code displayed on computer screens
Networking & Cisco

CIW Network Technology Associate Online Training with Live Labs and Exam (1D0-61C)

DurationSelf-paced online learning
LevelProfessional development
AccessLearn online at your own pace
Course content14 modules
One-time payment Get complete course access

£599.00 inc VAT

  • Instant online access
  • Study at your own pace
  • Secure checkout
About this course

What the CIW Network Technology Associate course covers

Everything in CIW Network Technology Associate is delivered online and on demand - no classroom, no cohort, no waiting list. There are 14 modules in all, and your place is saved between visits. There is no clock on it, so a week off in the middle changes nothing.

The material takes in Introduction to Networking, Overview of Networks and Protocols, Telephony and Convergence and Networking. 10 more modules follow those, all named on the Modules tab.

It is open to anyone, and written for people who have to use the subject rather than be examined on it. We list 12 Networking & Cisco courses, of which 7 sit at Professional development. It sits in the training column rather than the qualifications one, which is worth knowing if an employer has asked for something specific.

Worth knowing before you buy: The provider has not stated what the certificate looks like for this one, so ask us first if the certificate is the reason you are buying.

Buyer guide

Is this the right course for you?

Best fit

CIW Network Technology Associate is a sensible shortlist choice when you want a structured route through the published syllabus rather than a general overview of the whole subject. Its 14-module plan starts with Introduction to Networking and Overview of Networks and Protocols, which gives you a clear indication of the assumed starting point. That shape is likely to be most useful for network technicians and IT staff working towards a networking exam whose training need matches those topics. It is a weaker fit if you only need one isolated skill, or if an employer has specified a different standard, awarding body or practical assessment. Before buying, compare that requirement with the final modules on The Need for Protocols and OSI Reference Model as well as the course title.

How to use the syllabus

Treat the module list as a study plan, not just a contents page. Begin with Introduction to Networking and Overview of Networks and Protocols and note any terms or processes you need to revisit. Around the middle, Network Operations Center (NOC) acts as a useful checkpoint: if you can explain that material without looking back, move on; if not, repeat the preceding section before adding more. The later work on The Need for Protocols and OSI Reference Model is where you can test whether the earlier ideas connect. After each block, write a short example from your own work or a realistic scenario. That simple retrieval step makes self-paced learning more useful than clicking straight through to completion.

Check before enrolling

The provider gives no fixed study-hour estimate, so use the module count to plan several shorter sessions rather than assuming it can be completed in one sitting. No fixed access period is stated in the validated course facts; ask us before enrolling if a deadline matters to your plans. The provider has not supplied reliable certificate details for this course, so confirm them with us if certification is your main reason for enrolling. No CPD accreditation is stated. That is fine for skills development, but not when a workplace policy specifically requires accredited training.

Full course details from the training provider

Prepare to master the basics of business networking and gain a qualification that is proof of your skills for a wide range of business and technology-orientated careers. This course-exam package enables learners with little or no prior subject knowledge to complete the study modules and enter for the exam which, if passed, leads to CIW Network Technology Associate certification.

The basics of networking, including Internet protocols and network security, are crucial to every modern business. All that is needed to undertake this course and take the exam is a familiarity with an operating system such as Microsoft Windows 7. It is aimed at:

  • Students at high school or college – seeking a place in higher education or their first career position
  • Professionals in a wide range of sectors which actively benefit from Internet technology, including:
  • Information technology
  • Healthcare
  • Law
  • Marketing
  • Graphic Design

Upon completion of the course and passing the exam, students can add this qualification to their academic achievements, while professionals can increase their existing skill set and raise their value in their current employment.

Key learning points

The course

The modules on the course delve deep into network technology, from networking components and standards to connecting to the Internet and taking advantage of its multitude of services, through to hardware and devices and how to deal with network and cloud security risks. Content includes:

  • Essential networking technologies and skills, including TCP/IP, stable network creation, wireless networking and network troubleshooting
  • Various network components and protocols that enable users to share data quickly and easily
  • Various types of transmission media, and the ways that network architecture and topologies provide for efficient and secure communication
  • OSI reference model and its relationship to packet creation, plus the OSI model vs. the Internet architecture model
  • Functions and features of internetworking server types, and the benefits of implementing a Content Management System (CMS)
  • Basic hardware and operating system maintenance procedures
  • Mobile computing devices and the importance of RFC documents
  • Routing, IP addressing, IP address classes and subnet masks
  • Routing, IP addressing, IP address classes and subnet masks
  • Essential network security concepts, Internet-based challenges facing today’s users, and methods you can use to secure networks and network transmissions, including authentication, encryption and firewalls.

The exam

  • The CIW Network Technology Associate exam (1D0-61C) lasts for 30 minutes and contains 30 questions testing candidates’ knowledge of the content in the study modules – and their ability to apply it.
  • To pass the exam, candidates will need to achieve a score of 63.33%, demonstrating a range of knowledge and skills in this discipline.

Advantages of this course

  • The CIW Network Technology Associate course-exam package provides clear evidence of having mastered the basics of networking.
  • For students, this prepares them for higher education or for a good career entry position in a choice of business sectors.
  • For professionals, it increases their base skills and raised their value and prospects within their current position.
  • An official CIW Certification Practice Exam is available, which enables candidates to instantly evaluate their level of knowledge and readiness to become certified.
  • New lesson quizzes are also available on CIW Online, and can be found on each of the lesson pages in the Online Resources.
  • Exam scores may be challenged if candidates feel there is a legitimate reason for doing so, such as a question mark over the validity of item content.


COURSE OUTLINE

Introduction to Networking
Overview of Networks and Protocols
Telephony and Convergence
Networking
Networking Evolution
Client/Server Model
Network Operations Center (NOC)
Networking Categories
Network Topologies
Network Operating System
Microsoft Windows Servers
UNIX/Linux
The Need for Protocols
OSI Reference Model
Data Encapsulation
Packets
OSI/RM Protocol Examples
Transmission Control
Protocol/Internet Protocol (TCP/IP)
Binding Protocols
Local Area Network (LAN)
Wide Area Network (WAN)
Internet Exchange Point (IXP)

Networking Components and Standards
Overview of Networking
Components
Common Network Components
Transmission Media
Wireless Network Technologies
Transmission Types
IEEE LAN Standards
Carrier Systems
Virtualization

Connecting to the Internet
Introduction to Connecting to the
Internet
Mobile Computing
Mobile Devices and Cloud
Computing
Configuring a Wireless Network
Fourth-Generation (4G) Wireless
TCP/IP
Internet Architecture
Internet Protocols
Demultiplexing
Introduction to Routing
Routing Protocols
Port Numbers
Internet Protocol Version 4 (IPv4)
Internet Protocol Version 6 (IPv6)
Configuring TCP/IP
Diagnostic Tools for Internet
Troubleshooting

Internet Services
Overview of Internet Services
Cloud Services
Real-World Case Study:
Internet Servers
Choosing Web Server Products
Content Management System (CMS)

Hardware and Device Connectivity
Introduction to Hardware and
Device Connectivity
Motherboard
Storage Devices
Network Interface Card (NIC)
Optical Discs
Device Connectivity
System Management
Preventive Maintenance
Software Troubleshooting

Network and Cloud Security Risks
Importance of Network Security
Bring Your Own Device (BYOD)
Real-World Case Study
Cloud Security Threats
Cloud Disaster Recovery
Malware (Malicious Software)
Overview of Network Attack Types
Defeating Network Attacks
Authentication
Encryption
Firewalls
Security Zones
Virtual Private Network (VPN)
Security Audit
Other Security Threats

NOTE: The exam alone for this course can be found HERE : The Course without the exam can be found HERE.

CIW Network Technology Associate course details

Online Access : 1 Year
Compatibility : Windows, Mac
Exam Included : Yes

What you will learn

Learning outcomes

  • Introduction to Networking
  • Overview of Networks and Protocols
  • Telephony and Convergence
  • Networking
  • Networking Evolution
  • Client/Server Model
  • Network Operations Center (NOC)
  • Networking Categories
  • Network Topologies
  • Network Operating System
  • Microsoft Windows Servers
  • UNIX/Linux
  • The Need for Protocols
  • OSI Reference Model
Ready when you are

Get instant access and start learning today.

Enrol now