Design and optimize a JPA repository for QueryWorks. Simulation Details: QueryWorks is a leading software company specializing in enterprise-grade solutions that optimize operational efficiency and enable data-driven decision-making for Fortune 500 clients. Known for its advanced analytics platforms, supply chain optimization tools, and scalable data management systems, QueryWorks has achieved measurable success, such as reducing operational costs by 30% and maintaining a 98% client retention rate. The company’s robust technology stack includes Java Spring Boot, Hibernate, PostgreSQL, and Kubernetes, ensuring scalability and performance for large-scale enterprise solutions. Collaboration and continuous improvement are central to QueryWorks’ culture, with Agile methodologies and rigorous code reviews driving its development processes. Currently, the company is developing a cutting-edge product catalog system capable of handling up to 10 million product records with sub-second query response times, showcasing its commitment to innovation and operational excellence. Step into the role of a Java Backend Engineer at QueryWorks, where you are tasked with designing and implementing the JPA repository layer for the company’s product catalog system. This repository is a critical component, supporting advanced analytics features and handling large datasets with high performance. You’ll collaborate directly with Morgan Taylor, the meticulous Lead Developer, who will review your implementation and provide detailed feedback. Your mission is to address her critiques, justify your design decisions, and refine the repository interface to meet QueryWorks’ high standards for performance, maintainability, and scalability. Through this interactive review process, you’ll experience the dynamics of a professional code review and hone your technical problem-solving skills. - Implement a JPA repository interface for the product catalog system, incorporating derived query methods and JPQL queries. - Engage in a real-time chat with Morgan Taylor to discuss and defend your design decisions. - Address feedback on method naming conventions, parameter binding, and query optimization. - Refine the repository interface based on Morgan’s critiques to ensure it meets performance benchmarks and remains extensible for future needs. - Demonstrate effective communication by justifying your technical choices and collaborating to improve the repository design.