Industrial - Bachelors

Portable Micromobility Awareness

The aim of this project was to design an innovative solution surrounding issues caused by micro-mobility solutions in Australian cities. This aim evolved from originally focusing on designing an innovative solution surrounding issues faced by or within major transport systems and their infrastructure in Australian cities.

Matthew Schedler

the problem

In addition to extensive academic research, primary research methods such as an online survey and natural observations were also deployed. The online survey aimed to better understand thoughts and prejudices towards Micromobility systems, and had a total of 20 questions which 12 participants responded to. The natural observation aimed to understand demographics and behaviour of Micromobility users, and did so by observing riders in a busy part of Brisbane City.

All research methods, primary and secondary, revealed one common problem: Dangerous Rider Behaviour. People either don’t care or don’t know how to ride these increasingly accessible methods of transport in a safe manner, and pedestrians are paying the price for it.

THE SOLUTION

This small, portable and semi-wearable device can help keep you safer around e-Scooters by letting you know if one is speeding up behind you, or if there are lots of active ones up ahead. This is enabled through Internet of Things Technology (IoT), which will allow e-scooters to talk to devices such as this. Children and the elderly are the most likely groups not to own smartphones, and generally also have limited mobility or decreased situational awareness, which is why providing them with a relatively affordable device such as this can enable or regain their independence on the street.

HOW DOES IT WORK?

The difference in recess and protrusion of the buttons allows them to be differentiated and used without even having to look at them. The base can be easily pulled out with a simple clip mechanism, and the AAAA batteries can be replaced. This avoids the hassle of trying to find an outlet or charging cable when you really need it.

HOW WILL IT BE MADE?

The main body components would best be manufactured using injection moulded polypropylene, as it offers affordable durability and moisture resistance to ensure reliable use in most weather conditions.

Matthew Schedler

Matthew has studied a Bachelor of Design with a major in Industrial Design, and minor in Visual Communication. Since starting his degree in 2020 he has chosen to specialise in Transport and Mobility, completing units such as Mass and Personal Transport.