Most Instagram users also like this interaction. Sending reactions to stories also gives us a good feeling. It’s like we’re laughing or confirming something.
Pushing a button can be plain and boring, or it can be a cool user experience with a little creativity.
It is the product design team (especially UI designers) who can turn ordinary interactions into something more interesting that feels good to users by properly designing them.
This article is a comprehensive guide to micro interactions in user interface and user experience design and answers all the questions raised about this topic.
So, if you are a user interface designer who has just finished the UI design training course and you want to enter the job market powerfully, don’t miss reading this guide.
Table of Contents
The importance of micro-interactions in product design
If you look at UI design trends in 2024, you will come across micro-interactions. Micro-interactions or subtle interactions are what differentiate the digital product from the competition in 2024.
From small touches that seem to bring something to life to changing the color of a button or moving the bell (alert) button, micro interactions are revolutionizing design because they create a richer user experience.
Why should hearts fly on the screen in Instagram Live? What is the need for movement and dynamics?
Users love animation. We humans are attracted to movement. It’s like when something moves in the virtual world, it becomes more real for us. As if we feel it better and more.
That’s what micro interactions do. It is these subtle and small interactions that make the user experience of a digital product more real and interesting. So, users use it more and spend more time on it.
What is micro interaction?
Micro-interaction is a small moment of interaction between the user and the digital product. That momentary interaction has a specific purpose.
Micro-interactions usually happen when the user wants to do something to get a specific response (such as touching the white heart in the left and bottom corner of a post on Instagram or reacting to a messenger in a Telegram group).
The change that happens in micro interaction makes users sure that what they wanted was done (liked the post or registered their desired action).
Although microinteractions may seem normal and unimportant; By recording and displaying feedback, informing users of their actions and their results, and enlivening the user interface with the help of motion designs, they improve the overall user experience of interacting with the website or application.
By designing clear and intuitive interactions, users are more likely to feel successful interacting with the product and engaging with it.
Types of micro-interactions + samples
There is no complete list of micro interactions. On the one hand, micro interactions in each product are designed by the overall design of the product according to the structure and design of UX and its system design.
On the other hand, with the evolution of technologies and design trends, new types of micro-interactions become popular.
However, some types of micro-interactions are more common and we interact with our popular applications (such as Instagram, Telegram, WhatsApp, and SoundCloud) every day.
The most common types of subtle interactions are as follows:
1. Tap effects and Tap and hold effects
If users tap on a clickable element and that tap causes a movement or visual change to occur in the element, the micro-interaction is designed to conform to the user that the purpose of the click has been accomplished.
Another microinteraction of the same kind happens by tapping and holding the clickable element. When the user holds the element, usually a shape or color change occurs and the element moves slightly.
This micro-interaction is designed to show the user more options or to tell the user how to do a certain task. The best example of micro interaction Tap and hold effects is the voice message recording button in Telegram and iPhone.
2. Swipe effects
This type of micro interaction usually includes animations or transitions that occur as a result of swiping on the screen, a movement similar to scrolling.
Designers use this micro interaction to guide users in navigating pages or images.
3. Scroll-into-view
When users scroll through a page or list; Animations, subtle transitions, or changes may appear on the page in response to the user’s movement to indicate their position on the page or different types of content.
The best example of this micro-interaction is used in the user experience design of the search results page of Microsoft’s search engine, Bing.
A list of related topics appears on the left side of the screen, which becomes highlighted and bold when the user’s mouse hovers over each one, and the others become dimmed.
4. Page transition
These types of interactions may include any color changes or animations that users encounter when navigating through the pages of a website or application.
Slowly appearing page elements (fade-in) and other animations in CSS are the best examples of these micro-interactions, which are usually added to make the user’s browsing among the pages interesting.
5. Hover effects
This micro-interaction is very practical and can be seen even in the simplest websites. Hover effect microinteraction happens when the user’s mouse hovers over an element and causes that element to change or move.
Changing the color or appearance of the tooltip to guide the user about the function of the element or to give additional information is one of the reasons why designers decided to add this type of microinteraction to German.
The aws.amazon.com website has shown the best example of the use of this type of micro-interaction. I recommend you check it out.
6. Progress bars
How to show the progress of something well?
Progress means moving. Usually, we visualize progress and that something is evolving by something moving forward or filling up.
This is exactly the reason designers have in mind for dynamic progress bars and adding micro-interaction to them.
In addition, moving the progress bar assures the user that the task they want is being done and will be completed soon.
One of the best examples of this micro-interaction is the progress bar designed for the SoundCloud app that shows the song playing.
7. Button state changes
One of the most useful micro-interactions that conveys an important message to the user is the visual change of buttons based on their status: active, inactive, or in the hover state.
UI/UX designers usually use these types of micro-interactions in the design of CTA buttons on websites.
8. Sound-based micro interactions
Micro-interactions are not only limited to changing the color and dynamics of elements. By adding sound to some interactions (such as clicking on the close window or page sign), they become more attractive, and by hearing the sound, this message is conveyed to the user that the action has been completed and finished.
The best examples of audio micro interactions are when you click a button and it makes a special sound or when you delete a file on a MacBook and the sound of crumpling paper is heard.
Benefits of micro interactions in UI/UX design
Microinteractions are small but powerful additions to the user interface of any website or application.
In addition to the attractiveness of this type of interaction for users, the most important advantages of adding micro interactions to the design of user experience and user interface of digital products are:
- Dynamic and reactive animations increase user interaction with the product.
Microinteractions provide instant feedback to every user action, and this feedback conveys a sense of direct interaction to users that keeps them engaged and encourages them to explore UI elements further.
- Communicating with and receiving clear feedback from micro-interactions allows information to be conveyed to users concisely and intuitively.
So, ambiguity is reduced and users are fully aware of what is happening.
For example, when the progress bar gradually completes during the file upload process, users are assured that their action is being processed.
In other words, micro interactions increase transparency on all product pages and all user interactions within them by providing immediate feedback.
In this case, the user knows exactly what is happening at every moment of interaction with the product and what are the results of his actions.
The more transparent the user’s interaction with a product is, it indicates that the UX design of the product has been good and successful.
- Microinteractions are guides to users, amplifying the impact of their actions and helping them understand how to work with the product’s user interfaces.
By displaying visual cues and subtle animations, micro-interactions shape user behavior and teach them the product workflow.
For example, a hover effect that appears when hovering over a clickable element lets users know the element is interactive and encourages interaction.
- The presence of micro-interactions strengthens the sensory and emotional connection between the product and the users.
Micro-interactions can evoke emotional reactions in users. Subtle animations, delightful transitions, or interesting and fun interactions give a product’s user interface personality and identity, making users feel the presence of user interfaces more.
- By showing immediate and sometimes textual feedback, micro-interactions minimize user errors in interacting with the product and help users solve problems quickly.
Reducing errors and quickly announcing the problem and solution to users reduces their frustration and confusion and creates a satisfactory and integrated user experience for them.
For example, when users enter invalid data into a form, having a microinteraction that highlights the problematic input in red helps users quickly identify and correct the error.
Elements of micro-interactions
By defining microinteraction, we got to know the most common types and the benefits of adding them to any digital product.
Now it’s time to see what elements micro interaction has and how it is made. Each micro interaction consists of 4 main components:
- trigger
- conditions (rules),
- Feedback and
- Loops and modes.
Next, we will examine each of the constituent elements of micro interactions.
1. Stimulus in micro interaction
The trigger is the moment with which the micro interaction starts (activates). There are 2 types of stimuli:
Explicit that the user sees and notices and is based on his action. Tapping a like button or hovering over a button that has a hover effect are examples of micro interactions triggered by an overt stimulus.
Implicit (implicit/hidden) that users do not notice and the system activates to invite users to interact or continue interaction. The appearance of various pop-ups and notifications or the automatic updating of information based on predefined conditions are examples of micro-interactions with hidden stimuli.
The important thing about triggers is that both types should be designed so that users fully understand what to do and how to continue the interaction.
2. Conditions of micro interaction behavior
Conditions specify how the interaction should occur when it is started, and how the element for which the microinteraction is designed should behave.
For example, the condition specifies that when users tap the Like button, it turns red, or that a sound is played when they click a checkmark.
Also, in terms of interactive restrictions, what users can and can’t do (for example, they can’t enter a password of less than 8 characters) is specified.
The condition is the instruction that determines the way the system reacts to the stimulus.
3. Feedback in micro interaction
The visual or auditory response given to users as a result of their action (stimulus activation) is feedback.
Feedback informs users of the outcome or status of their action and confirms that input has been recognized.
Feedback takes many forms. Changes in the color or shape of the element or sound effects are among the forms of feedback in micro interactions.
4. Rings and modes of micro-interaction
Loops and states define what happens during and after the micro interaction.
Loops are feedback or animations that should be repeated during the micro interaction to give users a sense of progress and action completion.
In modes, different changes of a micro interaction are defined in response to possible user behaviors and different scenarios.
The fourth building block of micro interactions helps create a more personalized experience for each user.
Whose responsibility is it to design micro-interactions?
Designing micro-interactions is a part of product design and the work of the design team. That is, usually one person does not decide about the design of micro-interactions.
Micro-interactions have a direct effect on the behavior and experience of the user of the product, so the opinion of the user experience designer about whether or not there is a micro-interaction at all and if there is, in which part of the user’s interaction with the product and what features it has, is decisive.
The UI designer also plays a decisive role in the design of microinteractions because in many cases microinteractions are added to the user interface elements. How the element behaves is also a matter related to the UI designer.
On the other hand, the front-end developer of the product is the one who has to implement the micro interaction and make sure it works properly.
If there is a technical problem and the designed micro interaction is not functional, he should inform the designers so that a decision can be made about changing the design of the micro interaction with the cooperation and consensus of the team.
Therefore, designing micro interactions is usually not a one-person job.
If there is no design team and UX designer for product design and development, micro-interaction design is with the user interface designer or front-end developer.
A guide to designing micro-interactions for user interface and user experience designers
Designing micro-interactions may seem easy, but it is not easy and trivial at all.
It’s not like the designer says to himself “It’s not bad that this button on the home screen has the microinteraction hover effect!”.
First of all, the designer must answer the question of why micro interaction here and at this point of interaction.
He should research and find that adding micro-interactions will positively affect the user’s behavior and guide him (that is, facilitate his interaction with the product at that point).
If the micro interaction is only supposed to be fun and interesting and has no other benefit to the product and the user experience, the designer must be careful not to confuse the users and not to design and implement it in such a way that the users ask, “What else is this?” What should I do with it??!!!!”
Designers should follow the 9-step guide below to achieve the best results.
1. Specify the point of interaction and the goal of the micro-interaction
Identify a specific interaction point in the user interface where you think it would be useful to add a microinteraction.
That point may be a button, a field of a form, a notification, or any other element on which a user’s action requires a response (explicit trigger) or it may be a point where the system can expose the element to user interaction (implicit trigger).
Once you’ve identified the point of interaction, you need to define the purpose of the micro interaction at that point and the desired outcome that the micro interaction is supposed to achieve.
2. Do a research
In the second step, you should research your choice.
Check the user flow. What happens to the user before and after the micro interaction?
Conduct the types of UX research (quantitative and qualitative research) necessary to understand the context, goals, and potential pitfalls of user interaction.
This step is very important for two reasons:
It helps you understand the role of that micro interaction in the product user experience.
It makes it clear whether that micro-interaction can achieve the specified goal or not.
3. Keep it simple and to the point
Subtle interactions should be simple and visible so they don’t overshadow the main content of the page or element or distract the user.
Avoid complexity or heavy animations.
Remember that the focus should be on conveying a clear and concise message that guides users.
4. Pay attention to the timing
Timing plays an important role in the effectiveness of micro-interactions.
Consider the speed, duration, and sequence of microinteractions so that they are as natural as possible.
Pay attention that you should not fill the interaction path of users with the product with micro-interactions. Additionally, micro-interactions should not be long or happen too slowly.
5. Don’t forget integrity
Consistency is key in micro-interactions and helps you get to know your users and earn their trust.
The design must be coherent. Make sure colors, typography, and movement patterns in microinteractions are consistent with other interfaces.
On the home page of the Apple website, the CTA buttons that are located to the right of the Learn More button have a hover microinteraction.
Now you can guess what happens if the mouse goes over the Watch the Film button.
6. Design the interaction path (wireframe).
By drawing a simple wireframe or a basic sketch of the design, you can visualize how the micro interactions will work.
Consider motion, animations, and visual cues that convey a sense of interaction to the user.
If there is ambiguity or a problem in the interaction path, correct it and redesign the wireframe.
7. Design the prototype
Create a micro-interaction prototype using design tools like Figma. Then, test it with real users.
Get their comments and feedback and modify the design based on user feedback.
Re-research and redesign if necessary and re-test with real users.
8. Finalize the design and deliver it to the technical team for implementation
Once you’re confident that the micro interaction serves its purpose and that users understand it, hand it over to the technical team for implementation in the product.
Talk to the developers and make sure everything is clear and they know how to implement the plan.
9. Test again
When the product is finished and released, and after users have been using it for a while, you may get data that shows that the micro interaction failed to have a positive effect on users’ behavior or caused a problem in their interaction with the product.
Again you have to go back and find the problem.
You may need to go through all the steps again.