Java Architect

As a Java Architect at TEKsystems, your key responsibilities include designing and developing high-performance, scalable, and secure Java applications. You will architect and implement Microservices-based solutions, develop and maintain APIs necessary for various business functions, and utilize AWS services to build and deploy cloud applications. Ensuring adherence to TOGAF principles while collaborating with cross-functional teams to gather requirements and providing mentorship to junior developers will also be significant parts of your role.

To qualify for the Java Architect role at TEKsystems, candidates should possess a Bachelor's degree in Computer Science, Engineering, or a related field, along with proven experience as a Java Architect. Strong expertise in Java, AWS, Microservices, API development, and in-depth knowledge of TOGAF is required. Experience in the payment or financial industry is highly desirable, as well as excellent problem-solving skills and strong communication abilities.

A Java Architect at TEKsystems should have strong proficiency in several technologies, including Java, AWS, Microservices, and API development. Familiarity with containerization technologies like Docker and Kubernetes, as well as knowledge of DevOps practices and tools, is also beneficial. Additionally, understanding security best practices and compliance standards will play a crucial role in this position.

The Java Architect position at TEKsystems is fully remote, providing you with the flexibility to work from anywhere. This arrangement promotes a healthy work-life balance while allowing you to contribute effectively to transformative projects with our team.

TEKsystems offers a competitive benefits package for Java Architects, which includes medical, dental, and vision coverage, a 401(k) retirement plan with options for pre-tax and Roth contributions, life insurance, short and long-term disability options, and a Health Spending Account (HSA). Other perks include transportation benefits, an employee assistance program, and generous time off provisions, ensuring a supportive and rewarding work environment.

When answering this question, focus on specific projects where you applied Java in architectural design. Highlight your approach to ensuring scalability and performance, and share any unique challenges you've faced and how you overcame them.

In your response, discuss your methodology for breaking down applications into microservices. Mention key concepts like service independence, communication patterns, and how you ensure that microservices work seamlessly together while providing scalability and reliability.

Explain your knowledge of RESTful principles and standard security practices such as authentication and authorization protocols. Discuss tools or frameworks you have used to enhance security and how you approach vulnerability assessments.

Provide insights into your learning process, including attending workshops, webinars, or following industry leaders and publications. Explain how you apply new knowledge to your architectural practices.

Discuss your understanding of the TOGAF framework, focusing on how you’ve used its Architecture Development Method (ADM) to guide your architectural projects. Share examples of how it has helped you in aligning IT strategy with business goals.

Discuss your experience with AWS services and how you address factors like cost management, scalability, security, and availability when deploying applications. Share specific tools or practices you use to ensure effective cloud deployments.

Talk about your mentoring style and specific strategies you use to guide junior developers. Share examples of learning sessions or pair programming techniques you implement to foster skills and knowledge development.

Provide a comprehensive example of a technical challenge you've encountered, outlining the context, the steps you took to resolve it, and the outcomes. Highlight any collaborative efforts or innovative solutions applied.

Discuss techniques like profiling, code optimization practices, garbage collection tuning, and monitoring tools you use to ensure optimal performance in Java applications. Share specific experiences or outcomes from your optimization efforts.

Describe your experience using Docker for containerization and Kubernetes for orchestration. Discuss how these technologies have enhanced your ability to deploy and manage applications efficiently in a cloud environment.