Associate Cybersecurity Engineer - IAM - job 17 of 22

As an Associate Cybersecurity Engineer - IAM at Visa, your primary responsibilities will revolve around access governance for applications and databases. You’ll manage application enrollments, automate data collection, and oversee provisioning and deprovisioning processes. Additionally, you will handle tasks related to Dormancy, Orphan, and Rogue governance while ensuring compliance with our zero-trust security model. Your role will significantly contribute to safeguarding digital identities across Visa's infrastructure.

To succeed as an Associate Cybersecurity Engineer - IAM at Visa, candidates should possess a foundational understanding of unstructured data governance and be proficient in at least one programming language, such as Python, Java, or Scala. Familiarity with AI/ML assistance tools and experience using Integrated Development Environments (IDEs) like VS Code or IntelliJ is essential, especially in terms of debugging and writing unit test cases.

In the role of Associate Cybersecurity Engineer - IAM at Visa, you will leverage AI/ML assistance tools to enhance productivity, automate code generation, and improve task execution. By incorporating AI/ML into your daily activities, you'll have the power to optimize processes and elevate your ability to manage and secure digital identities effectively.

At Visa, the Associate Cybersecurity Engineer - IAM will be instrumental in refining the onboarding and offboarding processes. This includes managing access for new employees, ensuring the timely revocation of access for departing employees, and implementing effective tracking methods to prevent unauthorized access. Your efforts will ensure a seamless experience while upholding the highest security standards.

Candidates applying for the Associate Cybersecurity Engineer - IAM role at Visa can expect a hybrid working model, which allows for a flexible work schedule that incorporates both in-office and remote work. The specific number of days spent in the office will be confirmed by your Hiring Manager, offering a balance that supports effective collaboration and individual productivity.

Certainly! Access governance in the context of the Associate Cybersecurity Engineer role focuses on managing who has access to specific applications and databases. You should be ready to discuss methods for monitoring, approving, and removing user access to ensure that identity access is compliant with security protocols and organizational policies.

In your answer, highlight your proficiency with programming languages like Python, Java, or Scala. Provide examples from your past experience where you used these languages to develop applications, automate tasks, or enhance existing systems, showcasing your technical skills and innovation.

When discussing zero-trust security, emphasize the importance of verifying every access attempt, regardless of the user’s location. Share strategies you would employ, such as least privilege access, continuous monitoring of user behavior, and regularly reviewing access permissions to ensure adherence to best practices.

In your response, provide a specific example of a project where you utilized AI/ML tools. Discuss the problem you were addressing, how AI/ML contributed to the solution, and the outcomes of your efforts, ensuring you focus on the positive impact this technology had on your work.

Discuss your systematic approach to debugging. Highlight your familiarity with Integrated Development Environments (IDEs) like VS Code and IntelliJ, and describe methods such as breakpoint analysis, logging, and writing unit tests that you utilize to identify and resolve issues effectively.

When managing access for multiple applications, prioritize tasks based on urgency and impact. Discuss techniques like creating a task matrix or using project management tools to track progress while ensuring critical applications are secured first and compliance requirements are met.

In your answer, identify potential challenges such as evolving threats or changing regulations in IAM. Discuss proactive strategies such as continuous learning, adopting new technologies, and collaborating across departments to address these challenges effectively.

Share your commitment to professional development through attending conferences, participating in online forums, and following industry leaders. Mention specific resources like blogs, research papers, or webinars that you regularly engage with to stay informed about emerging threats and IAM best practices.

Define each concept clearly. Dormancy refers to accounts that have not been active for a specific period. Orphan accounts are those without an owner, and Rogue accounts provide unauthorized access to resources. Discuss how you would implement governance strategies to address these issues and maintain a secure environment.

Describe your techniques for prompt engineering, which may include clarifying expectations, providing context for AI/ML tools, and testing various prompts to improve the responsiveness and effectiveness of the technologies you use. Emphasize the importance of refining prompts based on outcomes.