Cyber Security Engineer

A Cyber Security Engineer at Abacus Technology is primarily responsible for ensuring that all system and application deliverables comply with DoD and Air Force Cybersecurity policies. This includes the implementation of standards and best practices related to cybersecurity frameworks such as DoDI 8500.01 and AFI 17-130. Additionally, you'll handle compliance related to Certification and Accreditation regulations, focusing on risk management frameworks essential for DoD systems. Your role will also involve supporting public key infrastructure requirements to promote secure communications and data integrity.

To qualify for the Cyber Security Engineer position at Abacus Technology, you need at least 12 years of experience in cyber security or information assurance, with a minimum of 5 years specifically in a DoD environment. A bachelor's degree in a related field is required, although additional relevant experience may be considered in place of a degree. Expertise in vulnerability management, risk assessments, and knowledge of key federal and military cybersecurity standards is also essential.

A successful Cyber Security Engineer at Abacus Technology should possess significant skills in vulnerability scanning and analysis, and familiarity with various automated tools. A solid understanding of network infrastructure, system audit principles, and risk assessments is critical. Furthermore, strong communication skills are needed to effectively collaborate with team members and stakeholders across the organization.

Holding a security clearance is crucial for a Cyber Security Engineer at Abacus Technology due to the sensitive nature of the projects involving national security. Candidates must be U.S. Citizens with a current Top Secret clearance with SCI access (TS/SCI). This requirement ensures that the engineer can work confidently with classified information while upholding the security standards necessary in such environments.

Abacus Technology is committed to the professional growth of its Cyber Security Engineers. This includes ongoing training, attendance in relevant workshops and seminars, and resources for further education. Our collaborative work environment encourages knowledge sharing and mentorship, which helps build the skills and expertise necessary for advancement in the cybersecurity field.

In your response, detail the six-step RMF process: Categorization, Selection, Implementation, Assessment, Authorization, and Monitoring. Emphasize how systematic implementation of RMF protocols safeguards information systems in a DoD environment and enhances security posture aligning with the organization's mission, which is critical for a Cyber Security Engineer.

Discuss several industry-standard tools you have experience with, such as Nessus or Qualys, and why you find them effective. Highlight how these tools help identify vulnerabilities and enable proactive risk mitigation, showcasing your expertise in vulnerability management as a Cyber Security Engineer.

Mention strategies that you employ, such as following cybersecurity news sources, participating in relevant online forums, or attending industry conferences. Encourage demonstrating a proactive approach to continuous learning, which is crucial for adapting to the evolving landscape of cybersecurity threats.

Share a specific scenario where you identified a critical vulnerability or security breach. Describe the steps taken to mitigate the issue, including stakeholder engagement and the strategies implemented for long-term risk reduction. This showcases problem-solving and analytical skills, which are essential for a Cyber Security Engineer.

Explain the concept of Public Key Infrastructure (PKI) and its components such as certificates, keys, and the roles of Certificate Authorities. Illustrate its importance in securing communications, such as data encryption and digital signatures, underlining why it's vital for the position at Abacus Technology.

Discuss your experience with compliance protocols and how you integrate regulatory requirements into security practices. Emphasize methodologies you've applied for assessment and authorization processes, which are essential to maintain compliance as a Cyber Security Engineer.

Stress the importance of effective communication in collaborating with various stakeholders, including technical and non-technical team members. Highlight how clear communication can facilitate better understanding of security policies and procedures to ensure organization-wide compliance and security awareness.

Describe a framework or methodology you use to assess risks and prioritize tasks effectively. This might include evaluating urgency, impact on security posture, or compliance deadlines, illustrating your strategic approach as a Cyber Security Engineer.

Highlight your experience with developing and implementing incident response plans. Describe how you coordinate with teams to ensure effective response during security incidents and the importance of continuous improvement through post-incident analysis to prevent future occurrences.

Share strategies such as developing training programs, conducting workshops, or creating easy-to-understand security guidelines. Emphasize your approach to fostering a culture of security awareness within the organization, which is vital for a Cyber Security Engineer.