This self-paced On-Demand eLearning course is designed to cover best practices, theory, and design principles for overall network design and will serve as the prerequisite course for other design subject areas including: data center, security, and WAN. Watch a Sneak Peek.

Important Notice: the content of this course is aligned to the current Juniper Networks Certified Associate, Design (JNCIA-Design) certification exam (JN0-1102) which will reach end of life on October 15, 2023. Candidates using this material to prepare for the JN0-1102 exam should plan to register and sit for their exam no later than October 15th.

On October 16, a new version of the JNCIA-Design certification exam (JN0-1103) will be released.
Purchase Includes: 365 Days of Access
Certification Path: Design
Difficulty: Foundational
Last Updated: Thursday, June 7, 2018
Additional Details
Course Modules
#ModuleDurationLabRequired
1
Course Introduction
This module provides an introduction to the course.
11m
2
Network Design Fundamentals
A Need for Design. Knowledge is King. A Proposed Design Methodology. A Reference Network.
31m
3
Understanding Customer Requirements
RFP Requirements. Scoping the Design Project . Analyzing the Data.

LAB: Understanding Customer Requirements
58m
4
Organizing the Data
Processing the Data and Requests. Understanding Boundaries and Scope. Design Proposal Considerations.
41m
5
Securing the Network
Why Secure the Network? Security Design Considerations.
34m
6
Creating the Design - Campus
The Campus Network: An Overview. Best Practices and Considerations. Architectural Design Options.

LAB: Creating the Design—Campus
1h 45m
7
Creating the Design - WAN
The WAN: An Overview. Best Practices and Considerations. WAN Design Examples.

Lab: Creating the Design—WAN
1h 15m
8
Creating the Design - Data Center
The Data Center: An Overview. Best Practices and Considerations. Data Center Design Examples.

Lab: Creating the Design—Data Center
1h 17m
9
Business Continuity and Network Enhancements
Business Continuity Planning. High Availability Design Considerations and Best Practices. Offerings and Solutions. CoS and Traffic Engineering Considerations. Environmental Design.
42m
10
Network Management
Designing for Network Management.
46m
11
Automation Overview
Designing for Network Automation.

Lab: High Availability
1h
12
Network Migration Strategies
Migration overview. migration approaches. migration examples.
24m
13
Sample Campus Designs
Campus topology examples.
34m
14
Putting Network Design into Practice
Network Design Recap. Responding to the RFP. Final Lab Introduction.

Lab: Putting Network Design into Practice
36m
$3,000 USD