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Siemens Industry, Inc. December, 16 Page 1 of 1 Industrial Networks Education Fundamentals of Industrial Networking General Information Course Code: IEN-NETFUND1A Length: 2 Days Audience This course is for anyone interested in learning about the fundamentals of networking, either as an introduction or as a refresher, regardless of the industry, as the content is about the technology. Participants range from Sales Engineers wanting to get a better understanding of the topic to Plant Engineers or Substation Engineers wanting to freshen up before taking one of our certification courses. Other ideal candidates could include, but is not limited to the following: · Application Engineers · Automation Engineers · Commission Engineers · Communication Engineers · Control Engineers · Facility Managers · Operations or IT Network Engineers · Plant Engineers · Project Engineers · Sales Engineers · Substation Engineers · System Engineers Prerequisites · None Profile This course is an introductory course to networking technology and mechanisms – the foundation of today’s digital communication. Designed as a recommended prerequisite for our suite of Certification courses, it will take you on a tour through the seven networking layers. At the end of the course, students will have a broad understanding of networking terminology, as well as a deeper knowledge of the principles of building Ethernet networks. Objectives Upon completion of this course, the student will learn: · Understanding the OSI Reference Model · Learning the Physical Layer (Copper, Fiber, Wireless) · Learning the Data Link Layer (MAC, VLAN) · Learning the Network Layer (TCP/IP, Routing Protocols) · IPv4 vs IPv6 Addressing · Understanding Upper Layer Communications Topics 1. Introduction to Industrial Ethernet a. Network Basics b. Communication in the office c. Ethernet evolution d. Industrial Ethernet e. Industrial Networks – Applications f. Ethernet om the OSI reference model g. OSI-based Network Conversation h. TCP/IP Model 2. Layer 1 – Physical Layer 3. Layer 2 – Data Link Layer 4. Layer 3 – Network Layer 5. Layer 4 thorough 7 – Upper Layers

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Siemens Industry, Inc. December, 16

Page 1 of 1

Industrial Networks Education

Fundamentals of Industrial NetworkingGeneral Information

Course Code: IEN-NETFUND1ALength: 2 Days

AudienceThis course is for anyone interested in learning aboutthe fundamentals of networking, either as anintroduction or as a refresher, regardless of theindustry, as the content is about the technology.Participants range from Sales Engineers wanting to geta better understanding of the topic to Plant Engineers orSubstation Engineers wanting to freshen up beforetaking one of our certification courses. Other idealcandidates could include, but is not limited to thefollowing:

· Application Engineers· Automation Engineers· Commission Engineers· Communication Engineers· Control Engineers· Facility Managers· Operations or IT Network Engineers· Plant Engineers· Project Engineers· Sales Engineers· Substation Engineers· System Engineers

Prerequisites

· None

ProfileThis course is an introductory course to networkingtechnology and mechanisms – the foundation of today’sdigital communication. Designed as a recommendedprerequisite for our suite of Certification courses, it willtake you on a tour through the seven networking layers.At the end of the course, students will have a broadunderstanding of networking terminology, as well as adeeper knowledge of the principles of building Ethernetnetworks.

ObjectivesUpon completion of this course, the student will learn:

· Understanding the OSI Reference Model· Learning the Physical Layer (Copper, Fiber,

Wireless)· Learning the Data Link Layer (MAC, VLAN)· Learning the Network Layer (TCP/IP, Routing

Protocols)· IPv4 vs IPv6 Addressing· Understanding Upper Layer Communications

Topics

1. Introduction to Industrial Ethernet a. Network Basics b. Communication in the office c. Ethernet evolution d. Industrial Ethernet e. Industrial Networks – Applications f. Ethernet om the OSI reference model g. OSI-based Network Conversation h. TCP/IP Model2. Layer 1 – Physical Layer3. Layer 2 – Data Link Layer4. Layer 3 – Network Layer5. Layer 4 thorough 7 – Upper Layers