Microcredentials

The learner will evaluate common cyber security threats and defense in depth techniques to defend against these threats.

Students will learn about information security and its importance in protecting the confidentiality, integrity and availability of systems and information.

Students will learn the mathematics and cryptographic tools to analyse and understand the strengths and shortcomings of such security protocols.

This module focuses on secure software development practices and how they should be integrated throughout the software development life cycle.

Students will learn about risk management processes with a focus on how to manage the risk related to the use, processing, storage, and transmission of data.

Students will learn the key concepts and techniques employed in designing secure system architectures.

Students will gain a hands-on understanding of practical cryptographic applications and their correct implementations in information systems.

The learner will evaluate log files and learn tools to extract associated valuable data for detecting cyber threats and system performance issues.

Learn how to locate and identify system vulnerabilities along with methods to identify potential vulnerabilities in a system design.

At the end of this module learners should have the ability to operate, configure and secure various electronic communication systems, services and networks.

The aim of the module is to provide knowledge, skills and abilities related to communication networks and protocols used in Operational Technology.

This module provides learners with an opportunity to demonstrate independent and self-determined learning through the creation of their individual portfolio.

This module provides learners with an opportunity to demonstrate independent and self-determined learning through the creation of their individual portfolio.

The aim of the module is to enable students to understand the differences between IT and OT security risks, the impacts of user's behaviour and how to establish a Cyber Security Ma

A vulnerability assessment analyst performs assessments within the network environment and identifies where those systems/networks deviate from acceptable configurations.

This module will utilize purple teaming to develop evasion and detection skills to maximize the cyber capabilities of the learner.

Penetration Testing is the authorized process of attacking a computer system to evaluate the security of the system by identifying and verifying security weaknesses.

This module explores various web penetration testing techniques and industry-standard tools.

Cybersecurity for small / medium businesses is a non-technical course which gives the learner the information and steps to understand cybersecurity requirements for the business.

In this module, learners will be provided practical skills necessary to secure their networks, data devices, cloud security, VPNs, website security, cell phones, and more.

In this module students will learn how to identify, collect and preserve digital evidence on different operating systems.

This course examines the background and principal features of the laws applicable to cybercrime to equip students with an understanding of the key challenges of this emerging area.

This module teaches students the skills and toolsets required for in-depth investigations of modern malware and understanding what malicious impacts it can have on systems.

Malware analysis is used as part of a forensic investigation to understand the behaviour and purpose of malware which is designed to cause harm or exploit any programmable device.

The aim of the module is to enable students to be aware of Security Standards and associated laws and regulations for Information Technology (IT) convergence.