Parameters
(2023) In Diploma work IDEM05 20232Industrial Design
- Abstract
- Abstract
This project delves into the interplay of physical interfaces of electronic devices and the creative act of making music. Through a literature review, it was understood that there are key UI & UX principles which need to be followed in the development of user-friendly products of this type. In-depth interviews revealed
that users find sub-menus challenging, desire a reduction in screen time, and emphasize the importance of an enjoyable user experience.
Market research unveiled a notable rise in the popularity of analog synth gear and an increasing interest among consumers for modular musical equipment. Despite the rising interest in analog synths, the MIDI controller market remains dominantly larger.
Using the insights... (More) - Abstract
This project delves into the interplay of physical interfaces of electronic devices and the creative act of making music. Through a literature review, it was understood that there are key UI & UX principles which need to be followed in the development of user-friendly products of this type. In-depth interviews revealed
that users find sub-menus challenging, desire a reduction in screen time, and emphasize the importance of an enjoyable user experience.
Market research unveiled a notable rise in the popularity of analog synth gear and an increasing interest among consumers for modular musical equipment. Despite the rising interest in analog synths, the MIDI controller market remains dominantly larger.
Using the insights from the analysis phase, a set of MIDI controllers was designed, using various physical inputs classified into three parameter types: constants, bends, and modulators. The synthesis stage involved extensive coding, breadboarding, and physical prototyping. Following rigorous user testing of
these prototypes, iterative refinements were made to enhance usability and functionality.
For the realization of the final product, simplicity was chosen as the guiding principle. This was not just to ensure ease of modification in the future, but also to create a cohesive design language for a range of products. With the integration of AI, image generations provided inspiration for deciding on the shape and detailing. The end product is a modular collection of CV and MIDI controllers, allowing users the flexibility to tailor their setup. Accompanying the final prototypes are a series of renders showcasing various color,
material, and finish (CMF) options. (Less)
Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/9141030
- author
- Brorsson, Linus
- supervisor
- organization
- course
- IDEM05 20232
- year
- 2023
- type
- H2 - Master's Degree (Two Years)
- subject
- publication/series
- Diploma work
- report number
- ISRN: LUT-DVIDE/EX--23/50653-SE
- other publication id
- ISRN
- language
- English
- id
- 9141030
- date added to LUP
- 2023-11-07 12:47:26
- date last changed
- 2023-11-07 12:47:26
@misc{9141030,
abstract = {{Abstract
This project delves into the interplay of physical interfaces of electronic devices and the creative act of making music. Through a literature review, it was understood that there are key UI & UX principles which need to be followed in the development of user-friendly products of this type. In-depth interviews revealed
that users find sub-menus challenging, desire a reduction in screen time, and emphasize the importance of an enjoyable user experience.
Market research unveiled a notable rise in the popularity of analog synth gear and an increasing interest among consumers for modular musical equipment. Despite the rising interest in analog synths, the MIDI controller market remains dominantly larger.
Using the insights from the analysis phase, a set of MIDI controllers was designed, using various physical inputs classified into three parameter types: constants, bends, and modulators. The synthesis stage involved extensive coding, breadboarding, and physical prototyping. Following rigorous user testing of
these prototypes, iterative refinements were made to enhance usability and functionality.
For the realization of the final product, simplicity was chosen as the guiding principle. This was not just to ensure ease of modification in the future, but also to create a cohesive design language for a range of products. With the integration of AI, image generations provided inspiration for deciding on the shape and detailing. The end product is a modular collection of CV and MIDI controllers, allowing users the flexibility to tailor their setup. Accompanying the final prototypes are a series of renders showcasing various color,
material, and finish (CMF) options.}},
author = {{Brorsson, Linus}},
language = {{eng}},
note = {{Student Paper}},
series = {{Diploma work}},
title = {{Parameters}},
year = {{2023}},
}