• Mentored and supported fellow analysts and process engineer, fostering a collaborative and knowledge-sharing environment within the team.• Managed SQL database, streamlining processes and boosting team productivity.• Developed comprehensive management reports and real-time dashboards to empower stakeholders with actionable insights for informed decision-making and proactive interventions in supply chain operations.• Identified and resolved critical process issues through rigorous database system testing and troubleshooting, resulting in a notable reduction in production line downtime and associated costs.• Collaborated cross-functionally with Materials, Engineering, Program Managers, and Operations teams to provide analytical support, identify KPIs, and foster a data-driven approach to problem-solving and decision-making organization-wide.

• Conducted in-depth mathematical analysis and numerical simulations using direct simulation Monte Carlo method on high Knudsen number jets. This involved extensive data processing and interpretation to derive insights into complex fluid dynamics phenomena.• Taught Engineering Fluid Mechanics, Process Equipment Technology and Design for Chemical Equipment. Delivered comprehensive lectures, administered quizzes, assigned homework, and conducted examinations to ensure students grasped key concepts effectively.

• Developed sophisticated simulation codes in C++ from scratch, employing advanced algorithms and methodologies to accurately model complex fluid dynamics scenarios.• Applied the direct simulation Monte Carlo (DSMC) method with precision to simulate rarefied gas flow from nozzle exits, facilitating comprehensive exploration of gas dynamics in low-pressure environments.• Conducted comprehensive analyses of critical parameters such as number density, temperature, and velocity distributions along vacuum chamber walls, yielding invaluable insights for optimizing system performance and flow behavior.• Projects: - Theoretical and Numerical Analysis of High Knudsen Number Gas Flows. - Multi-scale Gas-kinetics/Particle (MGP) Simulation for Rocket Plume/Lunar Dust Interactions. - Gas-kinetic Computation Scheme for Gas Flows with Multi-scales and Multi-physics.