Cyber Security Impact Bootcamp

There are no formal prerequisites for the Cyber Security Impact Bootcamp.

However, to maximise the benefits of the training, it is ideal for participants to:

• Have basic proficiency in English
• Be committed to completing the intensive training program
• Have access to a computer or device with internet connectivity for virtual classroom participation

This course will provide in-depth coverage of the following topics:

• Prework – Before the bootcamp starts, learners complete a self-paced Prework module to ensure everyone is on the same technical level. This module covers computer fundamentals, operating systems, networks, the OSI model, and the basics of cybersecurity, using tools like Wireshark and Putty.
• Bootcamp Introduction – This module provides an overview of the bootcamp structure and the cybersecurity industry. It includes career paths and a review of the Prework content to prepare learners for the course.
• Network Administration – Learners dive into designing, configuring, and troubleshooting networks. Topics include network configuration, segmentations, VLANs, subnetting, and the use of network devices. Tools used include Cisco Packet Tracer, Nmap, and Windows PowerShell.
• Cybersecurity Fundamentals – This module covers the basics of cybersecurity, including common vulnerabilities, risks, threats, types of malware, and famous cyber incidents. Learners will understand how organisations apply cybersecurity principles and frameworks.
• Network and Application Security – This module teaches network and application security defence methodologies, including security architecture, tools (firewalls, antivirus, IDS/IPS), cryptography, and access control methods. Tools used include Kali Linux, Splunk, and Snort IDS.
• Incident Handling – Learners will explore common cybersecurity attack types and practice detection and analysis of incidents. Topics include web, domain, and malware attacks, with hands-on experience using tools like Splunk and VirusTotal.
• Forensics – This module covers digital forensic processes for analysing threats in digital devices. Topics include memory forensics, data recovery, network forensics, and anti-forensics. Tools used include Volatility Framework, FTK Imager, and Wireshark.
• Malware Analysis – Learners will analyse malicious software using methods like reverse engineering and binary analysis. Topics include dynamic malware analysis and containment. Tools used include Sysinternals, Procexp, and Wireshark.
• Ethical Hacking and Incident Response – This module covers ethical hacking and penetration testing frameworks, network and web application hacking, and incident response methodologies. Tools used include Metasploit, SQLMap, and Burp Suite.
• Secure Design Principles – Learners will explore trend analysis, cybersecurity design best practices, and threat mitigation. Topics include artificial intelligence in cybersecurity and zero-trust policy.
• Risk Management – This module teaches risk management methodologies and processes, including evaluating and monitoring risks. Topics include risk management policies and security models. Tools used include ThriveDX Security Awareness Training.
• Threat Intelligence – Learners will gather intelligence about potential threats using methods like Google hacking and dark web investigation. Tools used include Elasticsearch, Kibana, and Tor Browser.
• Final Scenarios – The final module includes real-life cybersecurity scenarios and a final exam. Learners will present group projects and dive into the day-to-day work of cybersecurity roles modelled on the NIST framework.
• Optional: CompTIA® Security+ Certification Exam Prep Course – An 8-week elective course preparing learners for the CompTIA® Security+ certification exam. This course is flexible and can be completed asynchronously.