World Vision Through Riding /
Farahiyah binti Bujang
World Vision Through Riding / Farahiyah binti Bujang - Bandar Seri Begawan : Universiti Teknologi Brunei, ©2022 - ix, 10-67 pages : color illustrations, charts ; 30 cm
Abstract
Nowadays, humans are always moving from one location to another. At the same time, various new technology are also consistently emerging which allow humans to obtain information easily from their fingertips. Car navigation system is one example of a design that can give drivers information. However, there are less number of available design for motorcycle. This project presents design for retrieving information while riding a motorcycle. The design approach to this project are considering the perspective movement, comfort, safety, use of applications, connectivity and interaction method of the user. Research studies, looking into existing devices and survey were carried out in order to determine the features of the design. Concepts were being generated with the help of literature review as references. Evaluation of the concepts were then conducted to produce the final design with the highest score for further development and eventually to manufacturing a prototype. Testing will be done to check the features of the device and will result in a final marketable product. The product may increase user sense of experience such as decrease time to interact with product by ease of access, comfort and easily disassemble.
Includes bibliographical references
Universiti Teknologi Brunei--product design
Product design --academic
Motorcycles--Equipment and supplies
Human-machine systems--Design and construction
World Vision Through Riding / Farahiyah binti Bujang - Bandar Seri Begawan : Universiti Teknologi Brunei, ©2022 - ix, 10-67 pages : color illustrations, charts ; 30 cm
Abstract
Nowadays, humans are always moving from one location to another. At the same time, various new technology are also consistently emerging which allow humans to obtain information easily from their fingertips. Car navigation system is one example of a design that can give drivers information. However, there are less number of available design for motorcycle. This project presents design for retrieving information while riding a motorcycle. The design approach to this project are considering the perspective movement, comfort, safety, use of applications, connectivity and interaction method of the user. Research studies, looking into existing devices and survey were carried out in order to determine the features of the design. Concepts were being generated with the help of literature review as references. Evaluation of the concepts were then conducted to produce the final design with the highest score for further development and eventually to manufacturing a prototype. Testing will be done to check the features of the device and will result in a final marketable product. The product may increase user sense of experience such as decrease time to interact with product by ease of access, comfort and easily disassemble.
Includes bibliographical references
Universiti Teknologi Brunei--product design
Product design --academic
Motorcycles--Equipment and supplies
Human-machine systems--Design and construction