CCDP Certification BSCI
The CCDP Certification consists of Four Courses
- CID Cisco Internetwork Design
- BCMSN Building Cisco Multilayer Switched Networks
- BSCI Building Scalable Cisco Internetworks Curriculum
- BCRAN Building Cisco Remote Access Networks Curriculum
Developed in Association with Cisco Systems®
Cisco CCDP ™ Certification Exam BSCI CD-ROM Course
Building Scalable Cisco Internetworks Training
 "We found that NETg's interactive technology-based training follows a proven
adult education approach and provides features that significantly enhance the learner's ability to acquire desired skills. This adherence to recognized
educational methods was a strong factor in our decision to make products available to our own employees worldwide."
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Cisco™ Internetwork Design Curriculum (CID) on CD-ROM Training with book
Exam 640-025
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ng20351
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$645.00
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Building Cisco™ Multilayer Switched Networks (BCMSN) on CD-ROM Training with book
Exam 640-604/642-811 Details
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ng20321
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$645.00
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Building Scalable Cisco™ Internetworks Curriculum (BSCI) on CD-ROM Training with book
Exam 640-901/642-801 Details
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ng20411
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$645.00
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Building Cisco™ Remote Access Networks Curriculum (BCRAN) on CD-ROM with book
Exam 640-605/642-821
Details
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ng20331
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$645.00
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Complete CCDP CBT Training on CD
Covers all four Exams with CCNP/DP Library demo
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n20352d
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$1100.00
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Cisco Building Scalable Cisco Internetworks (BSCI) CCDP
CBT Training CD consists of the following courses:
Advanced Routing Principles Course
Within the range of expected student abilities stated in the prerequisites, some students may
need a little more review than others. This first part of the course provides a refresher for those
students who need to be brought up to the same level as the more experienced students. The
material for this part of the course is expected to be drawn from chapters 2 and 3 of the ILT.
This first course in the BSCN curriculum should provide the learner with a brief overview of routing principles. The difference between distance vector and link-state routing protocol
behavior is explained. Convergence issues surrounding the most commonly used interior routing protocols, RIP, IGRP, EIGRP and OSPF are also presented. This course also covers
various aspects of IP addressing including VLSM as well as Route Summarization.
Learn To: Identify the features of routing basics. Identify the guidelines for making routing
decisions. Identify the features of routing information in the routing protocol process. Identify the features of IP addressing and solutions. Identify the features of IP address classes.
Identify the features of subnetting.
Audience: Network administrator, network designer, network specialist, network technician
(specializing in configuring and supporting multiprotocol internetworks).
Total Learning Time: 6 - 8 hours
Unit 1: Routing Principles 3 - 4 hours
Unit 2: IP Addresses: Extending 3 - 4 hours
Open Shortest Path First (OSPF) Course
This course covers the use, operation, configuration, and verification of Open Shortest Path
First (OSPF) in a single area and multiple areas. In the case of OSPF in a single areas it covers, IP and Hierarchical Addressing, VLSM, Route summarization, Interdomain Routing,
and Helper Addresses While in the case of OSPF in a multiple areas it covers, creating multiple OSPF areas and OSPF operation across mutable areas. It also covers virtual links
and how to configure and use OSPF multi-area components. Finally, it covers how to verify OSPF operation. The material for this part of the course is expected to be drawn from
chapters 4 and 5 of the ILT.
Learn To: Identify the features of OSPF. Identify the features of OSPF operation. Identify the
features and functions of the DR and the BDR in OSPF. Identify the issues that can arise in large OSPF networks and the solutions to these. Identify the different types of OSPF routers.
Identify the types of link state advertisements (LSAs).
Audience: Network administrator, network designer, network specialist, network technician (specializing in configuring and supporting multiprotocol internetworks).
Total Learning Time:6 - 8 hours
Unit 1: OSPF Configuration in a Single Area, 3 - 4 hours
Unit 2: Multiple OSPF Areas: Interconnecting, 3 - 4 hours
Enhanced Interior Gateway Routing Protocol (EIGRP) Course
This course covers the use and configuration of the Enhanced Interior Gateway Routing
Protocol (EIGRP). It covers the basic principles of EIGRP and how it operates. It also covers how to configure EIGRP. The use of EIGRP within a scalable Internetwork is also covered.
Finally EIGRP verification is also covered. The material for this part of the course is expected to be drawn from chapter 6 of the ILT.
Learn To: Identify the basic characteristics of EIGRP. Identify the features of the Enhanced Interior Gateway Routing Protocol (EIGRP). Identify how EIGRP supports variable length
subnet masks (VLSMs). Identify the features of EIGRP load balancing. Identify the characteristics of bandwidth over WAN interfaces. Identify the features of EIGRP WAN configurations.
Audience: Network administrator, network designer, network specialist, network technician (specializing in configuring and supporting multiprotocol internetworks).
Total Learning Time: 6 - 8 hours
Unit 1: EIGRP: Operation and Configuration, 3 - 4 hours
Unit 2: EIGRP in Scalable Internetworks, 3 - 4 hours
Border Gateway Protocol (BGP) Course
This course covers the use and configuration of the Border Gateway Protocol (BGP). It covers
the fundamentals of BGP operation. It also covers how to configure BGP and BGP verification. The problems that may occur when scaling the Internal Border Gateway Protocol (IBGP) are
also covered. Various solutions including route reflection and policy control using prefix lists, are discussed. The course also covers Multihoming.
Learn To: Identify the features of the Border Gateway Protocol (BGP). Identify the reasons to
use the Border Gateway Protocol (BGP). Identify the characteristics of the static route command. Identify scalability problems with internal BGP (IBGP). Identify the characteristics
of route reflectors. Identify the design requirements of route reflectors.
The audience for this curriculum will be network administrators, network designers, network
specialists or network technicians involved in designing, expanding and planning new Cisco internetworks for small, medium or large enterprises and configuring and supporting
multiprotocol internetworks.
Total Learning Time: 6 - 8 hours
Unit 1: BGP: Configuring, 3 - 4 hours
Unit 2: BGP Implementation in Scalable Networks, 3 - 4 hours
Optimizing Routing Course
This course covers the different ways to control routing update information. It also discusses
route redistribution to interconnect networks that use multiple routing protocols. Configuration techniques are also discussed.
Learn To: Identify the features of redistributing routing protocols. Identify the issues to
consider for redistribution implementation. Identify the considerations for route selection.
Identify the features of policy based routing. Identify the characteristics of route maps. Identify the command to configure the route map. Identify the functions of an IP access list. Sequence
the events that occur during the parameter test process. Identify the characteristics of standard and extended IP access lists.
Audience: Network Administrator, Network Designer, Network Specialist, Network
Technician; engineers who are involved in designing, expanding, and planning new Cisco internetworks for small, medium, or large enterprises and also configuring and supporting
multiprotocol internetworks. The prerequisite skills for this course can be gained from successfully completing other Cisco educational offerings, as follows: Internetworking
Technologies Multimedia (ITM) 2.0 - NETg courses (20011-14) and Interconnecting Cisco Network Devices (ICND).
Total Learning Time: 6 - 8 hours
Unit 1: Network Connections, 2 - 3 hours
Unit 2: Policy-Based Routing Configuration, 2 - 3 hours
Unit 3:
IP Traffic Management, 2 - 3 hours
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