PCB Design for Radio Frequency (RF) Boards
This course provides the theoretical knowledge and practical skills required to create IPC-compliant PCB designs for high-speed analog, radio (RF), and microwave frequencies.
STARTS AUG 12
PCB Design for Military & Aerospace Applications
This course addresses specific challenges encountered in military and aerospace applications, including the effects of vibration, shock, radiation, altitude, extended operating temperature range, and more.
STARTS AUG 12
Introduction to PCB Design I
Taught by an IPC-certified industry expert, this introductory course will focus on front-end design concepts such as schematic capture, library parts creation, basic electrical engineering concepts, and documentation.
STARTS AUG 13
Introduction to PCB Design II
In this course, participants employ the lessons learned in Introduction to PCB Design I to effectively implement their designs using techniques such as multi-layer routing, signal integrity, transmission lines, and more.
STARTS AUG 13

Introductory and Intermediate PCB Design Courses

Transforming Your PCB Engineering Methods

Designing and engineering printed circuit boards is not only an art form but a booming and promising career opportunity in the world of electronics manufacturing.

Introduction to PCB Design I

Learn the fundamentals by focusing on front-end design concepts such as schematic capture, library parts creation, basic electrical engineering concepts, and documentation.

Introduction to PCB Design II

Building on the content in PCB Design I, student implement their designs using techniques like multi-layer routing, signal integrity, transmission lines, and more. The course also focuses on how manufacturing and assembly techniques impact design, documentation and manufacturing file generation.

Introduction to PCB Design for Manufacturability

This series of ten micro-modules introduce some of the key concepts required to optimize the design of printed circuit boards for manufacture. If you'd like to learn more after completing the series, consider taking the IPC Design for Manufacturability course.

PCB Design for Manufacturability

This two-and-a-half-week course covers all the knowledge and skills necessary to reduce or eliminate design, documentation, and capability issues that often arise when completed PCB designs are sent to the fabricator for production.

How to Organize, Constrain and Engineer Your PCB Design

Dive deep into a comprehensive course meticulously crafted to transition experienced PCB designers into expert engineering maestros. Unlock pathways that intertwine both electrical and mechanical realms, revealing the intricate secrets of routing features that set world-class designs apart.

Review the 2024 Annual Instructor-Led Course Schedule

Course Start Date Virtual Class Start Times Virtual Classes Held On Course Length
Reliability of Electronics – Role of Intermetallic Compounds August 6 11:00 am ET 8:00 am PT 5:00 pm CET Tuesday and Thursday 1 week
PCB Troubleshooting and Defect Analysis August 6 11:00 am ET 8:00 am PT  

Tuesday and Thursday

  
Counterfeit Electronic Parts Mitigation for High Reliability Organizations August 6  2:00 pm ET 4:00 pm ET   Tuesday and Thursday 4 weeks
PCB Design for Radio Frequency Boards August 12 11:00 am ET 8:00 am PT 5:00 pm CET Monday and Wednesday 6 weeks
PCB Design for Military, Aerospace & Other Extreme Applications August 12 6:30 pm ET 3:30 pm PT   Monday and Wednesday 6 weeks
Introduction to PCB Design I August 13 11:00 am ET 8:00 am PT 5:00 pm CET Tuesday and Thursday 6 weeks
Introduction to PCB Design II August 13 6:30 pm ET 3:30 pm PT   Tuesday and Thursday 8 weeks
Constraint Engineering for PCB Designs September 9 11:00 am ET 8:00 am PT 5:00 pm CET Monday and Wednesday 4 weeks
Technical Overview of the Semiconductor Chip Industry September 9 6:30pm ET 8:30 pm ET   Monday and Wednesday 4 weeks
Introduction to PCB Design II (Brazil)  September 9 7:00 pm BST     Monday and Wednesday 8 weeks
Microvia Electroplating September 10 2:00 pm ET 4:00 pm ET   Tuesday and Thursday 4 weeks
PCB Design for Manufacturability September 10 11:00 am ET 8:00 am PT 5:00 pm CET Tuesday and Thursday 3 weeks
Reliability of Electronics – Role of Solder Joint Voids  September 17 11:00 am ET 8:00 am PT 5:00 pm CET Tuesday and Thursday 1 week
Troubleshooting and Defect Analysis for Electronics Assembly September 17 6:30 pm ET 3:30 pm PT   Tuesday and Thursday 2 weeks
Certified Electronics Program Manager September 24 5:30pmET 2:30pmPT   Tuesday and Thursday 6 weeks
PCB Design for Rigid Flex Boards October 7 11:00 am ET 8:00 am PT 5:00 pm CET Monday and Wednesday 6 weeks
Introduction to PCB Design II October 8 11:00 am ET 8:00 am PT 5:00 pm CET Monday and Wednesday 8 weeks
PCB Advanced Design Concepts  October 7 6:30 pm ET 3:30 pm PT   Monday and Wednesday 8 weeks
PCB Design for Military, Aerospace & Other Extreme Applications October 8 1:00 pm ET 4:00 pm PT   Tuesday and Thursday 6 weeks
Introduction to PCB Design I October 8 6:30 pm ET 3:30 pm PT   Tuesday and Thursday 6 weeks
How to Engineer Stable PCB Designs For All Board Types Incl. RF Design  October 14 11:00 am ET 8:00 am PT 5:00 pm CET Monday and Wednesday 3 weeks
Traditional DFM: Is it Dead or Alive?  October 14 6:30 pm ET 3:30 pm PT   Monday and Wednesday 1 week
Introduction to Machine Data Analytics  October 15 6:00 pm ET 3:00pmPT   Tuesday and Thursday 2 weeks
Advanced Troubleshooting & Defect Analysis October 15 6:30 pm ET 3:30 pm PT   Tuesday and Thursday 4 weeks
Reliability of Electronics – Tin Whisker - All You Should Know November 5 11:00 am ET 8:00 am PT 5:00 pm CET Tuesday and Thursday 1 week
Education
Electronics Assembly Training for Engineers - Get New Engineers Up to Speed Fast
Developed with the industry to cover the topics every engineer must know.
Education
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