• Designed and executed 10+ RESTful APIs using Java, amplifying system efficiency and bolstering seamless communication between the front-end and back-end components.

• Reduced query execution time by 20% via implementing a scalable database schema grounded in ERD principles.

• Improved system stability and reliability by about 25% through extensive QA testing and code refactoring.

• Authored and maintained UML documentation of the system architecture, aiding in the onboarding of new developers.

• Improved application performance and user experience by 15% through the strategic implementation of the MVC (Model-View-Controller) design pattern during the internship.

• Designed, maintained, and built code with a focus on reusability and efficiency, contributing significantly to streamlined development processes.

• Introduced Git for version control, streamlining collaboration and enabling seamless tracking of project iterations and enhancements throughout the engineering internship.

• Analyzed ALICE experiment data using C++ and Root to find electrons from charm and beauty hadrons.

• Did simulations of chambers with COMSOL Multiphysics system to optimize the gas mixture.

• Did optical and electrical QA checks of GEM foils and assembled chambers of TPC for ALICE experiment.