About

Harsh Patel is a highly skilled Software Developer with over 2 years of experience in the field. He is currently working as a Software Developer at Freddie Mac, where he is responsible for modernizing monolith applications into microservices with high-quality software solutions in an Agile development environment. Harsh has contributed to the full development cycle, from design, implementation, and testing to documentation, delivery, DevOps, and maintenance. He has implemented REST Microservices using Spring Boot and generated Metrics with method-level granularity and Persistence using Spring AOP and Spring Actuator. Harsh has also used Spring Config server for centralized configuration and Splunk for centralized logging. He is experienced in using build/deploy tools such as Jenkins, Docker, and OpenShift for Continuous Integration & Deployment for Microservices. Before joining Freddie Mac, Harsh worked as a Web Developer at Intraaction Electronics, where he designed interactive pages that ensured control of high traffic, user-friendly, and easy to navigate layout which helped enhance the user experience. He also aligned with the software engineering team in order to develop the company’s website and improved authentication model. Harsh implemented using Django Framework along with HTML, CSS, JavaScript, and AWS to ensure a secure backend communication and smooth user experience. Harsh holds a Bachelor of Science in Computer Science and a minor in Mathematics from Rutgers University–New Brunswick. He has also completed his high school education from Edison High School and Liberty High School. Harsh has a strong technical background and is skilled in Software Engineering, Spring, Microservices, test, CI/CD, Docker, Spring Boot, Jenkins, DevOps, Integration, Web, AWS, Django, Javascript, and Backend. He has 90%+ testing coverage and has developed, modified, and designed software based on requirements specifications. Harsh is a valuable asset to any organization and is committed to delivering high-quality software solutions.