FM Research Cybersecurity Co-op

As an FM Research Cybersecurity Co-op, your primary responsibilities include assisting in the development and maintenance of testbeds for cyber mitigation strategies, leveraging the MITRE ATT&CK for ICS matrix to understand cyber threats, and designing experiments to simulate these threats in OT environments. You'll also analyze the effectiveness of IT and OT mitigation strategies and produce clear technical documentation summarizing your findings.

To qualify for the FM Research Cybersecurity Co-op, you should be currently enrolled in a Master's degree program in Cybersecurity, Computer Science, Engineering, or a related field. Familiarity with industrial control systems, an understanding of cyber-attack methodologies, and knowledge of the MITRE ATT&CK framework are highly beneficial. Strong analytical skills and effective communication abilities are essential for this role.

In the FM Research Cybersecurity Co-op role, you will work on exciting projects such as designing and conducting attack simulations to test our defenses, analyzing the effectiveness of various mitigation strategies, and producing technical documentation and reports. You’ll also conduct research on emerging cyber threats and utilize threat intelligence feeds to identify vulnerabilities specific to our OT environments.

Previous experience with penetration testing is not strictly required for the FM Research Cybersecurity Co-op position, but it can certainly enhance your candidacy. Familiarity with network security principles and technologies, along with an interest in ethical hacking and hands-on experimentation, will help you excel in this role.

During your co-op experience at FM, you will develop a variety of valuable skills including technical documentation, experimental design, analysis of cyber-attack methodologies, and the application of the MITRE ATT&CK framework. Additionally, you will improve your problem-solving and analytical thinking abilities while gaining practical experience in the cybersecurity field.

To stay informed about the latest cybersecurity threats and trends, I regularly engage with industry publications, follow key thought leaders on social media, and participate in online forums and community discussions. I also attend webinars and conferences where I can learn about emerging technologies and best practices in cybersecurity.

The MITRE ATT&CK framework is a comprehensive knowledge base that categorizes the tactics and techniques used by attackers. Understanding this framework is critical for cybersecurity professionals as it provides a common language for describing cyber threats and enhances the ability to develop effective mitigation strategies to safeguard environments, especially in the context of operational technology.

In a past project, I analyzed an issue concerning unauthorized access to an asset management system. I gathered logs, identified patterns of access, and cross-referenced them with known vulnerabilities. By synthesizing this information, I created a detailed report on the incident and proposed enhanced access controls to mitigate future risks.

I have gained familiarity with industrial control systems during my coursework, where I studied their architecture and security challenges. Additionally, I participated in a simulation project that involved configuring and testing an ICS environment, allowing me to comprehend the significance of securing these systems against emerging cyber threats.

To design an attack simulation experiment, I would first identify the specific attack vector to simulate based on the MITRE ATT&CK framework. Then, I would set up a controlled testbed environment, document the attack scenarios, and execute the simulations. Post-experiment, I would analyze the results to assess the effectiveness of existing mitigation strategies and identify areas for improvement.

I am proficient in Python and PowerShell. I have utilized Python for automation tasks, such as data analysis and reporting, while PowerShell has been particularly useful for configuring and managing Windows environments. In my previous roles, these languages allowed me to streamline processes and enhance efficiency in security operations.

Threat intelligence plays a crucial role in cybersecurity by providing timely and relevant information about potential threats and vulnerabilities. It allows organizations to take proactive measures against emerging risks, enhances incident response capabilities, and supports informed decision-making regarding security strategies and investments.

Penetration testing is a simulated cyber-attack on a system to evaluate its security posture. The significance lies in its ability to uncover vulnerabilities before malicious actors can exploit them, thus enhancing an organization’s defenses and compliance with security standards. It provides critical insights into improving cybersecurity measures.

When working on multiple projects, I prioritize tasks based on urgency, impact, and project deadlines. I assess each project’s requirements and collaborate with team members to ensure alignment and seek guidance when needed. Utilizing project management tools also helps me keep track of progress and manage my time effectively.

Essential qualities for a successful co-op in cybersecurity include a keen analytical mindset, strong problem-solving skills, effective communication, and an eagerness to learn. Being adaptable to changing technologies and threats is also vital, along with a collaborative approach to work with diverse teams towards achieving common security goals.