BERSET

A Mask Detector

2020

Physical Computing, UX, Concept, Robotic

Suitable for the COVID 19 situation we have built a robot called BERSET, which gets angry if the person in front of it does not wear a mask. As a reaction, he sprays disinfectant on him. There are different stages of anger, if the person in front of him wears the mask badly, the robot slowly gets angry and then sprays him if he does not put the mask on properly. If the person is not wearing a mask at all, he is injected immediately. If all persons in sight are wearing the mask correctly, the robot scans the environment in a 180 degree rotation.

We have dealt with the emotion of anger and have extracted the most important behavioral characteristics for us. We show the rising rage and the increased body function by the robot lighting up red from bottom to top. This and the spray reaction is enough to represent the emotion properly.

Swisscom inOne

Nationwide mailing to existing customers and potential new customers to introduce and explain Swisscom’s new “inOne” subscription package. (According to action-triggering design principles)

A Swisscom brochure. Cover and back with a banderole.A Swisscom brochure. Cover and back with a banderole.Two open brochures from Swisscom.

Design proposal for a mobile website of Swisscom for the introduction of the new subscription package “inOne”. It then served as a template for new websites and as a redesign of the new design world of the subscription package. (According to action-triggering design principles)

Discount weeks

Advertisement in the Coop newspaper as part of a nationwide two-week partner promotion “Discount Weeks” by Beiersdorf and Coop. With additional elements such as cross-stoppers, toppers, posters, tension flags, etc.. The aim was to increase purchases and drive traffic to the point of sale. (According to action-triggering design principles)

Landingpage Diesel

Diesel Landingpage with voting for the best Diesel personification and the chance to win a flight in a fighter jet and the launch of four new watch models. (According to action-triggering design principles)

Landingpage Reckitt Benckiser

The Landingpage for Reckitt Benckiser was to promote their brand finish, with an introductory video, a questionnaire and a chance to win a voucher for Fust. (According to action-triggering design principles)

What does Action-Triggering Design mean?

“Action-triggering design means having control over the viewer’s gaze pattern.

Control can be gained by knowing the reading pattern of a viewer. This has three stages: (1). Looking, (2) Skimming: jumping from stimulus to stimulus and (3) Diving into the ‘semantic morsels’; only the latter contain the information it needs to raise the readiness to act.

The craft of action-triggering design is to know the stimuli and their impact, to dose and place them correctly to take the reader from stage to stage until they respond.

One indicator of good action-triggering design is the length of time the viewer stays: a high length of stay is a condition for success – not a sufficient one but a necessary one.”

Dr. Marc Rutschmann, 13 December 2015

Studies on donor behaviour have shown that it only functions if the donor can expect not to be taken advantage of. Donations are therefore based on trust and this can be established through the representation and involvement of a cooperation partner, in this case the City of Zurich. Studies from Switzerland, among others by my cooperation partner Stiftung Risiko Dialog, have just shown that the state – also in the Corona pandemic – enjoys great trust. With the legal form of the cooperative as data owner, trust can be fostered through co-determination over the use of the data.

Based on further research and the study of psychological theories in the field of motivation, prosocial behaviour, psychological distance and abstraction, among others, I believe it is important to involve the population to avoid defensiveness and motivate them to act. To this purpose, a reciprocal relationship could be created between data users, i.e. the city of Zurich, and data donors, i.e. the population, so that the population gets in return something in the form of smaller projects that it finances and implements if needed.

In a participation process of the city of Zurich (2022), it has been shown that the population wants, among other things, co-decision rights and the promotion of citizen-initiated projects with regard to urban planning and climate change. This requires new decision-making processes and engagement.

The app would give data donors the opportunity to support specific projects for a certain period of time in return for their data. One such project could be upgrading the neighborhood with better or new bike lanes, trees, playgrounds, parks, a bike repair/wash, bike racks, etc. The bigger the project would be, the more data would have to be donated over a longer period of time. This couldalso be used to motivate the population itself to donate data. There would also be smaller projects with a short donation period, which could then be implemented quickly. In this way, the results are visible more quickly, which increases the willingness of users to use data donation via the platform in the longer term.

It should also be possible to initiate projects oneself in order to let the population become part of the whole, thus increasing motivation and acceptance and reducing reactance.

An other aspect of benefit for the data donor is the visualisation of their own data, which can bring benefit through reflection. The app would not require behaviour change, but self-reflection can have a climate-positive effect by showing users how they are moving. A CO2 and calorie counter could encourage users to choose a sustainable form of mobility. This data could also be compared with others, e.g. by showing what the average citizen consumes in emissions or which mode of transport they use most.

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Suitable for the COVID 19 situation we have built a robot called BERSET, which gets angry if the person in front of it does not wear a mask. As a reaction, he sprays disinfectant on him. There are different stages of anger, if the person in front of him wears the mask badly, the robot slowly gets angry and then sprays him if he does not put the mask on properly. If the person is not wearing a mask at all, he is injected immediately. If all persons in sight are wearing the mask correctly, the robot scans the environment in a 180 degree rotation.

We have dealt with the emotion of anger and have extracted the most important behavioral characteristics for us. We show the rising rage and the increased body function by the robot lighting up red from bottom to top. This and the spray reaction is enough to represent the emotion properly.

Action Plan

Diagram of the Action Plan from a National Early Warning System till the launch of the App

We propose a national early warning system, as Switzerland does not have a national early warning network and therefore there is no structured integration of all information, which can lead to potential friction between the different experts and policy makers. Until now, Switzerland has relied on WHO warnings and must first apply for access to the EU's electronic warning system.

To facilitate a rapid response in various crises, it is crucial to consider and define essential app functions in advance. By anticipating potential crises, important features can be pre-developed and made available to users as updates when needed. Expert groups from crisis-specific task forces can select the relevant functions, enabling a modular system for rapid crisis response.

The “SWISSUE” service encompasses various features and functionalities to address the challenges faced during a crisis like the global pandemic Covid-19:

Personal Assistance:
The service provides personal assistance that guides individuals who come in contact with the virus, offering support and easing their experience through the crisis. This includes assistant chats and the collection of relevant survey responses.

Data Gathering: The app retrieves statistics related to the crisis, provides access to relevant articles and information, and tracks user engagement with assistant chats. This data helps in understanding user needs and preferences, identifying popular features, and improving the overall user experience.

Check-In Data: Users can anonymously check-in at different venues, providing valuable data on available places, popular locations, and potential infection foci. This information aids in monitoring crowd density, identifying high-risk areas, and facilitating targeted measures to mitigate the spread of the virus.

Students: Baran Güneysel, Kimon Apeltsotou, Daniela Spühler
Mentors: Luke Franzke, Florian Bruggisser

Interaction Design, ZHdK

Module: Physical Computing
Year: 2020
Semester: 3rd

Moving Poster

The interactive Poster was exhibited during the Christmas season in the storefront of the renowned Art Publisher House Nieves. It is based on the anagram of Kreation – Reaktion (Creation – Reaction). Passersby are surprised by a shadow effect that follows them as they recognize themselves as a reflection on the screen. The colorful strokes evoke hand-drawn artworks. Through the reaction of the pedestrians, they create their own poster, shaping it with their unique responses and interactions.

Student: Daniela Spühler
Mentors:
Luke Franzke,
Rebecca Morganti-Pfaffhauser

Interaction Design, ZHdK

Module: Graphic Design Basic
Course Duration: 2 Weeks
Year: 2019
Semester: 1st

Tools: Processing, Adobe Illustrator

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Browse through my BA-Thesis

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Logo and correspondence

Logo and correspondence (letterhead, various envelopes, business cards, writing pads, pens, short letterhead, etc.) for the law firm Spühler Rechtsanwälte AG.

Client: Spühler Rechtsanwälte AG
Year: 2020