The Impact of Google Material Design on Mobile App Design

Illustration about Phone, Typography design for print or print or use as poster, flyer or logo. Illustration of message,… | Typography, Typography design, Lettering

In the next eight minutes, you are going to read about how Material Design came into the inception to impact the mobile app design companies around the globe. You will read of the guiding principles that the Google Material Design standard is based upon, How different Material design is from Flat design. And lastly, how to incorporate Material Design into your mobile app. Let’s get on with the Design Journey called Material Design. UI and UX are the two mobile app elements that decide the present and future of not just the app but also of the mobile app design company that designed and developed it.

All the proven tips to enhance the mobile app UI gets concentrated on one element – Mobile App Design.

The way how your app is designed is what impacts the emotion of experience the users are facing when operating inside your Android app.

The demands of a modern day app user – apps that look the same way as their real-life elements feel – while seemingly easy to understand, can pose a challenge when converted into a design.

Now when it comes to the creation and inclusion of interactive design elements that give the feeling of the material world, Google with its Material Design, gave the Mobile app developers the much-needed aid.

The designing world that was earlier ruled by the minimalistic flatness was now replaced by the elements of minimalistic interactive materials with the introduction of Material Designs.

Before we delve in further into the Google Material Design UI and its tips and tricks, let us quickly look back at how it started.

A Lookback at the Google Material Design

Google Material Design: Everything You Need to Know | Design Shack

Google had the reputation of being broken when it came to understanding the importance of Design. And today it is impossible to think of a good design (even on iOS) that doesn’t come from Google.

So how did this transformation happen?

This transformation resulted from the efforts that Larry Page took when he took the office to make everything look good and connected.

A directive that led to the creation of a design standard that is now followed and loved by the world – Google Material Design.

Material Design (codename: Quantum Paper) was the biggest part of the Android L release announcement in Google I/O 2014.

The design standard that made an appearance 4 years back, now allowed mobile app designers to infuse their own colour palette in the app, offer screen transition, bring in new system widgets, and animation.

Google, which was earlier lying behind Apple when it came to designing intuitive and experimental Android apps, now came steps ahead with the Material Design launch.

Material Design showed how technicality and the laws of physics can be added into the designing elements to develop a mobile app UI that offers a resonating enjoyable user experience.

Material design is what Flat design could never get to be, which brings us to our next section – Material Design vs Flat Design.

Difference in Material and Flat Design

Flat Design vs Material Design: Which One to go for? - Creative Tim's Blog

The entire difference between Material Design and Flat Design lies in their core.

When we do a comparison between a flat design app vs material design app, the one striking difference that a user will find is the presence of shadows and multi-dimension in one and aesthetic flatness, lack of skeuomorphisms in another.

While both Android Material Design and Flat Designs are minimal, when it comes to implementing them in an Android app design, the decision between them both is usually taken on the basis of the need of the user.

While, Material design UI is preferred more for the development of complex, robust, and interactive mobile apps; Flat design UI is preferred by mobile app design companies for simplistic need and when there is a time crunch from the development side of the app.

Now that we have seen the difference between Google Material Design and Apple Flat Design, let us dig further into the Material Design.

Here are The Principles of Google Material Design

Material Design Apps are guided by the three principles shown in the image above. The principles that are sweared upon by all the leading Android App Design Company around the world.

Material is the Metaphor

is material design is metaphor?. A material metaphor is the unifying… | by Yogesh Jawliya | Medium

The imaginative principle is based upon the study of material and how they look different in the varied amount of light, how they look when piled up one above another.

The principle is backed by attributes like edges, shadows, dimensions, etc.

Bold, Intentional, Graphic

Making More with Material - Library - Google Design

Intentional white space in design, usage of bold and yet in-sync set of colours, and graphics that fit from screen to screen, while serving their direct purpose is what defines the second most pointer in the Google material design principles.

Motion Offers Meaning

Motion Graphics vs. Animation: What's the Difference?

Animation in Material Design is one that does not interfere with the other design elements, nor does it look forced. They emerge as the result of the user’s primary actions and follow their cues.

While these are the three main guiding principles of Material Design, there are other two principles as well which defines the globally accepted designing standard – Flexible Foundation and Cross Platform.

Flexible Foundation

PALIAY

Material Design comes with the advantage of the custom codebase that allows mobile app UI designers to add their branding elements into the design.

Cross-Platform

Andro#apple Windows Icon - Android Ios Windows Icon - Free Transparent PNG Download - PNGkey

Material Design help maintain a similar UI across the different platforms, which help use shared components across all – Android, Flutter, iOS, and Web.

So here were the 5 guiding principles of Material Design for Android Apps. To speed up your approach to understanding these principles, let’s look into what all Google Material Design apps are prevailing in the market.

Best Apps That Revamped their Design with Material Design Guidelines

1. Google Calendar

Google Tips: Getting Started with Google Calendar

Google Calendar is the foremost application that has received really impressive changes over the years with the implementation of Google Material Design guidelines. The application has ample useful touches such as graphics and maps that are introduced to the events automatically and a simple auto-suggest system that brings ease to add a new appointment.

2. Gmail

Gmail: Introduction to Gmail

Thanks to Material Design, emails in the Google Gmail are categorized in a card-style interface. Also, a completely new slide-out menu is added to the interface along with a floating button for creating a new message, reminder or perform any other action.

3. Lyft

Lyft - Wikipedia

Lyft is another app that employs the power of Material Design. The app showcase a bunch of controls and a map displaying the required information by following Google material design principles without making the UI annoying.

4. BuzzFeed

BuzzFeed Starts Selling Products Directly to Consumers - WSJ

Another mobile application that has made its mark among Google Material Design apps is BuzzFeed.

The application was earlier popular for its highly engaging entertaining content. But now, it is also known for setting a standard of how a Google material design web application should appear.

5. Google Maps

Google Maps is getting a ton of new features — here's what to expect and when

Last but not least, Google Maps is another application that is showing a major difference that embraces Material design. As per the recent news, Google Maps new design includes round and colored icons in the search section and a white background, which was earlier available in black and light grey color, respectively.

The application currently does not support dark mode, which brings an adverse impact on battery usage. But, it is expected that Google will add a dark mode in the app when it introduces dark mode feature in Android Q, the upcoming Android OS version.

And now, since you now know the different apps revamped (or revamping) using Google Material Design and the associated guidelines, it is time to look into how you can apply them in your mobile app UI design.

How to Master Google Material Design in Your Android App?

Assuming that you would have read the official material design resources released by Google as your Bible, let us get you started with applying those guidelines in your Mobile app.

Below are the tips that would help you build a Google Material Design mobile app and emerge as the designing star of your Mobile app design company.

1. Use Shadows to Show Hierarchy

Material Design Shadows for Inkscape (SVG) by ShiningWingPony on DeviantArt

Edges, surface, and realistic shadows count as the main tool of Material Design UI. Use shadows to show the hierarchy of the design elements to show which element comes on what.

2. Bold Colours

Bold colors and gradients | Graphic design trends, Graphic design branding, Graphic design

Intentional, Graphic, and Bold is the mantra of implementing Google new material design when it comes to mobile UI/UX development. Usage of bold colours make thing interactive and fun for the users, while making the app enjoyable to use.

3. Usage of Primary and Accent Colour

The color system - Material Design

Google Material docs ask mobile app designers to use three shades of the primary colour and one of the accent colour.

The primary set of colours would be used for fonts, boxes, and backgrounds etc, while the accent colour can be filled in to show the main element of your mobile app screen.

4. Extract Colours from the Images

Utilizing K-means to extract colours from your favourite images | R-bloggers

Google constantly encourages us mobile app designers to extract the colour from the images and use them as your colour palette when you are developing an image based design.

5. Incorporate Motion

Dress transformation gif animation | Animation, Animated gif, Gif

Google goes big on the use of motion in an app UI design. It makes us understand how things move in the app and how the users should interact with the app.

6. Make Everything Float

How to Make Your Google Page Float, Swim or Play Guitar

If there is one visible Material Design App USP, it is the floating design elements. Your app’s button or the CTA bar should appear as if they are floating on the screen and not lying there flat on the screen.

7. Choice of Icon

Tips on How to Pick the Right Icons for Your Website

Icons, when chosen rightly, enhances the usability and the design of the app. Now, Material Design gives you the choice of a number of icons falling into two main criterias – Product Icons and System Icons.

8. Make the App Typographically Right

Guide for designing better mobile apps typography | by Andrey Zhulidin | UX Collective

If you are just starting with the idea of developing a an Android Material Design App, what we recommend is that you should stick with Roboto and Noto typography styles.

9. Incorporate Responsiveness in your design

Responsive Design: Best Practices and Considerations | Toptal

One of the main guiding principle that Material thrives on is consistency. And the same should be visible in your mobile app design.

Every one of your design elements should work the same across all the devices the user interacts with.

While these 9 inclusions would help you with your current apps, the designing standards is all set to get redefined again with new Material Design Version being prepared inside the Google creative lab workshop.

Here’s what next in line for Material Design –

What Next for Android Material Design?

Material Components for Android 1.2.0 - Material Design

After changing the designing world standard with the Google Material design guidelines, Google has yet again brought in a change in its structure with Material Design 2.0.

The second generation of Material Design, which would be made live for the world in a few days, will bid adieu to the rectangular interface and move on with the rounded edges mobile user interface design.

With its new material design app guidelines, Google is planning on giving a facelift to all its crucial products such as Gmail, Google Search, Google Maps, etc.

The goal of Material Design 2.0 – The Material Design Successor – is to increase efficiency, readability, and eliminate clutter – thus providing the cleanest implementation of a UI, till date.

So here it was, the guide to Android Material Design for the not just the Android App Designers  but also for android app development company which has just stepped into the world of Android app designs.

Now whether you are a designer or a business looking to rule the million Android hearts, to prepare your app to join the list of the best Google material design apps, consult our team of Mobile UI/UX Designer, today.

Developing App the Native way, Hybrid or Highway?

Smartphones have become an invaluable part of human existence, and their impact on society is only going to increase as the industry undergoes rapid and groundbreaking innovation. In this era of mobile app dominance, various cutting edge technologies have been introduced to keep pace with the demands of consumers and make the development process more efficient. Mobile app developers have the option to create either Native or Hybrid mobile apps, based on their preference. Each of these technologies has its pros and cons, and it is up to the developer to decide which way to go with the app development. Platforms like Squareboat are excellent mobile and web development services providers, which provide both Native and Hybrid app development services.

Native vs Hybrid App Development

There are a few key differences between Native and Hybrid app development:

Underlying Technology

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There is a vast difference in the way Native and Hybrid apps work behind the scenes. Native apps are specifically created for a particular target platform, using a specific programming language along with the dedicated SDK and toolkit. As an, e.g., for native Android app development, Java is used to develop the app using the SDK and toolkit provided by Google. Native apps have full access to the native APIs and all the device’s sensors like gyroscope, accelerometer, camera, GPS, and more.

Hybrid apps are a mixture of both Native and Web apps. It is essentially a web app enclosed in a native app container called Web View. Hybrid apps are created by using web technologies like HTML, CSS, and JavaScript, among other tools. As they are enclosed in a native shell, they can be downloaded and added to the home screen, just like native apps. Hybrid apps have moderate access to devices’ features.

Platforms Supported

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Native apps, as the name suggests, are native to the target platform for which the app is created. Hence they can only run on a single platform. So a Native Android app can only run on the Android devices, and a native iOS app can only run on iOS devices.

Hybrid apps can run on multiple platforms like Android, iOS, and Windows mobile, as they are built using platform-independent web technologies. Hybrid apps are enclosed inside a native shell which can connect with devices’ sensors, just like a native app.

Performance and Stability

Performance Testing - Testing for Speed, Stability, and Scalability - TestLodge Blog

Native apps set the benchmark in terms of performance as they are built specifically for the target platform. They have shorter response times and lag less often. Hence Native apps provide a better overall user experience than hybrid apps. Native apps also have an added stability factor as they are usually backed by giant corporations like Google and Apple, which means that the platform is supported for a long time in the future with regular bug fixes and updates. Native apps also have well-defined guidelines for the developers to follow in terms of how the app should look and feel. Thus making the job of app developers much easier and also increases the security, as developers can refer to the security guidelines laid down by Apple of Google.

Hybrid apps are relatively slower than native apps as they add a layer between the source code and the mobile target platform. They usually have longer launch times and more crashes when compared to native apps. The user interface also might feel sluggish if the app involves vast amounts of data manipulations. Advanced animations and effects could be slower as the app runs inside the webview container. Web technologies are advancing at a rapid pace, and hence, hybrid apps, which depend on web technologies, are also inching closer and closer to the native apps in terms of performance. The stability and security of hybrid apps depend on the best practices followed by the app developers as there is a lack of clear guidelines, and also on the type of framework being used to create the hybrid app. E.g., a framework like Ionic adds multiple layers on top of HTML and JavaScript, and breaking changes in any of these layers can cause severe bugs in the app.

Development Time and Cost

Rapid Custom eLearning Development - The Cost & Time Element

Native apps are comparatively harder to create as they require the developer to learn full-featured programming languages like Java or Swift in addition to other tools. Native apps are built on sophisticated IDEs (Integrated Development Environment) with advanced features for compilation and debugging. Therefore, the app developer has to learn multiple technologies that are much more complex when compared to the hybrid apps, which in turn increases development time and cost, as it becomes equally costly to hire a native app developer.

Hybrid apps are built using web technologies, which are relatively easier to learn, which means that Hybrid apps have shorter development time. It is also relatively cheaper to hire a hybrid app developer.

Native vs Hybrid App Development: Head to Head Comparison

Let’s summarize the differences between Native and Hybrid apps in a tabular form:

Native Apps Hybrid Apps
Performance Very fast Slower compared to Native apps
Platforms supported Only the target platform is supported Supports multiple platforms like Android, iOS, Windows mobile, etc.
User experience Provides better user experience due to low response times and fewer bugs User experience might suffer if the app is dealing with huge traffic or complex calculations or animations
Stability More stable as they are backed by big corporations like Google and Apple. Relatively less stable as they need the support of third party platforms, and thus increases the chances of breaking changes and bugs in the code
Development time Required more time to develop the app for each platform Required less time to develop the app as a single code base can be used to create an app for multiple platforms
Development cost More expensive to hire a developer and maintain the app for multiple platforms Less expensive to hire a developer and maintain the app

Conclusion

Even though Native apps are faster and more stable than Hybrid apps, for most of the scenarios choosing a Hybrid app is a better decision. If the app is dealing with not a very high amount of web traffic and complex animations, then there will not be a noticeable difference in the performance of a Hybrid and a Native app. Also, it is much faster to start development on a Hybrid app and produce the final product, as compared to a Native app. If you need to deploy the app on multiple platforms and cost is a limiting factor, then  Hybrid apps are a great option to go with.

Native apps are best suited if the app is going to serve a lot of people on the web, or if the app will have complex animations and effects. In those cases, a Native app will provide the best user experience as there will be less lag and possible bugs compared to a Hybrid app. So, if you need the best performance, and time and cost are not a limiting factor, then going with Naive is a better option.

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