Led a project on integrated filters in photonic circuits, achieving key advancements:- Analyzed optical filters in photonic circuits through extensive literature review.- Designed simulation models for spectral filters in Ansys Lumerical, using FDTD and EME solvers.- Created GDSII lithography masks for photonic circuit fabrication using NAZCA Design software.- Conducted optical characterization of fabricated chips, analyzing filters, waveguides, and couplers.- Analyzed and discussed experimental results using Origin software.Contributed to significant improvements in photonic circuit efficiency and scalability.

A project on numerical simulation of additive manufacturing, focusing on transient thermal load analysis in ANSYS Workbench. Achieved notable enhancements and efficiencies:- Executed advanced simulations of additive manufacturing processes, incorporating transient thermal loads to mirror real-world conditions accurately.- Optimized ANSYS workflows through MAPDL scripting, significantly improving the accuracy of thermal behavior modeling.- Automated the simulation process using Python, streamlining operations and increasing productivity.- Validated simulation accuracy by comparing results with actual fabrication outcomes, ensuring high reliability of simulations.- Leveraged strong analytical skills and extensive knowledge to contribute to a range of projects, enhancing team capabilities and project outcomes.Enhanced the precision and efficiency of simulation processes, contributing to more accurate manufacturing outcomes.

Gained practical experience in geometric modeling, engineering analysis, and CAD drafting. Enhanced skills include:- Mastered geometric modeling and CAD drafting techniques.- Applied Geometric Dimensioning and Tolerancing (GD&T) in engineering projects, ensuring precision in design and manufacturing processes.Developed a strong foundation in engineering design principles and practices.