SAKARIYE MOHAMUD

As a soon-to-be graduate in Cybersecurity, I bring the latest knowledge and techniques to enhance digital protection. With a strong foundation in cybersecurity principles, digital forensics, and threat analysis, I am passionate about using my technical skills and problem-solving abilities to detect threats and develop innovative security solutions. My hands-on experience with advanced security tools equips me to optimize security operations and improve organizational resilience.

Outside of my professional interests, I enjoy spending time with my community and volunteering as a gardener. These activities have honed my communication, organization, and collaboration skills. My background as an administration officer has further developed my ability to maintain records, manage schedules, and delegate tasks effectively. I am punctual, driven, and enthusiastic about contributing to a team's success.

Completed Units:

• IT Professional Practice Project (ICT302): Applied practical experience in IT project management, focusing on real-world applications and professional practices.
• Cyber Forensics and Information Technology (ICT378): Developed skills in digital forensics and techniques for investigating cyber incidents.
• Computer Security (ICT287): Gained knowledge of computer security principles and practices to protect information systems.
• Information Security Policy and Governance (ICT380): Learned about the development and implementation of information security policies and governance frameworks.
• Security Architectures and Systems Administration (ICT379): Focused on designing secure IT architectures and managing system administration to protect organizational assets.
• Advanced Business Analysis and Design (ICT393): Developed advanced skills in business analysis and the design of information systems.
• Network Design and Implementation (ICT291): Acquired skills in designing and implementing robust network infrastructures.
• Digital and Social Media Marketing (ICT162): Explored strategies and techniques for effective digital and social media marketing.
• Information Technology Project Management (ICT201): Learned methodologies and tools for effective IT project management, including planning, execution, and monitoring.
• Databases (ICT285): Studied database design, implementation, and management to support information systems.
• Systems Analysis and Design (ICT284): Gained expertise in analyzing and designing information systems to meet business needs.
• Introduction to Server Environments and Architectures (ICT171): Studied the fundamentals of server environments and architectural design.
• Introduction to Information Systems (ICT158): Learned the basics of information systems and their role in organizations.
• Foundations of Programming (ICT159): Learned the basics of programming, including logic, syntax, and problem-solving techniques.
• Foundations of Data Communications (ICT169): Studied data communication principles and technologies for effective networking.
• Introduction to ICT Research Methods (BSC203): Learned research methodologies and techniques specific to information and communication technology.
• Foundations of Discrete Mathematics (MAS162): Studied discrete mathematics concepts essential for computer science and cybersecurity.
• What is Science? (BSC150): Explored the nature and philosophy of science, including scientific inquiry and research.
• Building Blocks for Science Students (BSC100): Developed foundational knowledge in scientific principles and methodologies.
• Fundamentals of Mathematics (MAS164): Acquired essential mathematical skills for problem-solving and analytical thinking.

CompTIA Security+ Certification, 2024

• Cybersecurity Fundamentals: Solid understanding of security principles, threats, and vulnerabilities, with the ability to apply knowledge to real-world scenarios.
• Network Security: Able to design and implement network defense systems, including firewalls, intrusion detection, and secure protocols.
• Incident Response: Ability to respond to and manage security incidents, minimizing impact and ensuring effective containment and resolution.
• Project Management: Excel in managing projects within the allocated time frame and ensuring adherence to specific requirements.
• Team Collaboration: Articulate communicator, capable of working with teams to achieve organizational goals.
• Data Governance & Compliance: Knowledgeable in designing robust security architectures. Capable of integrating advanced security solutions and developing comprehensive system defense strategies.

• Developed and Strengthened Security Network: Successfully improved Murdoch University's security network by introducing a custom honeypot behind the firewall, designed to catch attackers who bypassed the university's defenses.
• Utilized Open-Source Technology: Built the honeypot using the T-Pot management system, an open-source solution, and customized it to fit the specific needs of the university.
• Team Collaboration: Led a team of four members to familiarize ourselves with Docker and customize it for our project. This involved creating three decoy environments mimicking the university's HTTP portal, SSH port, and SQL database to lure attackers.
• Simulated Realistic Attacks: Designed these environments based on what attackers would perceive as the university’s network, allowing us to gather extensive information on potential threats.
• Collaboration with Management: Worked closely with Alan Fereday, the Manager of Information Security and Risk at Murdoch University, impressing him with our timely deliverables and the quality of our work.
• My position in the project was as the security analyst.

• Honeypot Project: Designed and implemented a custom honeypot system for proactive threat detection and analysis. Utilized SIEM, cloud services, and VM technologies to enhance the university's security infrastructure. Collaborated with the Murdoch University Cyber Security Department as a Security Officer to integrate our system with their existing security measures.
• Vulnerability Mitigation Project (CVE-2022-40684): Participated in a university-led initiative to identify and mitigate a critical security vulnerability (CVE-2022-40684). Utilized tools such as Nessus, Nmap, and OpenVAS to conduct thorough vulnerability assessments and implement effective mitigation strategies.