What you'll learn
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This course includes:
Course content
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01 Welcome05:00
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01 Welcome to the course00:56
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02 Logistics05:00
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03 Initial set up05:00
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04 Chaotic typography00:18
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04 Intro to Cursor05:00
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04 Intro to Cursor02:01
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04 Note taking interface Demo00:16
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04 Piano demo Full screen00:16
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05 Tips for prototyping with Cursor05:00
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05 Tips for prototyping with Cursor02:34
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05 Typography Scale00:06
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06 Change your Cursor theme00:22
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06 Set up the repository05:00
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06 Set up the repository03:19
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07 Your new BFF Cursor Agent03:50
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07 Your new BFF Cursor Agent05:00
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08 How to run your project05:00
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08 How to run your project02:28
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08 Run your project with terminal00:26
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09 The codebase05:00
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01 1 a Gain more context00:30
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01 1 b Specific changes02:00
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01 1 c Share an image for inspiration02:46
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01 1 d Explore ambiguity01:53
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01 1 e Give examples00:51
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01 1 f Add an image03:17
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01 1 h Ask Agent what to do04:56
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01 Project 1 Change the name00:49
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01 Project 1 Customize your homepage27:23
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01 Project 1 Experimenting with styles03:06
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01 Project Customize your homepage05:00
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02 Debugging 10105:00
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03 Deploy your website05:00
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03 Deploy your website02:11
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03 Save your code with Git02:52
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04 2 b Explore sound effects01:45
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04 2 c Add a visualization01:17
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04 2 d Autoplay a tune05:02
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04 Deploy your piano01:47
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04 How to add a new prototype02:06
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04 Piano demo Full screen00:16
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04 Piano demo00:18
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04 Project 2 Make a piano13:31
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04 Project Make a piano05:00
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04 a Tweak the visuals01:51
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04 courses by design is a party00:08
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05 Chaotic typography00:18
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05 Playing with type Set up02:15
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05 Project Playing with type07:23
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05 Project Play with type01:00
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05 Typography 3 D00:04
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05 Typography Circular text00:06
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05 Typography Glitch effect00:06
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05 Typography Perspective00:06
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05 Typography Scale00:06
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05 Typography Text gradient00:04
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05 Typography Variable00:06
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05 Typography Wavy text00:05
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01 Rules05:00
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02 Note taking interface Demo00:16
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02 Noted OS Voice notes00:23
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02 Project Noted OS Process06:57
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02 Project Noted OS Set up05:35
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02 Project Build a note taking interface05:00
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03 1 a Bookshelf Add filters01:22
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03 5 b Bookshelf New property03:01
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03 5 b Bookshelf Visualization02:16
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03 5 c Bookshelf Add a new book01:59
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03 Books00:10
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03 Create a bookshelf Full set up09:07
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03 Create a digital bookshelf Process10:05
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03 Edit the database00:31
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03 Environment variables in Vercel00:51
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03 Project Create a digital bookshelf05:00
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03 Step 1 Copy my database01:00
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03 Step 2 Build the foundation03:01
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03 Step 3 Create a env file01:02
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03 Step 4 Get the API key00:47
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03 Step 5 Connect the integration00:31
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03 Step 6 Add the database id00:32
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03 Using a mockup08:05
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03 Watch me debug01:44
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04 How to use the MCP server01:56
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04 Set up the Figma Context MCP05:26
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04 Your first MCP05:00
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05 Connect to Git Hub01:08
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05 Create a new Nextjs project01:49
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05 Run your project00:47
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05 Start a project from scratch05:00
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06 1 Craft a design library Setup01:08
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06 2 Project rules01:28
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06 3 Craft a design library Figma design library00:55
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06 4 Defining typography02:01
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06 5 Defining color04:52
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06 6 Defining size01:20
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06 7 Implementing an icon library01:28
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06 8 Your first component02:45
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06 Project Craft a design library05:00
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07 Project Remix an arcade game03:27
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07 Project Remix an arcade game05:00
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08 Whats next05:00
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01 Glossary05:00
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02 Prompting cheat sheet05:00
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03 Reference images05:00
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04 Course idea log05:00
Requirements
- Basic understanding of design principles and user interface concepts.
- Familiarity with web browsers and basic computer operations.
- A computer with internet access to install and run Cursor.
- Willingness to experiment with AI-assisted coding tools.
- No advanced programming experience required, though basic HTML/CSS knowledge is helpful.
Description
Prototyping with Cursor introduces you to a transformative approach to design prototyping that leverages artificial intelligence to turn your creative concepts into functional, interactive experiences. This course focuses on helping designers and creative professionals use Cursor, an AI-powered code editor, to build prototypes without requiring deep programming expertise. By the end of this learning journey, you will understand how to harness AI assistance to write code, iterate on designs rapidly, and create prototypes that effectively communicate your vision to stakeholders and users.
The course begins by establishing the foundational concepts of AI-assisted prototyping and why tools like Cursor represent a paradigm shift for designers. You will learn how Cursor differs from traditional code editors and design prototyping tools, understanding its unique ability to interpret natural language instructions and generate corresponding code. This opening section demystifies the technology and helps you develop a mental model for working collaboratively with AI as a coding assistant. You will set up your development environment, install Cursor, and familiarize yourself with the interface, learning to navigate between the editor, AI chat panel, and preview windows.
Once your environment is configured, the course guides you through your first AI-assisted prototype. You will learn how to describe what you want to build using plain language prompts, then watch as Cursor generates the HTML structure, CSS styling, and basic JavaScript interactions. This hands-on introduction teaches you how to evaluate AI-generated code, identify what works well, and recognize when adjustments are needed. You will discover techniques for refining your prompts to get better results, learning the art of communicating effectively with AI to achieve your design intentions. Through practical exercises, you will build simple interactive elements like buttons, forms, and navigation menus, understanding how design decisions translate into code.
The course then progresses into more sophisticated prototyping scenarios where you learn to create multi-page flows and complex interactions. You will explore how to prototype common user interface patterns such as modals, dropdowns, carousels, and accordions using Cursor’s assistance. Each module focuses on a specific interaction pattern, teaching you not just how to generate the code but also how to customize and adapt it to match your specific design requirements. You will learn strategies for maintaining consistency across your prototype, organizing your code files effectively, and managing assets like images and icons.
A significant portion of the learning experience centers on iteration and refinement. You will discover how to use Cursor to modify existing code, add new features, and fix issues that arise during testing. The course teaches you debugging fundamentals made accessible through AI assistance, helping you understand error messages and implement solutions without getting overwhelmed by technical jargon. You will learn to test your prototypes across different screen sizes and devices, using Cursor to help implement responsive design principles that ensure your prototypes work well on desktop, tablet, and mobile viewports.
As you advance, the course explores more ambitious prototyping possibilities including data-driven interfaces and API integrations. You will learn how to create prototypes that display dynamic content, respond to user input in sophisticated ways, and simulate real application behavior. These skills enable you to build prototypes that go beyond static mockups, creating experiences that stakeholders and users can interact with meaningfully. You will understand how to balance fidelity with speed, knowing when to create high-fidelity prototypes and when quicker, lower-fidelity versions serve your goals better.
The final sections of the course focus on sharing and presenting your prototypes. You will learn various methods for deploying your prototypes to the web, making them accessible via simple URLs that anyone can visit. The course covers hosting options, domain configuration basics, and strategies for gathering feedback on your prototypes. You will also explore best practices for documenting your prototypes, annotating interactions, and explaining design decisions to developers who may eventually implement the final product.
Throughout the learning journey, emphasis is placed on developing a designer’s mindset toward code. Rather than becoming a professional developer, you will cultivate an understanding of how design decisions manifest in code and how to use AI tools to bridge the translation gap. The course encourages experimentation, iteration, and learning from mistakes, fostering confidence in your ability to prototype independently. By combining design thinking with AI-assisted coding, you will gain a powerful new capability that enhances your effectiveness as a designer and expands your professional opportunities in an increasingly technical creative landscape.
Who this course is for:
Prototyping with Cursor is ideal for designers who want to bring their ideas to life through code without becoming full-time developers, UX/UI professionals seeking to create more realistic and interactive prototypes, product managers who need to quickly validate concepts with working demos, creative professionals looking to expand their skillset into AI-assisted development, and anyone interested in learning how AI tools can accelerate the prototyping process and bridge the gap between design and implementation.Instructor
Elizabeth Lin
About Me
I am a designer, educator, and creative technologist passionate about empowering other designers to expand their skills into new territories. My journey into design education began after years of working as a product designer, where I repeatedly encountered the gap between design vision and technical implementation. I realized that designers who understand even basic coding principles can communicate more effectively with developers, prototype their ideas more convincingly, and ultimately have greater impact on the products they help create.
My teaching philosophy centers on making technical concepts accessible and approachable for creative professionals. I believe that designers do not need to become expert programmers, but they do benefit enormously from understanding how their design decisions translate into code. I focus on practical, hands-on learning that builds confidence through experimentation and iteration rather than overwhelming students with theory.
Over the years, I have developed courses and workshops that bridge design and technology, always seeking tools and methods that lower barriers to entry. When AI-assisted coding tools emerged, I immediately recognized their potential to revolutionize how designers prototype and communicate their ideas. I have dedicated significant time to exploring these tools, understanding their strengths and limitations, and developing teaching methods that help designers leverage them effectively.
My background spans both agency and startup environments, giving me perspective on diverse design challenges and workflows. I have worked on products ranging from consumer apps to enterprise software, always advocating for user-centered design approaches. This real-world experience informs my teaching, ensuring that what I share reflects actual professional practices rather than purely academic concepts.
I am committed to creating inclusive learning environments where students feel comfortable asking questions, making mistakes, and growing at their own pace. My goal is not just to teach specific tools but to cultivate adaptable mindsets that will serve designers throughout their careers as technology continues to evolve.
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