Associate Cybersecurity Engineer - IAM - job 15 of 21

As an Associate Cybersecurity Engineer at Visa, you'll be engaged in a range of responsibilities that center around managing access governance for applications and databases. You'll focus on implementing Identity and Access Management (IAM) concepts, which involves the management of application enrollments and automation of data collection. You'll also be responsible for provisioning and deprovisioning processes, overseeing Dormancy, Orphan, and Rogue governance, and ensuring smooth onboarding and offboarding processes. Additionally, a foundational understanding of unstructured data governance and proficiency in programming languages such as Python, Java, or Scala will be essential for developing and maintaining software applications.

For the Associate Cybersecurity Engineer role at Visa, candidates are required to be proficient in at least one programming language, such as Python, Java, or Scala. These skills are crucial for developing and maintaining software applications that ensure the effective functioning of Identity and Access Management (IAM) concepts. Aside from programming expertise, familiarity with AI/ML tools and Integrated Development Environments (IDEs) like VS Code and IntelliJ, along with a strong capability to debug and write unit test cases, will enhance your ability to excel in this position.

In the Associate Cybersecurity Engineer role at Visa, you'll play a key part in enforcing zero-trust security models which are critical to modern cybersecurity strategies. Your responsibilities will involve ensuring that all access governance is conducted in a secure manner, verifying identities, and eliminating rogue access. By overseeing application enrollments, automating processes, and managing application access according to stringent governance principles, you will help uphold the security integrity of Visa's infrastructure.

As an Associate Cybersecurity Engineer at Visa, you will have the opportunity to work with various tools and technologies that enhance your productivity. You'll be using Integrated Development Environments (IDEs) like VS Code and IntelliJ for coding tasks, debugging, and writing unit test cases. Additionally, familiarity with AI/ML assistance tools will enable you to automate repetitive tasks and increase overall efficiency. Your experience in prompt engineering to improve task execution will also be an indispensable skill for driving productivity.

The Associate Cybersecurity Engineer position at Visa is a hybrid role, meaning that while some days will be spent in the office, there will also be opportunities to work remotely. The specific expectations regarding the number of days in the office will be confirmed by your Hiring Manager. This flexible working arrangement allows you to balance productivity while also benefiting from the collaborative environment that comes with working alongside your teammates.

Identity and Access Management (IAM) is crucial in cybersecurity as it ensures that the right individuals have the appropriate access to company resources while minimizing risks of unauthorized access. IAM plays a pivotal role in protecting sensitive data and applications by managing user identities and controlling their access based on predefined security policies.

When discussing your experience with programming languages, focus on specific projects or tasks where you've utilized Python, Java, or Scala. Highlight any applications you've developed, how you automated processes, or any significant contributions you made using these languages, as well as your comfort level with debugging and writing unit tests.

When managing unstructured data governance, I would start by clearly defining the governance framework that outlines how unstructured data is handled within the organization. This includes establishing policies for data classification, creating access controls, and ensuring compliance with legal and regulatory requirements. Continuous monitoring and regular reviews of access and data handling processes are also critical for maintaining the integrity of unstructured data governance.

To eliminate rogue access, I would implement a robust access review process that includes regular audits and monitoring of user activity. Utilizing least privilege access principles and continually assessing user permissions can significantly reduce the risk of unauthorized access. Additionally, an automated system for provisioning and deprovisioning accounts ensures that access is granted appropriately and revoked when no longer needed.

In a previous role, I handled repetitive coding tasks using AI/ML tools that helped automate code generation and data analysis. I integrated these tools into my daily workflow, which not only saved time but also improved accuracy and allowed me to focus on more complex problem-solving areas, ultimately boosting productivity.

A zero-trust security model operates on the principle of 'never trust, always verify.' This means that no one is trusted by default from inside or outside the network. Every access request is thoroughly verified, regardless of its origin. My understanding includes implementing strong authentication methods, continuous monitoring, and strict access policies to ensure that all access to resources is rigorously justified.

Effective onboarding involves having a structured process in place that ensures new users receive their necessary access promptly while educating them on security protocols. For offboarding, I believe in implementing a standardized checklist that covers revocation of access immediately after employment ends. This minimizes the potential for unauthorized access after an employee leaves.

One of the most challenging aspects of working in IAM is maintaining balance between security and user experience. While it's essential to enforce stringent security protocols, ensuring that users can access the resources they need without unnecessary barriers can be a delicate balancing act. Regular communication with stakeholders and awareness of user needs can help achieve this balance.

I stay updated by following reputable cybersecurity blogs, attending industry conferences, participating in webinars, and being part of professional organizations. Networking with peers and engaging in continuous learning through certifications also keeps my knowledge sharp and ensures I'm aware of emerging threats and technologies in the cybersecurity landscape.

My career goals as an Associate Cybersecurity Engineer include deepening my expertise in IAM practices, contributing to innovative security strategies, and pursuing advanced certifications in cybersecurity. I aim to be part of a team that actively works on improving security measures, and I hope to eventually take on leadership roles within the organization to mentor others.