Master EtherNet/IP Troubleshooting, Design, and Network Architecture

Ethernet/IP advanced training for engineers responsible for reliable automation networks

Why EtherNet/IP networks fail in real plants

Many industrial networks run reliably for years — until one change causes intermittent faults, slow I/O updates, or unexplained communication drops.

Common causes include:

• improper VLAN segmentation
• broadcast storms
• incorrect startup sequencing
• poor redundancy architecture
• misunderstood implicit vs explicit messaging

This advanced module teaches how to design and troubleshoot EtherNet/IP networks properly, using real equipment and real diagnostic tools.

Who is this course for

This course is ideal for

Controls engineers responsible for EtherNet/IP networks

• Maintenance teams troubleshooting communication issues
• System integrators designing industrial Ethernet architectures
• Reliability engineers responsible for network uptime

This course is NOT for

• IT networking professionals without industrial automation experience
• Beginners with no or limited EtherNet/IP exposure (Recommendation: Ethernet/IP Troubleshooting and Maintenance Course)

What makes this training different

Unlike vendor marketing courses, this program focuses on real industrial network behaviour.

Students work with:

• live EtherNet/IP devices
• network analyzers like Wireshark
• industrial monitoring systems
• real troubleshooting scenarios

Hands-on labs include:

• explicit messaging in Codesys
• advanced Wireshark packet analysis
• EtherNet/IP network design exercises

Meet Your Instructor

James Powell, P.Eng.

Industrial Network Engineer | Trainer | Author

James brings over 30 years of experience in industrial communications, including deep expertise in:

• EtherNet/IP
• PROFIBUS
• PROFINET
• Modbus
• HART
• Industrial EMC

He is a certified network engineer and trainer for PROFIBUS and PROFINET and has authored books and ISA technical papers on industrial communications.

What You’ll Learn

Industrial Network Architecture

• Purdue Model
• CPwE network design
• NAMUR Open Architecture

EtherNet/IP Protocol Deep Dive

• Objects, instances, and attributes
• Implicit vs explicit messaging
• Device startup sequencing

Advanced Diagnostics

• Wireshark protocol analysis
• Troubleshooting communication faults

Hands-On Equipment

Students train using real industrial hardware, including:

• CompactLogix controllers
• Helmholz TB-20 I/O racks
• EtherNet/IP network monitoring tools
• Raspberry Pi IO-Scanner environment
• Wireshark protocol analyzer

Training Certificate

Participants receive:

• 8 professional development hours
• certificate of participation

What Engineers Say About Training

“Your classes are the best! You changed the trajectory and velocity of my career just after having gone through a class with you.”  Control Systems Manager, Industry: Logistics and Distribution

“For those working stateside, get yourself on a training course with our friend James Powell. What he doesn’t know about PROFIBUS & PROFINET and every other form of industrial communications isn’t worth knowing”  Director, Industry: Advanced Manufacturing / Precision Machining

FAQ

Do I need to take the troubleshooting course first?

Yes. The advanced module is designed as an extension of the EtherNet/IP troubleshooting and maintenance training.

How long is the course?

The advanced module is a one-day course (8 hours).

Is the training hands-on?

Yes. Students work with real industrial devices, network analyzers, and live EtherNet/IP equipment.

Can companies book private training?

Yes. Private on-site or custom sessions are available.

Ready to Build Reliable EtherNet/IP Networks?

Seats are limited to ensure hands-on learning.

Request the next training schedule

OR

Ask about private training.