Cybersecurity System Engineer - multiple levels - CLEARANCE and POLYGRAPH REQUIRED

As a Cybersecurity System Engineer at Constellation Technologies, your primary responsibilities include managing systems requirements, contributing to system engineering documentation, and developing engineering plans. You'll be expected to utilize your knowledge of advanced encryption, algorithms, and network protocols to enhance security measures and contribute to the overall cybersecurity strategy for federal contracts.

To apply for the Cybersecurity System Engineer position at Constellation Technologies, candidates must be U.S. citizens with an active TS/SCI security clearance and a polygraph. A Bachelor's degree in System Engineering, Computer Science, or a related field is required, along with relevant work experience in systems engineering, documentation, and collaboration on configuration control board action items.

The Cybersecurity System Engineer role at Constellation Technologies is open to multiple levels of experience. Candidates are required to have a minimum of two years of directly related experience within the last five years, with a total of five to fourteen years of experience managing system requirements and documentation essential for the position.

While not mandatory, preferred skills for the Cybersecurity System Engineer position at Constellation Technologies include conducting quantitative analyses in reliability and survivability, along with experience in developing and reviewing Joint Capability Integration Development System (JCIDS) documents. These skills would enhance your capabilities in the role.

Constellation Technologies offers a comprehensive benefits package for Cybersecurity System Engineers, including affordable healthcare options with employer-paid premiums, life insurance, disability coverage, a 401(k) with company match, professional development reimbursement, and various team-building and leadership engagement opportunities.

When answering this question, emphasize specific network protocols you are familiar with, such as TCP/IP, HTTPS, and how they relate to securing data transmission. Discuss examples from previous roles where you applied this knowledge to enhance network security.

Use the STAR method (Situation, Task, Action, Result) to discuss a relevant case where your analytical and technical skills were leveraged to address a cybersecurity challenge, focusing on the steps you took and the outcome of your actions.

Discuss the importance of risk assessment, user access controls, incident response, encryption standards, and continuous monitoring. Relate these components to your experience with developing or enforcing security policies in previous roles.

Indicate your commitment to ongoing education by mentioning professional organizations, online courses, certifications, or forums you participate in, highlighting specific topics that are currently relevant in the cybersecurity landscape.

Provide a detailed account of your role in previous Configuration Control Board meetings, illustrating how you contributed to resolving action items, ensuring compliance, and collaborating with team members on best practices.

Outline your method for vulnerability assessments, including steps like identifying assets, analyzing threats, conducting scans, and prioritizing vulnerabilities. Discuss any tools you use and how this approach has benefitted past projects.

Explain your prioritization process for tasks, focusing on communication, setting realistic deadlines, and collaborating with team members to ensure critical cybersecurity objectives are met despite competing demands.

Discuss various encryption methods such as AES, RSA, and hashing algorithms, detailing how you have employed them in past projects to protect data at rest and in transit, along with the implications of each method from a cybersecurity perspective.

When answering this question, discuss your approach to identifying security requirements, implementing defense-in-depth strategies, ensuring compliance with standards, and regularly revisiting architecture to adapt to new security challenges.

Identify current trends, such as the rise of ransomware or the challenges posed by remote work. Discuss how these factors affect organizations' security strategies and what you believe should be prioritized in response.