Security

IT and Cyber Security, IoT, 35 YH credits.

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TUC Yrkeshögskola logotyp
TUC Yrkeshögskola
Verified provider of education

Part of a YH programme at TUC Yrkeshögskola. This course cannot be applied for on its own. Programme code: IOTD24HEL.

The course gives you knowledge of secure IT, cyber and network communication as well as different encryption techniques for securing networks. With a focus on IoT environments, you learn how to protect connected systems against threats and intrusions. The course is part of the YH programme IoT Designer at TUC Yrkeshögskola.

Duration: 7 weeks
Location: Helsingborg
Language: Swedish
Level: Intermediate
CSN-eligible

Time commitment: Full-time, approx. 40 hours/week (remote teaching with on-site sessions)

About the course.

In the course, the student learns secure IT, cyber and network communication as well as different encryption techniques for securing networks.

In the course, the student learns secure IT, cyber and network communication as well as different encryption techniques for securing networks.

What you will learn

What you learn.

  • You can describe the basics of secure IT and network communication.
  • You know different encryption techniques for securing networks.
  • You understand the cyber security risks linked to IoT systems.
  • You can apply security measures to protect connected systems.
Curriculum

How the course is built.

  1. Network security

    The basics of secure network communication.

  2. Encryption techniques

    Different methods for encrypting and securing data and networks.

  3. Cyber security in IoT

    Security risks and protection specific to IoT environments.

  4. Practical security measures

    Applying security measures in connected systems.

Target audience

Who is this for?

The course is aimed at students in the YH programme IoT Designer who want to specialise in cyber security.

What "verified" means here

Verified credential.

When you complete the course, TUC Yrkeshögskola issues your certificate. Your name, the course content and the issue date are encrypted and secured on blockchain, so it cannot be changed, and anyone can check that it is genuine.

100% Verifiable certificates Secured on blockchain

Sample Credential with placeholder data. Each credential is issued with the recipient’s details and is verifiable with the provider.