CID and CID+ PCB design training for Class 1, 2, and 3 requirements, aerospace, defense, medical, electrical performance, material selection, qualification testing, EMC, RF, and radiation effects.

CID and CID+ Training: Designing for Class 1, 2, and 3 Requirements Jul 12, 2026

CID and CID+ Training: Designing for Class 1, 2, and 3 Requirements

PCB design is not one-size-fits-all.

A printed board used in a consumer product does not carry the same risk as a board used in ae...

ElectroSpec CID and CID+ PCB design training built around IPC-2221, IPC-2222, IPC-2223, IPC-2228, material standards, aerospace reliability, design for manufacturing, and design for test.

How ElectroSpec Developed CID & CID+ Training: Why Our Standards-Based Approach Matters Jul 11, 2026

CID/CID+ Training Development Structure

Core Position

ElectroSpec’s CID and CID+ training starts with the IPC design standard family, but it does not stop there.

IPC standards provide the foundatio...

Certifying a Whole Production Floor: How Team & Corporate IPC Training Actually Works Jul 05, 2026

Certifying one inspector is straightforward. Certifying an entire production floor — consistently, on schedule, without shutting down the line — is a different problem.

Here is how team and corporate...

High-reliability soldering training for electronics manufacturing, showing precision soldering, cleaning, inspection, rework, repair, and reliable electronic assemblies.

High-Reliability Soldering Training: Why Precision, Cleaning, Inspection & Consistency Matter Jun 25, 2026

ElectroSpec’s High-Reliability Soldering Course Approach

ElectroSpec’s High-Reliability Soldering course is designed for real manufacturing needs, not just classroom theory.

The course is offered on...

The Blog.

CID and CID+ Training: Designing for Class 1, 2, and 3 Requirements

CID/CID+ Training Development Structure

Core Position

ElectroSpec’s High-Reliability Soldering Course Approach

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