Senior Security Engineer - AppSec (Remote) - job 1 of 2

As a Senior Security Engineer - AppSec at AbbVie, your main responsibilities will include designing and automating components of our application security program, leveraging your technical skills in secure software development, and using scripting languages to analyze security intelligence artifacts. You'll play a vital role in improving our application security capabilities by collaborating with various teams to ensure consistent integration with DevSecOps tools and processes.

To qualify for the Senior Security Engineer - AppSec position at AbbVie, candidates should have a Bachelor's degree with at least 7 years of relevant experience, or a Master's degree with 6 years of experience, or a PhD with a minimum of 2 years in Information Security. Ideal applicants should also have hands-on experience in modern DevOps environments, scripting skills in languages such as Python and PowerShell, and familiarity with cloud platforms and automation tools.

Yes, the Senior Security Engineer - AppSec position at AbbVie is a fully remote job, allowing you the flexibility to work from anywhere in the U.S. This setup is designed to support a diverse workforce while focusing on delivering quality application security solutions.

Candidates who excel in the Senior Security Engineer - AppSec role at AbbVie will have strong expertise in scripting languages, a solid understanding of secure software development practices, and experience with DevSecOps methodologies. Additionally, skills in cloud automation tools and a passion for cybersecurity are essential to thrive in this dynamic role.

At AbbVie, the team environment as a Senior Security Engineer - AppSec is highly collaborative and innovative. You will work closely with various stakeholders, including security professionals and technology teams, to enhance our application security posture, which fosters a culture of creativity, communication, and shared goals.

In answering this question, an ideal response would include specific examples of past projects where you implemented security best practices in software development. Highlight your knowledge of secure coding techniques, security frameworks you've used, and how you ensured compliance with industry standards.

When addressing this question, discuss the tools and methodologies you've used to automate security testing, such as integrating security testing into CI/CD pipelines with tools like Jenkins, GitLab CI, or others. Emphasize the importance of continuous testing and how it strengthens the security posture of applications.

Share your proficiency in scripting languages like Python or PowerShell and illustrate how you've used them to automate security tasks, such as vulnerability assessments, data analysis, or creating custom tools for threat detection or reporting.

Explain your strategy for integrating security tools into the DevOps lifecycle by focusing on the principles of DevSecOps. Discuss your experience working with stakeholders to identify key security controls and provide examples of tools you've successfully integrated, ensuring that security is a fundamental aspect of the development process.

To answer this effectively, narrate a specific incident where you discovered a vulnerability, detailing the analysis process, the steps you took to fix it, and how you communicated findings to your team or organization. Highlight your problem-solving skills and collaborative approach in addressing the issue.

When responding to this question, outline your familiarity with cloud providers, and special attention to security best practices in those environments. Include any certifications or coursework related to cloud security, and describe how you've applied these practices to protect cloud-based applications.

Provide details about your methods for staying informed, such as subscribing to security newsletters, attending webinars, and participating in online communities. Mention any specific resources you trust for credible information on emerging threats and how you incorporate this knowledge into your work.

Share your understanding of software composition analysis tools and how you've utilized them to manage dependencies and vulnerabilities in applications. Highlight any tools you’ve implemented and the importance of keeping libraries and frameworks up to date for overall application security.

Your answer should reflect an understanding of current challenges in application security, such as the rapid evolution of technology, the complexity of systems, or the skills gap in the cybersecurity workforce. Discuss how you might address these challenges through process improvements, team training, or engagement with the cybersecurity community.

Emphasize your ability to communicate complex information succinctly and in a way that resonates with non-technical audiences. Provide examples illustrating how you've successfully conveyed security risks or recommendations to people without a technical background, ensuring they understand the implications and importance of proper action.