Video training course for the newly updated Cisco 300-320 ARCH / CCDP v3.0 network design exam. A Cisco Certified Design Professional (CCDP) certified network engineer had advanced knowledge of the network design concepts and principles required to develop multi-layer enterprise architectures and network components.
This is a theory only course so you do not require access to any equipment. We do demonstrate some commands on live equipment in some of the lectures but this is for demonstration purposes only.
Network design is one of the most rewarding and exciting careers you can choose. You work with the customer on their requirements and then create a network design for handover to the installation team. You will often be working with project managers, network security teams and senior managers in order to complete the design.
Your Instructor
David Voss
CCIE 11372, has been involved with networking since 1996. He has achieved CCNA, CCDA, CCNP, and CCDP certifications and in 2013 he celebrated his 10th anniversary as a CCIE.
He currently works in network design, but has also worked in consulting, pre-sales, and engineering for large corporations and Cisco partners.He currently lives in Virginia (USA) with his wife and three kids. David completed a Master of Science in IT Executive Management from Virginia Commonwealth University in 2014.
- Over 10 hours of video training
- End-of-module exams
- End-of-course certificate
- Access to members only forum
- Exam vendor – Pearson Vue
- Prerequesites – CCDA
- Recommended – Network+
| Module 1 | The Cisco Enterprise Architecture Model |
|---|---|
| Unit 1 | Cisco Intelligent Information Network |
| Unit 2 | Service-Oriented Network Architecture |
| Unit 3 | PPDIOO Lifecycle Methodology |
| Unit 4 | Cisco Hierarchical Network Model |
| Unit 5 | Cisco Enterprise Architecture Model |
| Module 2 | Advanced Enterprise Architecture Model |
| Unit 1 | Layer 2 Campus Infrastructure Best Practices |
| Unit 2 | Layer 3 Campus Infrastructure Best Practices |
| Unit 3 | Virtualization Design Considerations |
| Unit 4 | Designing a Wireless Network |
| Unit 5 | Designing Quality of Service |
| Unit 6 | Network Management |
| Module 3 | Designing Advanced IP Addressing |
| Unit 1 | Importance of IP Addressing |
| Unit 2 | Subnet Design and Summarization |
| Unit 3 | IPv6 Migration Strategies |
| Unit 4 | Address Planning |
| Unit 5 | Network Address Translation Applications |
| Unit 6 | Designing IPv6 Addressing |
| Module 4 | Designing Advanced IP Multicast |
| Unit 1 | Defining the Concept of IP Multicast |
| Unit 2 | IP Multicast Functionality |
| Unit 3 | Protocol Independent Multicast |
| Unit 4 | Multicasting in Ethernet and Switched Environments |
| Module 5 | Designing Advanced Routing Solutions |
| Unit 1 | Concepts of Routing Protocols |
| Unit 2 | Route Manipulation |
| Unit 3 | Advanced EIGRP |
| Unit 4 | Advanced OSPF |
| Unit 5 | Advanced BGP |
| Unit 6 | IPv6 Routing |
| Unit 7 | Advanced IS-IS |
| Module 6 | Designing Advanced WAN Services |
| Unit 1 | Wide Area Network Design Overview |
| Unit 2 | Optical Networking |
| Unit 3 | Metro Ethernet |
| Unit 4 | Virtual Private Network and IP Security for VPNs |
| Unit 5 | Service Level Agreement |
| Unit 6 | Multiprotocol Label Switching VPN Technology |
| Unit 7 | WAN Design Decisions and Criteria |
| Module 7 | Designing the Enterprise Data Center |
| Unit 1 | General Considerations for the Enterprise Data Center |
| Unit 2 | Enterprise Data Center Architecture |
| Unit 3 | Data Center and Network Integration |
| Unit 4 | Software Defined Networking |
| Unit 5 | Virtualization |
| Module 8 | Designing Advanced Security Services |
| Unit 1 | Network Attacks and Countermeasures |
| Unit 2 | Designing Firewalls |
| Unit 3 | NAC Services |
| Unit 4 | Designing Intrusion Prevention Systems and Intrusion Detection Systems |
| Unit 5 | Advanced VPN |
| Unit 6 | Security Management |
