Cyber Security Engineer - Sr. Consultant level - job 2 of 18

As a Cyber Security Engineer - Sr. Consultant at Visa Technology & Operations, your daily responsibilities will include leading a skilled team in developing IAM technology stacks, conducting research on security controls, and mentoring fellow security team members. You will also perform gap assessments and create security control roadmaps for cloud deployments, coordinate with multiple Cybersecurity teams, and work closely with IT and business stakeholders to specify and implement security solutions.

To be considered for the Cyber Security Engineer - Sr. Consultant position at Visa Technology & Operations, candidates are required to have a Bachelor's degree in Information Science, Computer Science, Engineering, or a related field, along with a minimum of 10 years of progressive experience in the job offered or a related engineering or analyst occupation. This experience should encompass knowledge and skills in cybersecurity, particularly in IAM and cloud security.

Yes, the Cyber Security Engineer - Sr. Consultant role at Visa Technology & Operations does allow for partial telecommuting. This flexibility means you can enjoy a blend of in-office collaboration in Foster City, CA, while also having the option to work from home, aligning your professional responsibilities with personal needs.

In the Cyber Security Engineer - Sr. Consultant role at Visa Technology & Operations, you'll engage in various impactful projects, focusing primarily on IAM technology and Cloud Security deployments. You’ll lead efforts to assess security measures, develop implementation roadmaps, and coordinate with cross-department teams to ensure successful security integration across all cloud initiatives.

The ideal candidate for the Cyber Security Engineer - Sr. Consultant role at Visa Technology & Operations should possess strong technical skills in IAM, cloud security solutions, and security control assessments. Additionally, excellent communication skills are crucial, as the role involves collaborating with diverse teams and mentoring less experienced staff, making interpersonal capabilities just as important as technical expertise.

When approaching IAM technology stack development, it's important to first understand the specific needs of the organization regarding user access and identity management. Conduct thorough assessments of existing systems, identify gaps, and engage with stakeholders to gather their requirements. This helps in designing a tailored solution that meets both security and usability needs.

In discussing my Cloud Security deployment experience, I would highlight specific projects I've worked on, detailing the security frameworks used, the technologies implemented (like encryption and access controls), and the processes I followed for monitoring and compliance. It's essential to explain the impact of these deployments on enhancing overall security posture.

Conducting a gap assessment involves reviewing existing security measures against industry standards and regulations. I create a checklist of essential controls, assess current implementations, and identify vulnerabilities or areas requiring improvement. Following this, I develop actionable recommendations and prioritize them based on risk levels and impacts.

To stay updated on cybersecurity trends, I regularly participate in webinars, follow key industry publications, engage with online forums, and join professional organizations. Networking with other cybersecurity professionals also enriches my understanding of emerging threats and evolving best practices.

The biggest challenges in implementing IAM solutions often include integrating with existing systems, ensuring user adoption, maintaining compliance with evolving regulations, and managing the balance between security and user convenience. Addressing these challenges requires strategic planning and comprehensive training for all users and stakeholders.

Certainly! One notable incident I managed involved a potential data breach. I quickly initiated the incident response plan, which included containment, investigation, and communication with stakeholders. Post-incident, I led a thorough review of our security policies and implemented additional training and measures to prevent future occurrences.

Mentoring team members on security practices involves providing them with hands-on training, encouraging them to participate in security drills, and facilitating knowledge-sharing sessions. I prioritize creating an environment where they feel comfortable asking questions and discussing security scenarios, fostering a culture of continuous learning.

Essential tools and technologies for a Cyber Security Engineer include SIEM platforms for security monitoring, identity and access management solutions, threat intelligence solutions, and encryption tools. Familiarity with cloud security platforms and compliance management tools is also crucial.

Evaluating an organization's security posture involves examining both technical and procedural aspects. I conduct security assessments, review policies, assess compliance with regulations, and analyze incident response effectiveness. This comprehensive overview allows me to pinpoint strengths and weaknesses and recommend improvements.

During a security project, I prioritize transparent and consistent communication with stakeholders. This includes regular updates on progress, discussions on any challenges encountered, and soliciting their feedback. Building strong relationships enhances collaboration and helps ensure that the security measures align with organizational needs.