Idrees Syed
About Idrees Syed
Idrees Syed is a Java Fullstack Developer currently working at Fannie Mae in Reston, Virginia.
Current Position
Idrees Syed is currently employed as a Java Fullstack Developer at Fannie Mae in Reston, Virginia, United States. His work involves various technologies and methodologies, including the implementation of microservices using Spring Boot, leveraging Docker and Kubernetes for containerization and orchestration, and developing RESTful API services.
Previous Experience at Fannie Mae
Idrees Syed has extensive experience with Fannie Mae, having served as a Java Fullstack Developer during two separate periods: from 2017 to 2018 and from 2018 to 2019, both in Reston, Virginia, United States. In these roles, he developed reusable components, models, and directives using Angular JS and was actively involved in structured peer reviews and walkthroughs to ensure code quality.
Java Development Roles
Prior to his current position, Idrees Syed worked as a Java Developer for several organizations. He was employed at Raymond James in St Petersburg, Florida, from 2015 to 2016 and at Mission Lane in San Francisco, California, from 2014 to 2015. His responsibilities included implementing Spring Security for input request authentication by integrating with LDAP and developing a Test-driven development (TDD) strategy using the JUnit testing framework.
Educational Background
Idrees Syed earned a Bachelor of Technology (BTech) in Computer Science from Jawaharlal Nehru Technological University, where he studied from 2009 to 2013. He also attended St. George's Grammar School, where he completed his ICSE, and St. Marys College, where he studied Mathematics, Physics, and Chemistry during high school.
Technical Skills and Projects
Idrees Syed has utilized various advanced technologies throughout his career. He has created microservices using Spring Boot, integrated with Swagger2 for documentation, and worked on performance tuning of client-side applications. He also employed Java 8 features such as streams and lambda expressions and translated functional specifications into technical specifications, developing test plans to verify new or modified functionalities.