Computer Networking

Certificate

Computer Networking

 Duration 4-6 weeks

 Language English

 Skill level Beginner

 Lectures 12

 Certificate Yes

 Full Lifetime access 

The aim of the Basics of Network Communication for Software Developers course is to offer a thorough introduction to the principles and practices of network communication from a developer’s perspective. Understanding these concepts is vital for designing and troubleshooting robust networked applications. This course is crafted to provide students with foundational knowledge and practical skills necessary for effective network communication. Key topics covered include: the OSI 7-layer model and its implementation within the TCP/IP protocol stack, naming and name resolution techniques used on the internet, and the basics of routing and switching. Special attention will be given to how these processes affect developers, with a focus on the socket transport layer and its implications for programming. Additionally, the course will provide an overview of authentication mechanisms and highlight common security vulnerabilities in existing communication protocols to illustrate the risks associated with internet communication.

Throughout the course, a variety of instructional methods will be employed, including lectures, hands-on labs, real-world scenarios, and individual assignments. Emphasis will be placed not only on theoretical knowledge but also on practical application. Students will engage in practical exercises and projects, culminating in a final project where they will apply their learning to address real-world networking challenges.

Certificate Price

EUR399

The Basics of Network Communication course is an essential program for software developers looking to deepen their understanding of how network protocols impact application development and deployment. This course covers fundamental concepts including the OSI 7-layer model and its practical application within the TCP/IP protocol stack. Students will gain insights into naming and name resolution techniques used on the internet, as well as the principles of routing and switching, all from a developer’s perspective. The curriculum will emphasize how the socket transport layer interfaces with programmers and its operational characteristics. Additionally, students will explore various authentication mechanisms and examine security vulnerabilities inherent in existing communication protocols. This knowledge is crucial for developers aiming to build robust, secure, and efficient networked applications.

Overview

Overview

    Course start: Anytime
    Language: English
    Duration: 4-6 weeks (depends on your pace)
    Format: Online
    Commitment: 7 – 10 hours per week
    Certificate: Awarded by SSBM Geneva
    Fee: 399 EUR

LEARNING OBJECTIVES

Learning objectives for the Basics of Network Communication course:

  • Understand the OSI 7-layer model and its significance in network communication.
  • Explain the TCP/IP protocol stack and its components, including how it implements the OSI model layers.
  • Describe the process of name resolution and how domain names are translated into IP addresses.
  • Analyze the principles of routing and switching within network infrastructures.
  • Identify the role and functionality of the socket transport layer and how it interacts with application software.
  • Implement basic network configurations and troubleshoot common network issues from a developer’s perspective.
  • Explore various authentication mechanisms used in network communications and their importance in ensuring security.
  • Evaluate common security vulnerabilities in network communication protocols and understand their implications.
  • Develop skills to analyze network traffic and diagnose potential problems or inefficiencies.
  • Apply theoretical knowledge to practical scenarios through hands-on exercises and case studies involving network communication.

COURSE REQUIREMENTS

None.

CAPSTONE PROJECT

The course ends with the Capstone project which encompasses several techniques and methods used through various sections in the course.
Students are strongly advised to carefully go through the Capstone project to get more understanding how different tools/methods or techniques can be combined to create a successful project.

PROGRAM OUTLINE

  • Chapter 1 Introduction to Networking
  • Chapter 2 – OSI and TCP_IP Models
  • Chapter 3 – Packets
  • Chapter 4 – Wireless
  • Chapter 5 – IPv4
  • Chapter 6 – Subnetting
  • Chapter 7 – IPv6
  • Chapter 8 – NAT Port Forwarding Sockets
  • Chapter 9 – Network and Socket Security
  • Chapter 10 – DHCP and DNS
  • Chapter 11 – Firewalls
  • Chapter 12 – Network Security

TEACHING METHOD

This course is presented entirely online.
Modules can be completed in your own time and at your own pace.

This interactive, supportive teaching model is designed for busy professionals and results in unprecedented certification rates for online courses.

MATERIALS

All reading materials for this course will be made accessible to you through the SSBM Online Learning Portal. Notes for each module are often downloadable, and you are able to save your current learning status and continue whenever you like.

DIPLOMA

Upon successful completion of the certificate you will be awarded with a diploma delivered by STI.

Applied Learning Project

This certificate program has a strong emphasis on applied learning. 

The entire program ends with a capstone project where you will work on delivering a series of different documents that make every project a successful one.  Throughout this certificate program you will be exposed to a Capstone project that will provide you with practical skills with applicability to real jobs that employers value.

What will this certificate program bring to your career?

  • Gain a comprehensive understanding of network communication fundamentals, including the OSI 7-layer model, TCP/IP protocol stack, and socket transport layer
  • Develop the ability to analyze and address common networking issues and security vulnerabilities
  • Earn a Career Credential
  • Learn how network protocols and mechanisms, such as name resolution and routing, impact software development, allowing you to create more efficient and robust applications
  • Apply theoretical knowledge through hands-on projects and real-world case studies
  • oost your confidence in managing and optimizing network-related aspects of software development
  • Complete a capstone project

Is this certificate for you?

The Basics of Network Communication course is designed for individuals with a foundational understanding of networking concepts, whether or not their current job role is directly focused on network communications. It is aimed at those who may not be networking professionals or have limited formal training in the field but are eager to expand their knowledge and skills in network communication.

What sets this course apart is its emphasis on fundamental networking concepts and practical applications, bridging the gap between theory and real-world usage. Unlike many programs that focus heavily on theoretical knowledge, this course prioritizes hands-on experience and practical exercises.

By completing this course, you will gain a thorough understanding of network communication fundamentals, develop practical skills in managing and troubleshooting network configurations, and position yourself for career advancement in various network-related roles.

Student Testimonials

  • I chose to study at SSBM, because it gives me flexibility to combine online and onsite learning.

    GUSTAV LINDÉUS
  • The thing I like the most is definitely the possibility to organize studying time on my own, as well as the deadlines for all the projects. The whole program is very approachable and easy to follow.

    FRANCIS OKOH
  • SSBM truly offers high quality education. The course material allows you to apply academic theory to real-world examples from the global business world in an easy manner.

    JELENA PENAVA
  • I am quite impressed with the program, most importantly the quality of the education and the professors. It has been wonderful and I would recommend the program. I also gained and increased my productivity as a manager

    INES BORCIC
  • I chose SSBM as an excellent continuation of my education and combining my professional knowledge with theory and practice of the lectures. SSBM allows flexibility with my personal life and professional life as well as achieving my goals.

    EMMANUEL ENUBUOGIDI
Overview
Fee
Prerequisites 
Programme structure

The Basics of Network Communication course aims to explore both fundamental and advanced concepts in networking. Mastery of network communication principles enables the creation, management, and optimization of effective networked systems across various domains. The goal of this course is to equip students with the essential skills needed to understand and leverage network technologies effectively. Key topics covered include: the OSI 7-layer model, the TCP/IP protocol stack, naming and name resolution, routing and switching, socket transport layer operations, authentication mechanisms, and security vulnerabilities in network communication.

Throughout the course, a variety of teaching methods will be utilized, including detailed explanations of networking principles, hands-on exercises, case studies, individual projects, and collaborative team work. While theoretical knowledge will be introduced, the focus will be on practical application, culminating in a Capstone project where students will design, implement, and showcase their own network solutions.

Fee

The total fee* for the certificate is: 399 EUR

*There are no other hidden costs.

Prerequisites

There are no formal prerequisites for this certificate program.

Programme structure

  • Chapter 1 Introduction to Networking
  • Chapter 2 – OSI and TCP_IP Models
  • Chapter 3 – Packets
  • Chapter 4 – Wireless
  • Chapter 5 – IPv4
  • Chapter 6 – Subnetting
  • Chapter 7 – IPv6
  • Chapter 8 – NAT Port Forwarding Sockets
  • Chapter 9 – Network and Socket Security
  • Chapter 10 – DHCP and DNS
  • Chapter 11 – Firewalls
  • Chapter 12 – Network Security

Course will cover each topic with several online video lectures. At the end you will have to do a practical project. After each lecture, students are strongly encouraged to practice the related topics of each lecture in corresponding lab exercises.

Purchase

To pay for the certificate go HERE.

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