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User Experience Design Essentials - Adobe XD UI UX...
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Description

If you want to jumpstart your career in IT and networking by acing the Cisco Certified Network Associate CCNA exam, then this course is for you! It gives you a full understanding of all the concepts and topics you need to earn the
most in-demand networking certification
today by passing the
Cisco CCNA 200-301 exam
.
This course is always kept up-to-date for the latest version of the exam (currently v1.1).
This is the one course you need to get your CCNA.
Full lab exercises are included so
you'll get the hands-on practical skills you need to work on real world networks
, and it's the only CCNA course online where
all questions posted in the Q&A section are answered
.
You'll develop full readiness for the CCNA exam with complete Study Notes and Anki Flashcards
to ensure you understand and remember everything covered in the course.
It offers an
easy-to-understand, structured approach to shortcut your path
to mastering Cisco networking to the CCNA level and beyond.
In this course, you will:
Develop a deep understanding of Cisco’s features and functions
Walk through complete and easy to understand explanations of each technology area covered in the exam
Follow simple step by step instructions to build your own fully featured lab on your laptop for free
Gain hands on configuration and troubleshooting experience through comprehensive lab exercises
Be ready for exam day with complete Study Notes and Anki Flashcards
Learn how networking really works through real world examples throughout the course
Build the skills and confidence to crush the CCNA 200-301 exam
Gain demonstrable knowledge and practical experience to supercharge your networking career
Supercharge Your Learning with Hands-on Practice
This course is chock full of activities. You’ll get
over 300 pages of hands-on lab exercises
with detailed answers to check your understanding every step of the way and build your configuration and troubleshooting skills.

 Full diagrams and lab setup files are included so you can
get started immediately
with just your laptop.
No equipment or previous experience is required.
All slides in the course are also included in supplemental
study notes format
with expanded bullet points clearly explaining the technologies.
Easily review exam topics
to solidify your understanding and get a final refresher when test day is approaching.  
Why Learn from Me
In this course,
you won’t just gain the book smarts to pass the exam. You’ll also hone your hands-on skills to succeed as a network engineer in the real world.
I’m a professional instructor who has been entrusted by Cisco since 2007 to develop and deliver training courses for their own engineers and partners. I’ve also designed multiple training courses for the largest service providers in the Asia Pacific region such as IBM, Verizon, and the Australian National Broadband Network. I’ve spent years distilling my decade’s worth of networking experience from the field into mentoring and supporting other systems engineers, and I’m passionate about passing my knowledge of Cisco networks onto others.
As a student in this course, you’ll get lifetime access to the course materials and answers to every question you ask in the Q&A board. I love interacting with my students: anything you want to know, please ask. The course also comes with an unconditional risk-free 30 day money-back guarantee–that's my personal promise of your success.
Value
If you take a comparable course at a training centre it will cost you thousands of dollars,
and when it’s over you can’t experience the tutorials again or ask the instructor any more questions. When you take my course you can learn anytime you want in the comfort of your own home, and I’m always here for you whenever you need any help.
Not sure about the best way to pay for this course? Ask your manager at work if they’ll expense it. They won’t have to pay the large fees of traditional classroom learning or have to cover your absence for a week. They get
huge value from this investment in your future.
When you’re done with the course, you’ll have everything you need to crush the Cisco CCNA exam. I’m excited to share all of my knowledge with you.
Join me on this journey to turbocharging your career!
Who this course is for:
Anyone who wants to pass the Cisco CCNA 200-301 exam and start or improve a career in networking.
IT helpdesk engineers who are interested in careers such as network engineers, network administrators, systems administrators, or solution architects. This course can help start your career journey into these fields.
Network engineers who are not Cisco CCNA certified or who have an expired certification. Even if you’re an experienced professional, you’ll fill gaps in your knowledge and master concepts like IPv6, EIGRP, and OSPF in this course.
IT professionals who want a comprehensive resource on Cisco networking theory, configuration and troubleshooting.

What you'll learn

Get what you need to pass the up-to-date Cisco CCNA 200-301 v1.1 exam

Gain hands-on Cisco CCNA configuration and troubleshooting experience through practice labs

Explore how routing and switching technologies work in real world environments

Develop skills to work on enterprise production networks

Requirements

  • You will need a copy of Adobe XD 2019 or above. A free trial can be downloaded from Adobe.
  • No previous design experience is needed.
  • No previous Adobe XD skills are needed.

Course Content

27 sections • 95 lectures
Expand All Sections
1-Welcome
7
1.1-Introduction
1.2-How to Make the Most of This Course
1.3-Course Material Download
1.4-The Study Plan
1.5-The Udemy Interface
1.6-Why Passing the CCNA is Going to Turbo Charge Your Career
1.7-Course is updated to CCNA v1.1
2-How to Use the Lab Exercises and Anki Flashcards
5
2.1-How to Use the Lab Exercises and Anki Flashcards Introduction
2.2-Cisco Packet Tracer Installation
2.3-Packet Tracer Installation Notes and FAQ
2.4-How to Use the Course Lab Exercises
2.5-How to Use the Anki Flashcards
3-Host to Host Communications
6
3.1-Introduction
3.2-A (Very) Basic Introduction to Networking
3.3-The OSI Reference Model Overview
3.4-The TCP/IP Stack
3.5-The Upper OSI Layers
3.6-The Lower OSI Layers
4-The Cisco IOS Operating System
8
4.1-Introduction
4.2-Cisco Operating Systems
4.3-Connecting to a Cisco Device over the network
4.4-Making the Initial Connection to a Cisco Device
4.5-Navigating the Cisco IOS Operating System Part 1
4.6-Navigating the Cisco IOS Operating System Part 2
4.7-Cisco IOS Configuration Management
4.8-The IOS Operating System - Lab Exercises
5-OSI Layer 4 - The Transport Layer
2
5.1-Introduction
5.2-The Transport Layer Header, TCP and UDP
6-OSI Layer 3 - The Network Layer
8
6.1-Introduction
6.2-The IP Header
6.3-Unicast, Broadcast and Multicast Traffic
6.4-Converting from Decimal to Binary
6.5-IPv4 Addresses
6.6-Calculating an IPv4 Address in Binary
6.7-The Subnet Mask
6.8-Slash Notation
7-IP Address Classes
4
7.1-Introduction
7.2-Class A IP Addresses
7.3-IP Address Classes B and C
7.4-IP Address Classes D and E
8-Subnetting
16
8.1-Introduction
8.2-CIDR Classless Inter-Domain Routing
8.3-Subnetting Overview
8.4-Subnetting Class C Networks and VLSM
8.5-Subnetting Practice Questions
8.6-Variable Length Subnet Masking Example Part 1
8.7-Variable Length Subnet Masking Example Part 2
8.8-Subnetting Large Networks Part 1
8.9-Subnetting Large Networks Part 2
8.10-Subnetting on the 4th Octet - Written Example
8.11-Subnetting on the 3rd Octet - Written Example
8.12-Private IP Addresses Part 1
8.13-Private IP Addresses Part 2
8.14-Subnetting Table and Subnet Calculator
8.15-Where to Get More Subnetting Practice
8.16-Additional Subnetting Practice
9-OSI Layer 2 - The Data-Link Layer
2
9.1-Introduction
9.2-Local Area Network Layer 2 - Ethernet
10-OSI Layer 1 - The Physical Layer
2
10.1-Introduction
10.2-Ethernet Connection Media
11-Cisco Device Functions
6
11.1-Introduction
11.2-Switches vs Hubs
11.3-Switch Operation
11.4-Routers
11.5-Other Cisco Devices
11.6-Cisco Device Functions - Lab Exercises
12-The Life of a Packet
8
12.1-Introduction
12.2-DNS The Domain Name System
12.3-DNS on Cisco Routers
12.4-ARP Address Resolution Protocol
12.5-ARP for Routed Traffic
12.6-Life of a Packet Example Part 1 - DNS
12.7-Life of a Packet Example Part 2 - HTTP
12.8-The Life of a Packet - Lab Exercises
13-The Cisco Troubleshooting Methodology
4
13.1-Introduction
13.2-The Cisco Troubleshooting Methodology
13.3-Cisco Troubleshooting Methodology - Lab Example
13.4-The Cisco Troubleshooting Methodology - Lab Exercises
14-Cisco Router and Switch Basics
8
14.1-Introduction
14.2-Basic Router and Switch Configuration
14.3-The Setup Wizard
14.4-Speed and Duplex Settings
14.5-CDP and LLDP
14.6-Basic Layer 1 and 2 Troubleshooting
14.7-Basic Layer 1 and 2 Troubleshooting - Lab Demo
14.8-Cisco Router and Switch Basics - Lab Exercises
15-Cisco Device Management
8
15.1-Introduction
15.2-The Boot Up Process
15.3-The Boot Up Process Lab Demo
15.4-Factory Reset and Password Recovery
15.5-Password Recovery Lab Demo
15.6-Backing up the System Image and Configuration
15.7-Upgrading IOS
15.8-Cisco Device Management - Lab Exercises
16-Routing Fundamentals
9
16.1-Introduction
16.2-Connected and Local Routes
16.3-Connected and Local Routes Lab Demo
16.4-Static Routes
16.5-Static Routes Lab Demo
16.6-Summarisation, Longest Prefix Match, and Default Routes
16.7-Summary Routes and Longest Prefix Match Lab Demo
16.8-Default Routes and Load Balancing Lab Demo
16.9-Routing Fundamentals - Lab Exercises
17-Dynamic Routing Protocols
16
17.1-Introduction
17.2-Dynamic Routing Protocols vs Static Routes
17.3-Dynamic Routing Protocols Lab Demo
17.4-Routing Protocol Types
17.5-Routing Protocol Types Lab Demo
17.6-Routing Protocol Metrics
17.7-Routing Protocol Metrics Lab Demo
17.8-Equal Cost Multi Path
17.9-Equal Cost Multi Path Lab Demo
17.10-Administrative Distance
17.11-Administrative Distance Lab Demo
17.12-Loopback Interfaces
17.13-Adjacencies and Passive Interfaces
17.14-Adjacencies and Passive Interfaces Lab Demo
17.15-Route Precedence
17.16-Dynamic Routing Protocols - Lab Exercises
18-Connectivity Troubleshooting
3
18.1-Introduction
18.2-Basic Connectivity Troubleshooting
18.3-Connectivity Troubleshooting - Lab Exercises
19-IGP Interior Gateway Protocol Fundamentals
6
19.1-Introduction
19.2-RIP the Routing Information Protocol
19.3-RIP Lab Demo
19.4-EIGRP - the Enhanced Interior Gateway Routing Protocol
19.5-EIGRP Lab Demo
19.6-IGP Fundamentals Configuration - Lab Exercises
20-OSPF - Open Shortest Path First
16
20.1-Introduction
20.2-OSPF Characteristics
20.3-OSPF Basic Configuration
20.4-OSPF Basic Configuration Lab Demo
20.5-OSPF Advanced Topics
20.6-OSPF Advanced Topics Lab Demo
20.7-OSPF Areas
20.8-OSPF Areas Lab Demo
20.9-Bandwidth vs Clock Rate and Speed
20.10-OSPF Cost Metric
20.11-OSPF Cost Metric Lab Demo
20.12-OSPF Adjacencies
20.13-OSPF Adjacencies Lab Demo
20.14-OSPF DR and BDR Designated Routers
20.15-OSPF DR and BDR Lab Demo
20.16-OSPF Configuration - Lab Exercises
21-VLANs Virtual Local Area Networks
12
21.1-Introduction
21.2-Campus LAN Design - Core, Distribution and Access Layers
21.3-Spine-Leaf Network Design
21.4-Why we have VLANs
21.5-VLAN Access Ports
21.6-VLAN Access Ports Lab Demo
21.7-VLAN Trunk Ports
21.8-VLAN Trunk Ports Lab Demo
21.9-DTP Dynamic Trunking Protocol
21.10-VTP VLAN Trunking Protocol
21.11-VTP Lab Demo
21.12-VLAN Configuration Lab Exercises
22-Inter-VLAN Routing
6
22.1-Introduction
22.2-Router with Separate Interfaces
22.3-Router on a Stick
22.4-Layer 3 Switch
22.5-Layer 3 Switch Lab Demo
22.6-VLAN and Inter-VLAN Routing Configuration - Lab Exercises
23-DHCP - Dynamic Host Configuration Protocol
7
23.1-Introduction
23.2-DHCP Dynamic Host Configuration Protocol
23.3-Cisco DHCP Server
23.4-External DHCP Server
23.5-Windows, Mac and Linux client IP settings
23.6-Cisco DHCP Client
23.7-DHCP Configuration - Lab Exercises
24-HSRP - Hot Standby Router Protocol
6
24.1-Introduction
24.2-Network Redundancy
24.3-FHRP First Hop Redundancy Protocols
24.4-HSRP Hot Standby Router Protocol
24.5-HSRP Advanced Topics
24.6-HSRP Configuration - Lab Exercises
25-STP - Spanning Tree Protocol
19
25.1-Introduction
25.2-Layer 3 Path Selection and Loop Prevention Review
25.3-Why we have the Spanning Tree Protocol
25.4-Spanning Tree Terminology - The Bridge
25.5-How Spanning Tree Works
25.6-Spanning Tree Versions
25.7-Verification - show spanning-tree
25.8-Verification - show mac address-table
25.9-Manipulating the Root Bridge Election
25.10-Spanning Tree and HSRP Alignment
25.11-Portfast, BPDU Guard and Root Guard
25.12-Portfast and BPDU Guard Lab Demo
25.13-Root Guard Lab Demo
25.14-CCNA v1.1: BPDU Filter
25.15-CCNA v1.1: Loop Guard
25.16-CCNA v1.1: PVST+ versus RPVST+ Convergence
25.17-CCNA v1.1: RPVST+ and Hub Interoperability
25.18-STP Troubleshooting - Lab Exercises
25.19-STP Configuration - Lab Exercises
26-EtherChannel
8
26.1-Introduction
26.2-Why we have EtherChannel
26.3-EtherChannel Load Balancing
26.4-EtherChannel Protocols and Configuration
26.5-EtherChannel Lab Demo
26.6-StackWise, VSS and vPC
26.7-Layer 3 EtherChannel
26.8-EtherChannel Configuration - Lab Exercises
27-Switch Security
9
27.1-Introduction
27.2-DHCP Snooping
27.3-DAI Dynamic ARP Inspection
27.4-802.1X Identity Based Networking
27.5-Preventing Unauthorised Devices with Port Security
27.6-Preventing Unauthorised Devices with Port Security Lab Demo
27.7-Locking Ports to Hosts with Port Security
27.8-Locking Ports to Hosts with Port Security Lab Demo
27.9-Port Security Configuration - Lab Exercises
28-ACLs - Access Control Lists
8
28.1-Introduction
28.2-Access Control Lists Overview
28.3-Standard, Extended and Named ACLs
28.4-ACL Syntax
28.5-ACL Operations
28.6-Numbered ACLs Lab Demo
28.7-Named ACLs Lab Demo
28.8-Access Control Lists Configuration - Lab Exercise
29-NAT - Network Address Translation
10
29.1-Introduction
29.2-IPv4 Address Exhaustion and NAT
29.3-Static NAT
29.4-NAT Translations - Inside Local, Inside Global, Outside Local, Outside Global
29.5-Static NAT Lab Demo
29.6-Dynamic NAT
29.7-Dynamic NAT Lab Demo
29.8-PAT Port Address Translation
29.9-PAT Port Address Translation Lab Demo
29.10-Network Address Translation Configuration - Lab Exercise
30-IPv6 Addressing and Routing
12
30.1-Introduction
30.2-Why We Need IPv6
30.3-The IPv6 Address Format
30.4-IPv6 Global Unicast Addresses
30.5-IPv6 Global Unicast Addresses Lab Demo
30.6-EUI-64 Addresses
30.7-Unique Local and Link Local Addresses
30.8-Link Local Addresses Lab Demo
30.9-SLAAC Stateless Address AutoConfiguration
30.10-IPv6 Static Routes
30.11-IPv6 Static Routes Lab Demo
30.12-IPv6 Addressing and Routing - Lab Exercise
31-WAN - Wide Area Networks
8
31.1-Introduction
31.2-WAN Overview
31.3-VPN - Virtual Private Networks
31.4-WAN Connectivity Options
31.5-Leased Lines
31.6-MPLS Multi Protocol Label Switching
31.7-PPPoE Point to Point Protocol over Ethernet
31.8-WAN Topology Options
32-The Security Threat Landscape
10
32.1-Introduction
32.2-The Security Threat Landscape
32.3-Common Attacks
32.4-Firewalls and IDS/IPS
32.5-Firewalls vs Packet Filters
32.6-Cryptography
32.7-TLS Transport Layer Security
32.8-Site-to-Site VPN Virtual Private Networks
32.9-Remote Access VPN Virtual Private Networks
32.10-Threat Defense Solutions
33-Cisco Device Security
12
33.1-Introduction
33.2-Line Level Security
33.3-Privileged Exec and Password Encryption
33.4-Line Level Security Lab Demo
33.5-Usernames and Privilege Levels
33.6-SSH Secure Shell
33.7-SSH Secure Shell Lab Demo
33.8-AAA Authentication, Authorization and Accounting
33.9-AAA Configuration
33.10-Global Security Best Practices
33.11-Global Security Best Practices Lab Demo
33.12-Cisco Device Security Configuration - Lab Exercises
34-Network Device Management
10
34.1-Introduction
34.2-Syslog
34.3-Terminal Monitor and Logging Synchronous
34.4-Syslog Lab Demo
34.5-SNMP Simple Network Management Protocol
34.6-SNMP Lab Demo
34.7-SNMPv3 Configuration
34.8-SNMPv3 Lab Demo
34.9-Syslog vs SNMP
34.10-Network Device Management - Lab Exercises
35-QoS Quality of Service
5
35.1-Introduction
35.2-QoS Overview
35.3-Classification and Marking
35.4-Congestion Management
35.5-Policing and Shaping
36-Cloud Computing
9
36.1-Introduction
36.2-Traditional IT Deployment Models
36.3-Defining Cloud Computing
36.4-Cloud Computing Case Study
36.5-Server Virtualization
36.6-Virtualizing Network Devices
36.7-Cloud Service Models
36.8-Cloud Deployment Models
36.9-Cloud Computing Advantages
37-Wireless Networking Fundamentals
10
37.1-Introduction
37.2-Wireless Network Types
37.3-Infrastructure Mode and Wireless Access Points
37.4-Wireless LAN Controllers and CAPWAP
37.5-Switch Configuration for Wireless Networks
37.6-Wireless Channels and Radio Frequencies
37.7-Wireless Security
37.8-Switch Configuration for Wireless - Lab Demo
37.9-Wireless Network Configuration - Lab Demo
37.10-Wireless Fundamentals - Lab Exercises
38-Network Automation and Programmability
15
38.1-Introduction
38.2-The Benefits of Network Automation and Programmability
38.3-Python, Git, GitHub and CI-CD
38.4-Data Serialization Formats: XML, JSON and YAML
38.5-CCNA v1.1: APIs - CRUD, REST and SOAP
38.6-Model Driven Programmability - YANG, NETCONF, RESTCONF and gRPC
38.7-Lab Demo - Testing APIs with Postman
38.8-CCNA v1.1: Configuration Management Tools - Ansible and Terraform
38.9-Ansible Lab Demo
38.10-SDN Software Defined Networking
38.11-Software Defined Architecture - Catalyst Center (formerly DNA Center)
38.12-Software Defined Architecture - SD-Access
38.13-Software Defined Architecture - SD-WAN
38.14-CCNA v1.1: Cisco Meraki
38.15-Further Learning Resources
39-CCNA v1.1: AI Artificial Intelligence and Machine Learning
5
39.1-CCNA v1.1: Introduction
39.2-CCNA v1.1: AI Artificial Intelligence and Machine Learning Overview
39.3-CCNA v1.1: Generative AI Models
39.4-CCNA v1.1: RAG Retrieval-Augmented Generation
39.5-CCNA v1.1: Cisco AIOps Products
40-BONUS! Recommended Practice Tests
1
40.1-BONUS! Recommended Practice Tests