• Couple bioheat and electromagnetic multiphysics in COMSOL to reconstruct the thermal distribution in brain of patients undergoing hypothermic cardiac surgery and monitor inflammatory response in traumatic brain injury patients.• Extensively use multiphysics combining fluid dynamics, electromagnetics, thermodynamics, and CAD import in COMSOL for multiple projects relating to biomedical devices.

• Instructed mathematics concepts to elementary through high school students using customizable teaching style, which promoted students' confidence and independence in mathematics.• Communicated with peer instructors to efficiently engage up to 50 students • Documented student progress and maintained student curriculum to ensure growth and effective teaching

• Compose one-on-one teaching sessions with undergraduates for lower division math and science courses, improving their academic performance by at least 1 letter grade.

• Predicted electric field generated by transcranial alternating current stimulation (tACS) in ferret head models with different electric conductivity and geometric configurations using COMSOL, ScanIP, and SolidWorks.• Determined key features in accurate electric field predictions by validating computational model calculations with experimental recording data in MATLAB.• Encourage active communication with lab associates by requesting feedback and fostering more peer-to-peer interactions between lab associates.• Directed and organized routine meetings as the liaison between the computational lab and experimental lab collaborator to communicate ongoing updates.

• Developed R software tool using support vector machines to assist physicians in finding potential responder to Spinal Cord Stimulation therapy. • Reduced the amount of information required to make an adequate prediction by using Random Forest machine learning algorithm as a means of determining feature importance. • Performed Random Forest machine learning algorithm to impute missing data.