Hardware interface design: Difference between revisions

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{{Short description|Cross-disciplinary design field}}

[[File:Braun T1000CD Closeup.jpg|thumb|[[Dieter Rams]], and by extension [[Braun (company)|Braun]], produced minimal yet tactile hardware interfaces for a variety of products such as this Braun T1000CD.]]

'''Hardware interface design''' ('''HID)''') is a cross-disciplinary design field that shapes the physical connection between people and technology in order to create new hardware interfaces that transform purely digital processes into analog methods of interaction. It employs a combination of filmmaking tools, software prototyping, and electronics breadboarding.

[[File:OP-1 Sequencer Concept.png|thumb|The [[Teenage Engineering OP-1]] combines a mixture of hardware buttons, knobs, and a color-coded OLED display.]]

[[Image:IPod Nano 4G black.jpg|thumb|An [[iPod]], an iconic & revolutionary hardware interface that re-imagined the [[jog wheel]].]]

'''Hardware interface design (HID)''' is a cross-disciplinary design field that shapes the physical connection between people and technology. It employs a combination of filmmaking tools, software prototyping, and electronics breadboarding.

Through this parallel visualization and development, hardware interface designers are able to shape a cohesive vision alongside business and engineering that more deeply embeds design throughout every stage of the product. The development of hardware interfaces as a field continues to mature as more things connect to the internet.

Hardware interface designers draw upon [[industrial design]], [[interaction design]] and [[electrical engineering]]. Interface elements include [[touchscreens]], knobs, buttons, sliders and switches as well as input sensors such as microphones, cameras, and accelerometers.

[[File:OP-1 Sequencer Concept.png|thumb|The [[Teenage Engineering OP-1]] combines a mixture of hardware buttons, knobs, and a color-coded OLED display.]]

[[Image:IPod Nano 4G black.jpg|thumb|An [[iPod]], an iconic & revolutionary hardware interface that re-imagined the [[jog wheel]].]]

== History ==

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In the last decade a trend had evolved in the area of human-machine-communication, taking the user experience from haptic, tactile and acoustic interfaces to a more digitally graphical approach. Important tasks that had been assigned to the industrial designers so far, had instead been moved into fields like UI and UX design and usability engineering. The creation of good user interaction was more a question of software than hardware. Things like having to push two buttons on the tape recorder to have them pop back out again and the cradle of some older telephones remain mechanical haptic relicts that have long found their digital nemesis and are waiting to disappear.

However, this excessive use of GUIs in today’s world has leadled to a worsening impairment of the human cognitive capabilities.{{Citation needed|date=January 2024}} Visual interfaces are at the maximum of their upgradability. Even though the resolution of new screens is constantly rising, you can see a change of direction away from the descriptive intuitive design to natural interface strategies, based on learnable habits (Google’s [[Material Design]], Apple’s [[iOS]] flat design, Microsoft’s [[Metro-interface Design Language]]). Several of the more important commands are not shown directly but can be accessed through dragging, holding and swiping across the screen; gestures which have to be learned once but feel very natural afterwards and are easy to remember.

In the area of controlling these systems, there is a need to move away from GUIs and instead find other means of interaction which use the full capabilities of all our senses. Hardware interface design solves this by taking physical forms and objects and connecting them with digital information to have the user control virtual data flow through grasping, moving and manipulating the used physical forms.

If you see the classic industrial hardware interface design as an “analog” method, it finds its digital counterpart in the HID approach. Instead of translating analog methods of control into a virtual form via a GUI, one can see the TUI as an approach to do the exact opposite: transmitting purely digital processes into analog methods of interaction. <ref>{{cite web|title= Human factors and ergonomics of future Smarthome Appliances|url=http://experimental-platform.tumblr.com/post/132397946935/human-factors-and-ergonomics-of-future-smarthome|publisher=Protonet|accessdateaccess-date=16 January 2016|archive-date=6 October 2016|archive-url=https://web.archive.org/web/20161006151325/http://experimental-platform.tumblr.com/post/132397946935/human-factors-and-ergonomics-of-future-smarthome|url-status=dead}}</ref>{{Unreliable source|date=September 2019|sure=y|reason=Cites a Tumblr blog post which cites other Wikipedia articles.}}

== Examples ==

Example hardware interfaces include a [[computer mouse]], TV remote control, kitchen timer, control panel for a nuclear power plant<ref>{{cite webbook|titlechapter=User interface design in safety parameter display systems: direction for enhancement|url=http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=27496|publisher=Lawrence Livermore Nat. Lab|accessdate=28 June 2011|author=E.E. Shultz|author2=G.L. Johnson|title=Conference Record for 1988 IEEE Fourth Conference on Human Factors and Power Plants|pages=165–170|doi=10.1109/HFPP.1988.27496|year=1988}}</ref> and an aircraft cockpit.<ref>{{cite web|title=DESIGNING USER-INTERFACES FOR THE COCKPIT:|url=http://human-factors.arc.nasa.gov/publications/feary_CockpitUIDesignErrors.pdf|publisher=Society of Automotive Engineers|accessdateaccess-date=28 June 2011|author=Lance Sherry|author2=Peter Polson |author3=Michael Feary }}</ref>

== References ==

{{reflist|2}}

== See also ==

{{columns-list|2colwidth=30em|

* [[Interaction design]]

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}}

== References ==

{{reflist|2}}

{{Design}}