Application Security Engineer

As an Entry Level Application Security Engineer at TEKsystems, you will be tasked with validating static code analysis and software composition analysis results, while working directly with developers to provide guidance on fixing identified vulnerabilities. You'll also participate in analyzing, designing, programming, debugging, and enhancing software applications, thus ensuring they are secure against potential threats.

To apply for the Entry Level Application Security Engineer position at TEKsystems, you should possess a bachelor's degree in Computer Science, Information Security, Cyber Security, or a related field. Ideally, candidates should also have at least two years of experience in software development, with a strong understanding of application architectures and programming languages such as Java, Go, Python, and Perl.

For the Entry Level Application Security Engineer role at TEKsystems, it's beneficial to have experience with multiple programming languages including Java, Go, Python, and Perl. Familiarity with these languages will help you detect and remedy security issues, especially those outlined in the OWASP top 10 vulnerabilities.

Yes, the Entry Level Application Security Engineer position at TEKsystems is a fully remote role, allowing candidates to work from anywhere while collaborating with a talented security team on essential application safety projects.

As an Entry Level Application Security Engineer at TEKsystems, you will benefit from a competitive pay rate and a comprehensive benefits package. This may include medical, dental, and vision coverage, a 401(k) retirement plan, employee assistance programs, transportation benefits, and generous time off options.

In your response, talk about any specific tools you have used in your previous roles. Describe how you applied these tools to identify vulnerabilities, what the outcomes were, and how you collaborated with teams to address these findings.

Outline the OWASP top 10, including common vulnerabilities like SQL injection and Cross-Site Scripting (XSS). Emphasize your understanding of how these vulnerabilities arise and what measures can be taken to secure applications against them.

Discuss an approach that involves collaborating closely with developers to assess the severity of vulnerabilities and understanding the business context. Highlight examples of how you have effectively communicated security risks and prioritized issues based on potential impact.

Be honest about your experience level with programming languages like Java, Go, Python, and Perl. Provide examples of projects where you utilized these languages, particularly how they relate to security.

Share resources, such as blogs, forums, security news sites, or online courses that you regularly review. This demonstrates your commitment to continuous learning in the rapidly evolving field of cybersecurity.

Provide a specific situation where you identified a vulnerability. Explain the steps you took to remediate it and the outcome. This shows your practical knowledge and response to challenges in security.

Discuss any involvement you may have had in reviewing application architectures for security flaws. If applicable, provide examples of how your input has led to stronger security frameworks.

Highlight effective communication methods you employ in remote settings, such as regular check-ins and collaboration tools. Share any experiences that demonstrate your ability to work independently while fulfilling team objectives.

Express your passion for cybersecurity and how vital application security is in today’s digital landscape. Relate this passion to your personal experiences or academic background, emphasizing your commitment to making applications safer.

Identify a specific skill or trait that is particularly relevant to the role, like attention to detail or problem-solving abilities. Support your claim with examples or experiences where this strength has had a positive impact.