Prodajno mesto za pečen kostanj

Bizjak, Klara (author), Kuhar, Rok (mentor)

Kiosk je del urbanega prostora kot delovno mesto in je vezan tako na arhitekturo, kot industrijsko oblikovanje. Danes je dolžnost oblikovalca narediti obstojen produkt, ki ima čim manj vpliva na okolje in je premišljeno oblikovan. Oblikovati ne samo naravi ampak tudi človeku prijazno in preprečiti čim več poškodb na delovnem mestu. Moj cilj je oblikovati hišico za pečenje kostanja, ki je ergonomsko in estetsko oblikovana, ter s tem izboljšati delovne pogoje prodajalcem kostanja. Osredotočila se bom na ergonomijo in zunanjo podobo, ki bo enostavnejša in tako primerna za transport. Omejila se bom na zunanjo obliko in enostavno notranjo opremo.

• Language: Slovenian
• Keywords: industrijsko oblikovanje hišica za pečenje kostanja kiosk Jože Plečnik ergonomija lesni kompoziti lesena konstrukcija polkrožno zapiranje diplomska naloga
• Work type: Bachelor thesis/paper
• Organization: ALUO - Academy of Fine Arts and Design
• Year: 2020
• PID: 20.500.12556/RUL-120223
• Publication date in RUL: 17.09.2020

Secondary language

• Language: English
• Title: Selling point for roasted chestnuts

Abstract

Kiosk is a part of urban space and is, as a working enviroment, connected with arhitecture and industrial designing. Today, it is the designer’s duty to make a sustainable product that has as little impact on the environment as possible and is thoughtfully designed. We need to design not only nature-friendly but also human-friendly products and prevent as few injuries in the workplace as possible. My goal is to design a chestnut roasting house that is ergonomically and aesthetically designed and thus improve the working conditions for chestnut sellers. I will focus on ergonomics and an exterior that will be as simple as possible and so suitable for transport. I will limit myself to the exterior design and simple interior design.

• Keywords: industrial design a house for roasting chestnut kiosk Jože Plečnik ergonomics composite wood wooden construction semicircular closer BA thesis