Course Descriptions - Certified PROFINET and PROFIBUS Engineer
Our Certified Network Engineer courses ("PROFItech" courses) are typically taught over the course of a week in Johnson City, TN. Students are immersed in industrial networking and fieldbus protocols, from the specifications of waveforms on the wire all the way up to application-level management techniques. In one week, these courses cover the breadth of material students need to design and maintain a fieldbus installation, and equip them with the tools they need to solve new problems and challenges as they arise.
PROFINET Course Description
PROFINET is built on IEEE 802.3 Ethernet, and so is the PROFINET Certified Network Engineer course. Students spend time learning the basics of Ethernet, from frame structure to TCP, UDP, IP, SNMP, and other higher-level protocols. They then learn how PROFINET leverages these protocols for everything from low-jitter Real Time communications to no-jitter Isochronous Real Time communication.
With theory settled in the first two days, the course moves to the practical aspects of network design and troubleshooting. Students configure real-world hardware with a common engineering tool and troubleshoot the system using PROFINET diagnostics and low-level network analyzers such as Wireshark.
Finally, students are introduced to several advanced topics, such as PROFIsafe, Simple Device Replacement, Fast Start-up, Shared Device, I-Device, or basic network security. After both a written and hands-on final exam, the students earn their certification from PROFIBUS & PROFINET International.
PROFIBUS Course Description
The Certified PROFIBUS Engineer course is an intense 4 1/2-day training program. The first 2.5 days is spent on PROFIBUS DP and the second 2 days spent on PA. The student will achieve an understanding of RS-485 transmission technologies from copper wire all the way through fiber optical and beyond. Bus layout is presented along with tips and tricks for installation based on real world experience. Each student will learn to set up a PROFIBUS system using proper bus layout techniques, to parameterize and configure via configuration software based on GSD files. System maintenance and debugging will be taught using commercially available PROFIBUS tools. DPV0, DPV1 and MBPIS technologies will be discussed along with the PROFILE implementations. The section of the course that highlights PA will also have a hands on introduction to using Pactware and PDM as well as PA bus design.