cost for families. I also needed to develop an understanding of current cultural practises and the meaning of the corpse and how it is treated. This was achieved through close conversation with various user groups and industry stakeholders.

The resulting design focuses on body composting, a process which transforms the deceased into soil. The body is placed inside a vessel, surrounded by sawdust and interred into a chamber. This provides the perfect environment for naturally occurring microbes to break down the body with aeration and slow rotation. The chambers and their glowing doors make up the future cemetery, one which is situated in the city and simplifies the current funeral process.

This topic was vast and complex but hugely rewarding. It gave me the chance to develop a product that functions not only on a biochemical and mechanical level, but more importantly, on an emotional one. It opens up a conversation that I believe many of us need to have, and never more so than right now.