LIWI AI
Your custom learning journey

Wireframing Essentials

Course cover
By Chris Walker

By Chris Walker

Full-stack developer and coding instructor.

This course teaches participants how to create low-fidelity wireframes that outline the structure and layout of digital interfaces. Topics include choosing the right tools, using common UI elements, and quickly iterating on design ideas.

Why It’s Worth It

Unlock real value — from fast results to long-term transformation.

Gain essential wireframing skills that streamline your design process and enhance communication with developers.

Learn to create clear, low-fidelity wireframes quickly, facilitating better visualizations and improved usability before high-fidelity designs.

Participate in practical projects that simulate real-world applications, helping you to solidify your learning and develop your portfolio.

Your Learning Roadmap

See everything included in your journey — from quick wins to deep dives.

Foundations of Wireframing

This module introduces the concept of wireframing, exploring its role in the design process, its evolution, and how it supports both designers and developers in planning digital interfaces. Introduction and Definitions Importance of Wireframing in Design Historical Evolution of Wireframing

Tools and Techniques

This module covers both traditional and modern tools used in wireframing. Participants will understand paper sketching techniques, popular digital tools, and frameworks that facilitate the iterative design process. Essential Digital and Analog Tools Paper Sketching Techniques Digital Wireframing Software

Designing Low-Fidelity Wireframes

This module focuses on the creation of low-fidelity wireframes, emphasizing usability and clarity. It explains common UI elements, layout tactics, and the art of annotation to communicate design ideas effectively. Understanding Common UI Elements Layout, Grids, and Structure Annotation and Notation Techniques

Iterative Process and Prototyping

This module explores how to iterate, test, and refine wireframes effectively. It includes designing quick prototypes, responding to feedback, and using iterative frameworks to enhance the final design output. Concept of Iteration and Feedback Loops Rapid Prototyping Fundamentals Testing and Refining Wireframes

Applying Best Practices and Project Work

In this final module, participants apply their wireframing knowledge to practical projects. Emphasis is placed on best practices, iterative critique, and real-world applications, culminating in a capstone project review. Overview of Best Practices Real-world Project Simulation Critique and Continuous Improvement

Step 100 of 0

What Users Are Saying

Feedback from people exploring the learning experience
This course was a game changer for my design skills! I loved how quickly I learned to create wireframes that accurately capture my ideas.
Amina Khoury
The course was very informative and engaging. I appreciated the practical examples and the hands-on approach to wireframing.
Joaquim Ribeiro
Fantastic course! The content was well-structured, and I now feel confident in using wireframing tools. Highly recommended!
Lindsey Chen
While the course provided good basics, I hoped for more advanced techniques. It’s a solid introduction to wireframing, though.
Rashid Al-Mansour
Great course with clear instructions on using various tools. I loved the focus on iterative design—very helpful!
Tanya Patel
This course exceeded my expectations! The quick iterations and feedback loops really helped me improve my design process.
Adeola Ogunbiyi

All You Need to Know

Explore quick answers to common questions about your learning experience

Join Wireframing Essentials!

Enroll now to master low-fidelity wireframing and elevate your design skills.

Real-time Q&A with an AI tutor for personalized assistance and feedback.

Engaging chat-based learning format to promote active participation.

Modular course design allows for flexible and self-paced learning.

Practical projects to apply knowledge and build a portfolio.

Focus on both traditional and modern wireframing tools for versatility.

Emphasis on iterative design and feedback loops to refine your skills.