Cisco Certified Design Associate 640-864

Course Level: Beginner
Duration: 9 Hrs 13 Min
Total Videos: 51 On-demand Videos

Dive into the essentials of robust and scalable network infrastructure design with this comprehensive Cisco Certified Design Associate (640-864) course. Ideal for aspiring network designers, IT professionals, or those preparing for the CCDA certification exam, this course will equip you with practical knowledge of key concepts, methodologies, and best practices in network design, and open the door to numerous career opportunities in the field.

Learning Objectives

01

Understand and apply methodologies used in network design, including the Cisco Eight Step Design Methodology.

02

Comprehend the principles of network structure and modularity, and apply them in designing enterprise campus networks.

03

Learn to consider various factors in campus design, including the application of Cisco S O N A.

04

Gain knowledge about Enterprise Edge, Remote Network Modules, and the application of VPN and WAN technologies.

05

Master the operation and design of routing protocols, with a focus on EIGRP.

06

Understand the principles of Enterprise Switching, including Inter VLAN Routing, Multilayer Switching, and best practices.

07

Learn advanced switching techniques, including the use of switch macros, smart ports, and Etherchannel.

08

Master IP v4 and IP v6 subnetting, and learn to design advanced services for network systems.

Course Description

Cisco Certified Design Associate 640-864: Immerse yourself in a comprehensive course designed to catapult your networking skills to new heights. This course is meticulously crafted to instill in you the vital knowledge and abilities required to devise robust, scalable network infrastructures. The curriculum covers critical concepts, methodologies, and best practices for network design, including the renowned Cisco’s hierarchical network design model and the Cisco Eight Step Design Methodology. The course ensures a pragmatic learning approach with real-world scenarios and case studies, preparing you to tackle the challenges of designing efficient and secure network environments head-on. Whether you aspire to be a network designer or intend to enhance your current skills, this course offers the knowledge and credentials to advance your career in network design.

By enrolling in this course, you gain a deep dive into network design methodologies and their practical applications. You’ll master the principles of Cisco’s hierarchical network design model, honing the skills to create scalable and reliable network designs. This course also equips you with a profound understanding of IP addressing and subnetting techniques, advanced routing protocols, and their configurations. You’ll explore the design of enterprise campus and edge network modules, implementing VLANs, EtherChannel, and other advanced switching features. We also cover the configuration and understanding of WAN and VPN technologies for secure remote access. This course is a perfect fit for network engineers, network architects, IT professionals specializing in network design, and individuals preparing for the CCDA certification exam. Beginners in network design will equally benefit from the foundational concepts and methodologies provided.

Upon completion of this network design course, a plethora of career opportunities in the field of network design await you. Potential job titles include Network Design Engineer, Network Architect, Systems Engineer, Network Consultant, and Infrastructure Engineer, all of which play pivotal roles in ensuring the optimal performance and security of network infrastructures across various industries. Professionals possessing expertise in network design, coupled with a CCDA certification, can anticipate competitive salaries in the industry, reflecting the high demand for skilled network design professionals and the value they bring to organizations. So, don’t wait! Enroll today and take your first step towards becoming a Cisco Certified Design Associate!

Who Benefits From This Course

  • IT professionals interested in enhancing their network design skills
  • Network administrators aiming to optimize their current network structures
  • Individuals pursuing a career in network architecture and design
  • Consultants providing advice on network design and modularity
  • Business professionals looking to understand the impact of network design on business trends
  • Aspiring IT specialists aiming to understand advanced network services
  • Network engineers seeking to broaden their knowledge about routing protocols and IP addressing
  • Professionals working with enterprise switching and interested in best practices

Frequently Asked Questions

What is a Cisco Certified Design Associate (CCDA)?
A Cisco Certified Design Associate (CCDA) is a professional who has earned a certification from Cisco that validates their foundational knowledge in network design. This includes understanding network design methodologies, the application of routing and switching protocols, IP addressing, and subnetting techniques. The CCDA certification is a globally recognized credential, making it a valuable asset for IT professionals looking to specialize in designing efficient, robust, and scalable network infrastructures. It's ideally suited for network engineers, architects, consultants, and systems engineers.
What is the Cisco's Hierarchical Network Design Model?
Cisco's Hierarchical Network Design Model is a methodological approach to designing scalable, reliable, and manageable networks. This model divides the network into three layers: the core layer, distribution layer, and access layer, each with specific functions. The core layer is responsible for fast and reliable transportation of data, the distribution layer controls policy and determines how packets can access the core layer, while the access layer is where users and devices connect to the network. The hierarchical model simplifies network design and makes troubleshooting easier.
What are the roles and responsibilities of a Network Design Engineer?
A Network Design Engineer is responsible for designing and implementing computer networks for an organization. They create network architecture, analyze business requirements, and plan network systems that align with these requirements. Their duties also include testing the network for efficiency and safety, troubleshooting any network anomalies, and integrating new systems with existing network architecture. They also document network design for future reference and provide technical direction to the networking team. Understanding advanced routing protocols, IP addressing, VLANs, and EtherChannel is crucial for this role.
What is IP Addressing and why is it important in Network Design?
IP Addressing is a system of assigning unique addresses to devices on a network. It is fundamental to how data is tracked and routed in networking. In network design, IP addressing is important as it ensures that data packets reach their correct destination and that network resources are efficiently utilized. A good understanding of IP addressing and subnetting techniques is crucial for network design engineers to create scalable and efficient networks. It can also help in enhancing network security and managing network performance.
What is the importance of a VPN in Network Design?
Virtual Private Network (VPN) is a technology that creates a secure connection over a less secure network, usually the internet. It encrypts the user's data and hides their IP address, providing privacy and security. In network design, VPNs are important for providing secure remote access to an organization's network. They enable employees to securely access the network from different locations, making remote work possible and efficient. Understanding VPN configuration and management is a crucial skill for network design engineers.

Included In This Course

Module 1: Methodologies Used To Design A Network

  •    Introduction
  •    Developing Business Trends
  •    P P D I O O- Part 1
  •    P P D I O O- Part 2
  •    3 Layer Campus Design
  •    Modular Network Design
  •    Cisco Eight Step Design Methodology
  •    Cisco I I N

Module 2: Network Structure And Modularity

  •    Network Design Fundamentals
  •    Design Methods And Methodologies- Part 1
  •    Design Methods And Methodologies- Part 2
  •    Enterprise Campus Design- Part 1
  •    Enterprise Campus Design- Part 2

Module 3: Basic Enterprise Campus Networks

  •    Campus Design Considerations- Part 1
  •    Campus Design Considerations- Part 2
  •    Cisco S O N A

Module 4: Enterprise Edge And Remote Network Modules

  •    WAN Technologies And VPN- Part 1
  •    WAN Technologies And VPN- Part 2
  •    WAN Technologies- Part 1
  •    WAN Technologies- Part 2
  •    VPN Technologies- Part 1
  •    VPN Technologies- Part 2
  •    VPN Technologies- Part 3

Module 5: IP Addressing And Routing Protocols

  •    Routing Protocol Operation And Design- Part 1
  •    Routing Protocol Operation And Design- Part 2
  •    Routing Protocol Operation And Design- Part 3
  •    Routing Protocol Operation And Design- Part 4
  •    EIGRP - Part 1
  •    EIGRP - Part 2

Module 6: Enterprise Switching I

  •    Enterprise Switching
  •    Inter VLAN Routing
  •    Multilayer Switch
  •    Enterprise Switch Features And Design
  •    VSS
  •    Best Practices

Module 7: Enterprise Switching II

  •    Switch Macros And Smart Ports
  •    Private VLANs
  •    Etherchannel

Module 8: Subnetting

  •    IP v4
  •    Subnetting- Part 1
  •    Subnetting- Part 2
  •    Subnetting- Part 3
  •    Subnetting- Part 4
  •    IP v6

Module 9: Designing Advanced Services

  •    Designing Advanced Services
  •    GLBP
  •    Access Points
  •    Radio Frequencies
  •    Wireless Signals
  •    Wireless LAN To VLAN Mapping
  •    Conclusion