CCDA (Cisco Certified Design Associate)

Wireless networks are designed and implemented for a wide array of functions: Internet access, data centers, organizational security, enterprise campus networks, and more. Knowing how to design, install, expand, and maintain wireless networks is a crucial IT skill covered by the Cisco Certified Design Associate program. Cybrary provides convenient online courses and educational resources for attaining your CCDA certification.

About this CCDA Course

The CCDA certification course is a comprehensive guide towards designing and creating networks based on Cisco technology. As Cisco tech is a standard for networking, CCDA certification is required for many higher-level roles in information technology. To begin, this course outlines the objectives and methods used when designing a network. You will also learn protocols for addressing and routing nodes within the network. Finally, you will learn what to consider when expanding a network for a wide range of purposes. By the end of the course, you should know your way around setting up, maintaining, and expanding an enterprise network on a professional level.

Why learn skills for CCDA?

As the landscape for information technology grows, more and more organizations are demanding an up-to-date enterprise network. CCDA certification training will prepare you to design, implement, and update these enterprise networks. Organizations that already have enterprise-level networks will still seek out CCDA certified candidates for updates and expansions. Organizations that are not seeking new networks or expansions will still seek out CCDA certified candidates. They need professionals to monitor and repair the enterprise networks that they have set up, and many CCDA certified professionals are employed as network administrators and network engineers. There is a growing number of opportunities for a potential candidate to apply their CCDA certification training. CCDA certification is a very marketable skill for positions in information technology.

How difficult is it to learn the material in this CCDA course?

CCDA training can be difficult, but Cybrary provides a wealth of resources for studying for and passing the CCDA certification exam. The most difficult part for many is learning, in detail, the routing protocols necessary for setting up a network. It’s important that you study thoroughly for the exam, as the CCDA certification cost of taking the exam can be around $250. This is just the cost of the exam and not any courses or materials you may acquire to become prepared. However, the opportunities granted from CCDA certification can quickly recuperate any costs you put into attaining certification. If you are diligent and thorough in your study of the material, you should be able to pass and attain your certification without much difficulty.

What are the pre-requisites? Can anyone learn CCDA?

There are some pre-requisites one must acquire before taking the CCDA certification exam. You have a choice from several pre-requisites, depending on where you are in your networking career. Cisco Certified Entry Networking Technician, or CCENT certification, will qualify you for the CCDA course and exam. Cisco Certified Network Administrator Routing and Switching, or CCNA Routing and Switching certification, is another possible path towards qualifying for the CCDA course. Finally, certification as a Cisco Certified Internetworking Expert, or CCIE, will qualify you for taking and completing the CCDA certification exam. CCDA certification is a relatively advanced skill, so these certifications will ensure that you are prepared for the course.

How is Cisco Certified Design Associate as a career?

There are a variety of careers that you can apply your CCDA certification towards. A few of the most applicable positions would be network administrator, network engineer, and network architect. Network administrators make a yearly salary of around $66,000. Network engineers, on average, make a bit more at $79,000 per year. Lastly, network architects, likely the most technical of the three roles, make an average salary of $103,177 per year. Of course, CCDA certification can be applied to more roles outside these three careers, but these are the most obvious and immediate applications of these skills. The day-by-day of these professions involve setting up new networks, monitoring and repairing existing networks, and carrying out network expansions on systems with a growing number of clients.

Can I find work with CCDA certification?

Yes. Even now, there are several positions available calling for CCDA certification. A simple search on job-hunting sites will reveal a number of positions that require CCDA certification. Account manager, network engineer, senior network specialist, and senior network architect are just a few positions that are currently available. Of course CCDA certification isn’t everything, these positions also call for pre-requisite certifications and sometimes previous professional experience. If you don’t already have experience in the field, you can find some experience by applying the pre-requisite certifications or by finding an entry-level position.

• Module 1: Network Design Methodology
• 1.1 Introduction
• 1.2 Cisco Architecture for Enterprises
• 1.3 Cisco Design Lifestyle - Plan, Design, Manage
• 1.4 Identifying Customer Requirements
• 1.5 Characterizing the Existing Network
• 1.6 Desiging the Network Topology and Solutions
• Module 2: Network Design Models
• 2.1 Hierarchical Network Models
• 2.2 Hierarchical Network Design
• 2.3 Cisco Enterprise Architecture Model
• 2.4 High Availability Network Services
• Module 3: Enterprise LAN Design
• 3.1 LAN Devices
• 3.2 Cisco Best Practices for Access and Distribution Core Layers Design
• 3.3 STP Design Considerations
• Module 4: Data Center Design
• 4.1 Enterprise DC Architect
• 4.2 Data Center Network Programmability
• 4.3 Challenges in the DC
• 4.4 Enterprise DC Infrastructure
• 4.5 Virtualization Overview and Technologies
• 4.6 DCI and LB in DC
• Module 5: Wireless LAN Design
• 5.1 WLAN Standards
• 5.2 Cisco Unified Wireless Network
• 5.3 WLAN Controller Component and RM Groups
• 5.4 WLAN Design
• Module 6: WAN Technologies and the Enterprise Edge
• 6.1 WAN and Enterprise Edge Overview and WAN Transport Technologies
• 6.2 WAN and Edge Design Methodologies
• 6.3 DMZ Connectivity, Internet Connectivity and VPN Network Design
• Module 7: WAN Design
• 7.1 Traditional WAN Technologies
• 7.2 Enterprise as VPN Vs. SP VPN and WAN Backup Design
• 7.3 Enterprise WAN and Architecture Components
• 7.4 Enterprise Branch Architecture and Teleworker Design
• Module 8: Internet Protocol Version 4 Design
• 8.1 IPv4 Header
• 8.2 IPv4 Addressing and Subnets
• 8.3 IPv4 Addressing Design Address Assignment and Name Resolution
• Module 9: Internet Protocol Version 6 Design
• 9.1 IPv6 Headers and Address Representation
• 9.2 IPv6 Address Scope Types and Address Allocation
• 9.3 IPv6 Mechanism and Routing
• 9.4 IPv4-to-IPv6 Transition Mechanisms and Deployment Models
• Module 10: Routing Protocol Characteristics, RIP, EIGRP, and IS-IS
• 10.1 Routing Protocol Characteristics
• 10.2 RIP, EIGRP
• 10.3 IS-IS
• Module 11: OSPF, BGP, Route Manipulation, and IP Multicast
• 11.1 OSPF
• 11.2 BGP
• 11.3 Route Manipulation
• 11.4 Multicast
• Module 12: Managing Security
• 12.1 Network Security Overview
• 12.2 Security Policy and Process - Trust and Identity Management
• 12.3 Secure Services
• 12.4 Threat Defense and Security Management Solutions
• Module 13: Security Solutions
• 13.1 Cisco SAFE Architecture
• 13.2 Trust and Identity Technologies
• 13.3 Detecting and Mitigating Threats
• 13.4 Security Management Applications and Integrating Security Into Network Devices
• 13.5 Securing the Enterprise
• Module 14: Voice and Video Design
• 14.1 Traditional Voice Architecture
• 14.2 Converted Multiservice Networks
• 14.3 IPT Design
• Module 15: Network Management Protocols
• 15.1 Simple Network Management Protocols
• 15.2 Other Network Management Technologies
• Module 16: Demos
• 16.1 Firepower Management Center 6.3 v1.1
• 16.2 ISE 2.3: View Live Authentications
• 16.3 ISE 2.3: Network Device Management
• 16.4 ISE 2.3: ISE Authentication and Authentication Policy
• 16.5 Secure Cloud Managed Branch with Meraki Umbrella: Secure WAN
• 16.6 Secure Cloud Management With Meraki and Umbrella: Secure the Access
• 16.7 Secure Cloud Managed Branch with Meraki Umbrella: Operational Efficiency
• 16.8 DNA Center Appliance
• 16.9 APIC 4.0 Operations and Troubleshooting