Learn PCB Design By Designing an Arduino Nano in Altium
Learn Printed Circuit Board (PCB) design by creating your own Arduino Nano in Altium Designer.

What you will learn
Create an design a custom Arduino Nano in Altium Designer
Create their own custom components and component library
Draw the schematic of an Arduino Nano and wire components
Compile design detect and eliminate design errors
Define board shape and size
Route Printed Circuit Board (PCB)
Use to the autorouting capabilities to speed up the routing process
Use design rule checker to eliminate errors and reduce manufacturing board iterations
Why take this course?
π Course Update: Don't wait! The cost of this course is set to increase to $200 as of 1st June 2020 from its current price of $190. Secure your spot now and benefit from the early bird pricing. π
What is Learn PCB Design By Designing an Arduino Nano in Altium?
Dive into the world of Printed Circuit Board (PCB) design with our comprehensive online course! Designed for beginners and intermediate learners, this course will guide you through creating your own custom Arduino Nano PCB using Altium Designer β one of the most sought-after PCB design tools in the industry. By completing this course, you'll gain the skills needed to embark on a freelancing career or land a job in PCB design. π
What You Will Learn:
β Getting Started with PCB Design: We'll begin by familiarizing you with the basics of PCB design and how to navigate Altium Designer.
β Installing Altium Designer: Step-by-step instructions on downloading and setting up the software, making sure you're ready to start designing.
β Creating a Component Library: Learn how to create your own components, an essential skill for custom PCB design.
β Adding 3D Models to Components: Discover how to enhance your designs with realistic 3D models and get access to a treasure trove of component models.
β Recreating the Arduino Nano Schematic: Follow along as we recreate the iconic Arduino Nano schematic within Altium Designer.
β Transferring to PCB View: Understand how to transition your schematic into the PCB layout view and define the board shape.
β Placing Components on the Board: Learn the art of placing components effectively, especially for a 6-layer board design.
β Routing Between Layers: Master the technique of routing connections between layers, which is crucial for complex designs.
β Auto-Routing for Complex Designs: Save time and effort by learning when and how to use auto-routing features effectively.
β Eliminating Design Errors: Avoid costly mistakes by catching and correcting design errors before sending your design to manufacturing.
β Creating Gerber Files: Finalize your design and produce the necessary Gerber files for your PCB manufacturer.
Course Features:
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Regular Updates: The course content is continuously enriched with new lectures, resources, quizzes, and more to keep you at the cutting edge of PCB design.
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Money-Back Guarantee: Your satisfaction is guaranteed. If you're not satisfied with the course, Udemy offers a 30-day money-back guarantee. I'm committed to your success and am here to support you every step of the way, just as I have for thousands of my other students.
Enroll now and start your journey into the fascinating field of PCB design with Altium Designer! πβ¨
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Our review
π Course Overview
The online course titled "Introductory PCB Design with Altium Designer" has garnered a global rating of 3.50 from recent reviewers. The reviews indicate that the course serves as a solid introduction to PCB design, particularly with Altium Designer, and is beneficial for those who have prior experience with the software or have completed introductory tutorials provided by Altium.
Pros:
- π Comprehensive Content: The course is detailed and carefully designed, breaking down complex topics into understandable segments. It covers a broad range of PCB design fundamentals using Altium Designer.
- π Great for Beginners: For beginners who have at least tried using Altium before, the course provides valuable insights that help correct mistakes and understand the primary tools more deeply.
- π οΈ Economical Teaching: The instructor is concise and teaches effectively without wasting time, allowing students to pause and review as needed.
- π Fluid Teaching Style: The teaching style is enjoyable and relaxed, making the learning process more pleasant.
- π οΈ Good Pace: The course moves quickly but at a good pace that allows for comprehension of the content despite the amount of information and tasks to cover.
- π Detailed and Clear Instructions: Some reviewers appreciate the detailed explanations provided, making it easier to grasp complex concepts.
- π Easy to Follow with Resources: The course is well-structured, and additional resources like tutorial pages are helpful for students who wish to deepen their understanding of PCB design.
Cons:
- β« Rapid Presentation: The instructor's pace can be too fast, making it difficult for newcomers or those who need more time to process the information to follow along. This often requires students to rewind and review sections repeatedly.
- π€ Outdated Content: Some reviewers point out that the content and software version used in the lectures are outdated, which can affect the relevance of the instructions.
- βοΈ Narrative Flaws: The narrative sometimes gets stuck or is not flowing well, which can hinder understanding, especially when it comes to explaining the theory and practice behind certain actions.
- π« Language Barrier: A few reviewers mention that the instructor's speech is hard to understand or requires reading along with the video for full comprehension.
- π οΈ Need for More Detailed Explanations: Some sections, particularly regarding PCB design, require a slower pace and more detailed explanations.
- π° Cost of Software: The high cost of Altium software can be a barrier for individuals without an established company backing them.
Recommendations for Improvement:
- π οΈ Improved Pacing: Slowing down in certain areas, especially when explaining how to build a PCB from scratch, would greatly benefit the learning experience.
- π More Detailed Explanations: Offering deeper insights into the theory and practice behind the actions taken during the design process could enhance understanding.
- π° Cost Consideration: Providing options for students who cannot afford the software or discussing free alternatives could make the course more accessible to a broader audience.
- π Up-to-Date Content: Updating the course content and software versions to the latest releases would ensure that the skills taught are current and applicable to real-world scenarios.
Overall, the course is highly regarded for its depth of content and its ability to introduce learners to PCB design with Altium Designer. However, some reviewers suggest that a more measured pace and more detailed explanations in certain sections would improve the learning experience significantly.