How to Become a Computer Networking Professional

This article provides in-depth information into What is a Computer Networking Professional? What Computer Networking Professional do? Degrees for Computer Networking Professional, Steps to become Computer Networking Professional and much more.

A computer network professional is a person performing duties such as researching and analyzing network plans and make well thought out recommendations upon their results. A computer network professional works with software as well as hardware to provide optimum business performance. Network professional also provide user support, troubleshoot and diagnose issues within the network.

What does a Computer Networking Professional do ?

Computer network professionals work in Information Technology (IT) specific industries. The job role of a computer network professional includes a wide range of responsibilities such as:

  • A computer network professional analyses, develop and evaluate systems and specifications of computer systems

  • They also evaluate network operations, software, hardware and systems and provide suggestions for improvements

  • Create procedures for network inventory

  • The main role of this professional is to diagnose and find resolutions for network faults
  • They continuously monitor traffic and activity for integrity and optimum performance

  • Provide maintenance for networks

  • Provide specific network programming for individual companies

  • They do research and also monitor the infrastructure of networks for optimal performance

  • Troubleshoot network issues and provide support and solutions

Steps for becoming a Computer Networking Professional


Earn A High School Diploma

A bachelor degree in computer network professional offers programs that provide an overview of standard industry networking tools and procedures for resolving problems within computer networks. Course-work includes an operating system, programming essentials, network administration and information security.


Work As A Network Administrator

Network administrators typically focus on installing, maintaining, and monitoring the performance of networks, and also manage IT support authorities, as well as support engineers in the network design development.


Consider Earning A Graduate Degree

Network engineers who have a graduate degree have employment favors in a wider range. A graduate program usually consists of 2 years duration and focus on combined instruction in business topics with instruction in IT concepts. Coursework includes classes in wireless networking, telecommunications design, and Internet protocols.

Computer Networking Professional Salaries

Computer Networking Professional

Computer Networking Professional Degree Levels


An associate degree highlights the procedures and skills that are used to install, operate and repair computer networks. Students get standard classroom instruction, as well as work directly with computer technology in representative settings. Students also learn about computer network issues such as set up, test and troubleshoot.

Programming languages
  • Java

  • Python

  • Ruby

  • Functional programming

  • How to use language constructs effectively

  • How to design correct and elegant programs

Subject description
  • Error handling

  • File utilities

  • Process management

  • Various operating system tasks

  • Operating system design

  • Interactions with networking

Subject description
  • jQuery

  • CSS

  • HTML

  • Write syntactically correct HTML5 and CSS3

  • Create interactive web experiences with JavaScript

  •  Develop high-quality websites


Bachelors degree focuses on networking topics such as creating and operating links between computers. The course-work include creation and service a wired network (connection-oriented) and virtual networks (connectionless). Students are subjected to a combination of classroom instruction and practical experience.

Computer architecture
  • Functionality of computer

  • Implementation of a computer

  • Programming model

  • Basic Structure of Components

  • Embedded Systems

  • Input/Output Organisation

Microprocessor design
  • Microprocessor creation

  • ASCII design

  • Digital circuits

  • Using Digital Circuits

  • Introduction to microprocessor design

  • Microprocessor Components

Database design
  • Data model

  • Storage parameters

  • Database Management System

  • Features of a Relational Database

  • To construct a conceptual model

  • To normalize a database


Master’s degree in computer engineering is designed either for those who want to pursue higher studies or those that want a career advancement. Depending on the student’s professional and educational goals, there are two programs at master’s degree level to choose from - Master of Science in Computer Engineering or a Master of Engineering in Computer Engineering.

While master’s of science is a research based program requiring students to complete independent research that culminates with a thesis project, master’s of engineering is a professionally focused program aiming to allow students opportunities of exploring professional interests both within and outside the field of computer engineering. Master’s degree typically requires 30 to 33 credit hours which is equivalent to two years of full time study to be completed successfully and allows students to concentrate their program in specialized areas like hardware and computer architecture, software,cyber security, computer communications and networks to name a few. 

Information theory
  • Storage of information

  • Communication of information

  • Manipulation of information

  • Quantitative measures of information

  • Data compression

  • Statistical signal processing

Subject description
  • Properties of code

  • Data compression

  • Introduction to cryptography

  • Using code to perform various operation

  • Basic concepts of information theory

  • Channel and channel capacity

Methods of optimization
  • Memetic algorithm

  • Differential evolution

  • Evolutionary algorithms

  • Validate convexity of functions

  • Solve small optimization problems

  • Explain the underlying principles and limitations