Price
About the Course
Content Length: 8+ hours of video lessons. Real Project: A complete STM32-based multilayer motherboard motor controller with mixed (analog & digital) signals for high-power electric motors. Audience: Beginners and intermediates with prior basic knowledge of PCB design and fundamentals of electronics engineering. Software Used: KiCad (Free Tool). (Or use your own) Outcome: Acquire everything you need to design professional-grade PCBs from concept to production and become a highly skilled engineer capable of designing boards that work right the first time. 🔹 Schematic Design: Create functional circuit diagrams for a rock-solid foundation, ensuring success on your first try. 🔹 PCB Layout: Master routing and multilayer PCB design stack-up . 🔹 Signal Integrity: Learn high-speed design, power delivery, mixed signals, and controlled impedance fundamentals. 🔹 Component Placement: Optimize placement to minimize current loops and effectively partition analog, digital, and high-power components. 🔹 EMC/EMI Considerations: Apply techniques to reduce EMI noise and design with electromagnetic compatibility in mind from the start. 🔹 PCB Manufacturing: Understand best practices for seamless production. Why This Course? This course empowers you to design professional printed circuit boards with confidence, efficiency, and a clear roadmap. If you’ve already designed a few boards and want to start or take the next step in your career as a true professional, this course will guide you to streamline your process and prepare for top-level companies and advanced projects. What You’ll Gain: 🔹 Expertise to design high-performance PCBs. 🔹 Confidence to tackle complex projects with ease. 🎁 Join NOW to secure these bonuses: 🔹 Technical Specification Blueprint 🔹 Hardware Specification Guide 🔹 Component Mastery Guide 🔹 FMEA Blueprint Guide 🔹 Pre-layout Review Checklist Invoice available for companies. Certification available upon completion. → Enroll now and st
Overview
Module 1 - Version Control
.2 steps
Module 2 - Project Template Creation
.2 steps
Module 3 - Customizing Template Files
.2 steps
Module 4 - Project Requirements & Specification
.2 steps
Module 5 - Introduction to Schematics Design
.2 steps
Module 6 - Motor Driver Schematics
.2 steps
Module 7 - Schematics DC-to-DC converter
.2 steps
Module 8 - Schematics MOSFETS Driver
.2 steps
Module 9 - Input Protection & Filters
.2 steps
Module 10 - ERC & Schematic Review
.2 steps
Module 11 - PCB Editor & Components
.1 step
Module 12 - PCB Layout Fundamentals & High-Speed
.1 step
Module 13 - Component Placement Strategies
.1 step
Module 14 - Board Partitioning & Placement
.1 step
Module 15 - Component Placement Optimization
.1 step
Module 16 - Mixed Signal Multilayer Stackup Design
.1 step
Module 17 - PCB Layout Rules & Differential Pairs
.1 step
Module 18 - PCB Routing & Layout
.1 step
Module 19 - Layout Optimization, SI, EMC/EMI
.1 step
Module 20 - Finishing PCB & Manufacturing Files
.1 step
Module 21 - PCB Fabrication
.1 step
Module 22 - Final Lesson
.1 step
Module 23 - Bonus Lesson 1
.1 step
Module 24 - Bonus Lesson 2
.2 steps
Final Steps
.3 steps