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Learn UX design basics to acquire a solid foundation in UX design principles. Acquire the skills needed for product development and improving user experience.
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Learn UX terminology and key UX/UI terms that boost collaboration between designers, developers, and stakeholders for smoother, clearer communication.
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Learn to create user-friendly interfaces using core UI components, building a solid foundation for designing intuitive and efficient digital products.
Common Design Patterns Course
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Learn design patterns most valued in product development to create intuitive, visually compelling experiences that seamlessly blend form and function.
Accessibility Foundations Course
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Learn the fundamentals of digital accessibility and how to create inclusive experiences for all users. Explore key principles, tools, and best practices.
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Design Composition Course
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Mobile Design Course
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UX Design Patterns with Checklist Design Course
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UX Design Patterns with Checklist Design

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Learn common UX design patterns and how to apply them with practical checklists, ensuring the creation of intuitive, user-friendly, and exceptional interfaces.
HTML Foundations Course
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Learn the fundamentals of HTML, from basic formatting and structure to advanced elements and best practices, to create accessible and responsive web pages.
Enhancing UX Workflow with AI Course
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Enhancing UX Workflow with AI

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Learn how to integrate AI into UX design to create smarter, more personalized user experiences. Explore tools, trends, and best practices in AI-driven design.
CSS Foundations Course
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CSS Foundations

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Learn the basics of CSS, including the box model, element style, and content positioning, to improve communication, design handoff, and web decision-making.
Introduction to Figma Course
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Introduction to Figma

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Learn essential Figma tools like layers, styling, typography, and images. Master the basics every UX designer needs to create clean, user-friendly designs.
User Psychology Course
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User Psychology

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Learn the psychological principles behind user behavior and decision-making. Master core concepts in user psychology to help you design more engaging products.
Service Design Course
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Service Design

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Learn the basics of service design research, ideation, prototyping, and implementation to align teams, improve delivery, and create seamless customer experiences.
3D Design Foundations Course
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Learn essential 3D design principles, from spatial thinking and dimensional relationships to form, lighting, and texture, for a solid foundation in the field.
Information Architecture Course
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Information Architecture

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Learn the basics of organizing, structuring, and labeling content to design clear, user-friendly information systems that enhance usability and navigation.
Psychology Behind Gamified Experiences Course
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Psychology Behind Gamified Experiences

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Learn the fundamentals and key concepts of gamification and discover how to apply game design principles to engage users and drive targeted behavior from them.
Reducing User Churn Course
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Learn strategies to reduce churn and build long-term user relationships, which is crucial for improving retention and driving sustainable business growth.
Apple Human Interface Guidelines Course
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Apple Human Interface Guidelines

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Learn Apple’s Human Interface Guidelines to design modern, high-performing apps, focusing on UI principles and best practices for creating effective interfaces.
Introduction to Design Audits Course
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Introduction to Design Audits

Romina Kavcic
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Learn the art of systematic design evaluation to improve consistency, effectiveness, and create more user-centered products that meet user expectations.
AI Fundamentals for UX Course
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AI Fundamentals for UX

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Explore AI concepts, principles, and practices essential for creating human-centered, trustworthy AI-powered experiences.
Introduction to Customer Journey Mapping Course
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Introduction to Customer Journey Mapping

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Learn how to transform user insights into strategic experience improvements through systematic customer journey visualization
Improve your UX & Product skills with interactive courses that actually work

FAQs

What is Material Design?

Material Design is a visual language and design system developed by Google. It provides guidelines for designing user interfaces on mobile and web platforms. It was first introduced in 2014 as part of the Android 5.0 Lollipop operating system, but it's now also used on web, Chrome OS and other Google applications.

Material Design has a flat and minimalistic look, but it also includes the use of layers, shadows, and animation to create a sense of depth and movement. The visual language is inspired by the principles of print design, such as typography, grids, and space.

The goal of Material Design is to create a consistent and intuitive user experience across all platforms and devices, making it easy for users to understand and interact with the interface. Material Design guidelines include:

• Use of grid-based layouts to create a clear and consistent layout

• Use of typography and colors to create a clear visual hierarchy

• Use of animation and motion to provide visual cues and feedback

• Use of responsive design to adapt the layout to different screen sizes

• Use of the material metaphor, which is the representation of interface elements as physical objects

Material Design is widely adopted by many companies and it's considered as one of the most important design systems, it's designed to work across all platforms, including mobile, web and desktop apps, it creates a consistent user experience across all devices and provides a modern, sleek and intuitive look and feel.


What are the main characteristics of Material Design?

Material Design is a visual language and design system developed by Google that provides guidelines for designing user interfaces on mobile and web platforms. The main characteristics of Material Design include:

• Grid-based layouts: Material Design uses grid-based layouts to create a clear and consistent structure for the interface. This allows for easy alignment and organization of elements on the page.

• Typography: Material Design uses typography to create a clear visual hierarchy and to guide the user's attention. It uses a clear and simple typeface, Roboto, as the primary font, with different variations for headings, body text, and other elements.

• Color: Material Design uses a limited color palette, with bold and vibrant colors used to create contrast and hierarchy. It also uses color to convey meaning and provide visual cues.

• Animation and motion: Material Design uses animation and motion to provide visual feedback and to guide the user's attention. It uses subtle animations to create a sense of depth and movement, and to provide visual cues for user interactions.

• Responsive design: Material Design uses responsive design to adapt the layout to different screen sizes and devices. This allows for a consistent user experience across different platforms and devices.

• Material metaphor: Material Design uses the material metaphor, which represents interface elements as physical objects, such as cards, sheets, and buttons. This helps to create a sense of familiarity and makes it easier for users to understand and interact with the interface.

• Accessibility: Material Design guidelines also include accessibility in mind, providing guidelines for making interfaces usable for users with disabilities.

By following these guidelines, Material Design creates a consistent and intuitive user experience across all platforms and devices, making it easy for users to understand and interact with the interface, it's also designed with accessibility in mind and it's easy to use for users with different abilities.


What are the benefits of using Material Design?

Material Design is a visual language and design system developed by Google that provides guidelines for designing user interfaces on mobile and web platforms. Some benefits of using Material Design include:

• Consistency: Material Design provides a consistent visual language and design system, making it easy for users to understand and interact with the interface. This can help to improve the usability and user engagement of a website or mobile application.

• Intuitiveness: The use of animation, motion, and the material metaphor make Material Design intuitive and easy to understand for users. This can help to reduce the learning curve for new users and improve their overall experience.

• Accessibility: Material Design guidelines include accessibility in mind, providing guidelines for making interfaces usable for users with disabilities. This can help to improve the accessibility of a website or mobile application for a wide range of users.

• Scalability: Material Design is designed to work across different platforms and devices, from mobile to desktop. This allows for a consistent user experience across different devices, and it also makes it easy to scale a design for different screen sizes and resolutions.

• Flexibility: Material Design provides a flexible framework that can be easily adapted to different design needs. It's a widely adopted design system, making it easy to find design resources and developer documentation.

• Branding: Material Design provides a modern, sleek and intuitive look and feel, it's designed to work with any branding and it's easy to customize to match any company's visual identity.

By using Material Design, it can improve the overall user experience, increase consistency and accessibility, and provide a modern and sleek look and feel. It's also a widely adopted design system, which makes it easy to find design resources and developer documentation, and it's flexible enough to be adapted to different design needs.