JVM Software Engineer

As a JVM Software Engineer at Inetum Polska, your primary responsibilities include developing and securely managing the IAM platform, designing processes for threat analysis, automating security incident detection, and maintaining compliance standards through monitoring. You will leverage various technologies like Java, Spring Boot, and CI/CD practices to create innovative and secure solutions.

To qualify for the JVM Software Engineer position at Inetum Polska, candidates should have a higher education background in computer science, particularly in IT security, or equivalent professional experience. Proficiency in Java, Git, Spring, Kubernetes, and Docker is essential, along with experience in developing security-critical applications.

In your role as a JVM Software Engineer at Inetum Polska, you will work with a variety of cutting-edge technologies, including Java 17+, Maven, Spring Boot 3.x, Jakarta EE, Docker, Kubernetes, Jenkins for CI/CD, and PostgreSQL, among others. This diverse tech stack will allow you to develop secure applications effectively.

Absolutely! Inetum Polska is committed to the ongoing professional development of its employees. As a JVM Software Engineer, you will receive continuous support from a dedicated Team Manager as well as tailored technical mentoring from a technical leader to enhance your skills and expertise, ensuring you remain at the forefront of industry innovations.

The work environment for a JVM Software Engineer at Inetum Polska is vibrant, inclusive, and flexible. The company emphasizes a work-life balance through its hybrid work model, allowing for a mix of remote and in-office work. You will be part of a diverse team that promotes collaboration, innovation, and community well-being, making it an exciting place to grow your career.

In my software projects, I ensure security by implementing secure coding practices, conducting regular threat analyses, and utilizing multi-factor authentication (MFA). I also collaborate with security teams to stay updated on the current threat landscape and integrate their feedback into my development process.

My experience with Java has equipped me with a solid foundation for developing robust applications. I've worked on several security-critical projects where I implemented best practices for authentication and access control, ensuring that sensitive data remains protected against vulnerabilities.

My approach to automating security incident detection involves using established tools to create scripts that monitor for anomalies in user access patterns. I define critical thresholds and alerts based on OLA/SLA and KPI, allowing for immediate remediation measures when incidents occur.

I stay current with the latest technologies by following industry blogs, attending webinars, and participating in conferences focused on software development and security. I also engage with professional communities that share insights on emerging technologies that can enhance my skills.

To define and monitor KPIs for a software project, I would start by identifying critical objectives aligned with the project’s goals. I would then establish measurable indicators such as response time, uptime, and security compliance metrics, regularly reviewing these KPIs to gauge project health and implement necessary adjustments.

I have extensive experience with Kubernetes and Docker, having used them to deploy and manage applications in a cloud environment. I leverage Docker for containerizing applications and Kubernetes for orchestrating those containers at scale, ensuring high availability and efficient resource utilization.

When faced with conflicting priorities, I would initiate a discussion with my team to clarify each task's importance and impact. By facilitating an open dialogue, we can collectively agree on priorities and align efforts to meet project deadlines while maintaining quality standards.

In mentoring junior developers, I employ a hands-on approach by pairing them with me on projects, providing constructive feedback, and sharing resources for personal development. I foster an open environment where they feel comfortable asking questions and seeking guidance as they grow their technical skills.

In an IAM project, we encountered challenges with user onboarding delays. I conducted a root-cause analysis and discovered inefficiencies in our MFA implementation. Streamlining this process allowed for quicker verifications, significantly reducing the onboarding time and enhancing user experience.

In a software development setting, I prioritize open communication and respect for differing opinions. I believe in establishing shared goals with my team and regularly hold check-ins to discuss progress and roadblocks, fostering a collaborative atmosphere conducive to innovation.