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Prof. Alexander Forst

Fakultät Ingenieurwissenschaften

Prof. Alexander Forst | Hof University of Applies Sciences

Kontaktdaten

Anschrift

Hochschule Hof
Alfons-Goppel-Platz 1
95028 Hof

Sprechzeiten

Freitag: 08:00 - 15:00
Per Mail

Lehrgebiet

Advanced Mobility Design- Fahrzeugdesign/Mobilitäts- und Fahrzeugkonzepte


 

Prof. Alexander Forst 

(seit 11/22) 

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Vita 

 

Studies 

WS 08/09 – SS 09           Industrial-Design Burg Giebichenstein Halle 

WS 09/10 – SS 14           Transportation-Design Pforzheim University degree BA in Transportation Design Pforzheim University  

Jobs 

02/12 – 06/12                   Competence and Design Center | Böblingen, Germany 

03/12 – 11/12                   DLR Institute for Transport Research | Stuttgart, Germany 

01/12 – 11/13                   Impulse Fieldwork GmbH | Heidelberg, Germany | Freelance 

04/18                                   GIM Research | Heidelberg, Germany | Freelance 

10/14 – 03/17                   Junior Designer | Canyon Bicycles GmbH | Koblenz, Germany 

04/17 – 03/18                   Head of Design | CERO DESIGN | UNNO Bikes | Barcelona, Spain 

04/18 - 10/22                    Lead Urban Designer | Canyon Bicycles GmbH | Koblenz, Germany 

SS 2022                               Lecturer | Interdisciplinary project | Micromobility | Pforzheim University 

11/22- 01/24                     Consultant | Canyon Bicycles GmbH | Koblenz, Germany 

since 01/24                        Designer Innovation Lab | Canyon Bicycles GmbH | Koblenz, Germany 

since 11/22                        Professor Advanced Mobility Design Hof University | Selb, Germany 

since 05/24                        Sustainable Product Design Lead | Institut für Kreislaufwirtschaft der Bio:Polymere 

2017 & 2018  

Canyon Design Team - Red Dot Award 

Design Team of the Year 2017 

Red Dot Design Award - Best of the best 2017 

Design & Innovation Award 2018   

 

2018 & 2019  

Red Dot Award - Best of the best 2018 

German Design Award - Special 2019 

 

2021  

German Design Award - 2021 

 

2022  

Red Dot Award - Best of the best 2022 

 

2023  

German Design Award 

Red Dot Award - Best of the best 2023 

 

FKA MOBILITY / PODCAST 

We talk about the Canyon Future Mobility Concept, a vehicle concept that combines the efficiency and sustainability of a pedelec with the weather protection of a car. 

 

CLEANELECTRIC / THE E-MOBILITY PODCAST 

The electrification of the bicycle has driven tremendous growth in the industry. We talk about e-bikes, Canyon’s cooperation with Job- Rad and, last but not least, about the Canyon Future Mobility Concept 

 

COMMUTE PODCAST / BIKING TO WORK 

In this episode, Ryan talks with Alexander Forst from Canyon Bikes. We talk about designing bike-friendly workplaces and how to educate consumers about using bicycles for commuting 

 

FUTURE AFFAIRS MOBILITY / PANEL DISCUSSION 

Creative people have always been at the forefront when it comes to mobility - How can mobility become better, safer, more relaxed, more enjoyable, more positive? We are looking for ideas and want to actively engage with their models. What is the function of design in this societal change? 

 

COLLABORATIONS | TEACHING ACTIVITY 

 

RWTH AACHEN - A BICYCLE WITH WEATHER PROTECTION 

FUTURE MOBILITY CONCEPT 

summer school at IKA on the topic “human powered vehicle concepts”, “are bicycles and velomobiles 

the future of tomorrow‘s cities?”  

 

IDEA LEAGUE SUMMER SCHOOL 2021 

summer school at IKA on the topic “human powered vehicle concepts”, “are bicycles and velomobiles 

the future of tomorrow‘s cities?” 

 

HTW SAAR - FMC PASSIVE SAFETY PROJEKT 

INTERDISCIPLINARY PROJECT: DESIGN OF THE SECURITY SYSTEMS  

Passive Vehicle Safety Requirements, Engineering and Management, Future Mobility Concept 

 

HS PFORZHEIM SS 2022 

INTERDISCIPLINARY PROJECT: MICROMOBILITY The continuous growth of our cities leads to increased traffic, increasing air pollution and increased CO2 emissions. Micromobility describes the efficient transport of people and goods using small, light vehicles that are exclusively electric or pedal-powered. Many of 

these vehicles are designed for short-term use within a city. In this interdisciplinary course we aim to design potential solutions to our current urban mobility problems. We examine activities within cities that require mobility and design innovative transport solutions for these fields of application.