• Instructed and supervised 43 students on advanced laboratory techniques, including:o Microcontact printing of proteins for patterned myoblast growth.o Cell culture, passage, and counting for experimental reproducibility.o Fluorescence imaging and ImageJ analysis to assess myoblast growth directionality.o Growth assays using various adhesion substrates to evaluate cellular behavior.o Streamlined and optimized protocols to reduce experiment time by 30%.• Maintained and prepared 12 cell cultures, ensuring sterility and accuracy in experiments.• Managed chemical inventory, drafting, and implementing SDS protocols.• Performed equipment sterilization and routine maintenance of critical lab instruments.• Collaborated closely with the professor to maintain clear communication, relay student progress, and address lab needs.• Graded lab reports, exams, and provided constructive feedback to enhance student learning.• Mentored students on lab techniques, troubleshooting, and proper scientific documentation

Assisted in fabricating 2 experimental equipment.Bioprinting skin models for melanoma treatment, 3 viable epidermal constructs.Upkeeping of experimental resources and improve experiment effciency by 40% weekly.Collaborating with other researchers and scientists to analyze and interpret data.Performing data collection and analysis to identify trends and patterns in tumor progression.Contributing to the development of new procedures and methods for data collection and analysis.Providing technical support in the implementation of research experiments and procedures.

Maintained and serviced laboratory 2 FDM printers.Resin-printed and processed experimental models.Designed and fabricated 4 housing prototypes for a dental handpiece accessory.Collaborated with other researchers in modeling CAD for 3 device designs.Assisted researchers in experimental procedures.3D printed 6 laboratory equipment.

• Proposed and spearheaded the change to an inverted gantry system setup, allowing for greater camera analysis accuracy.• Innovated 2 different approaches to the feedback loop used by the device, including the establishment, tuning, and testing of the final PID algorithm, in addition to designing the supporting architecture.• Designed and fabricated 6 prototypes of mounting fixtures and hardware for the system using FDM 3D printing, resin 3D printing, and machined aluminum.• Performed structural stability test of fabricated fixtures using COMSOL and real-life deflection and vibration analysis.• Designed and drafted the electronics of the device, including the selection of the camera, lens, and linear actuator in EAGLE.• Tested device accuracy and precision, refining the performance through 5 iterations, and collaborating with Jabil engineers to refine the LabVIEW program running the system.• Assisted in the writing, debugging, and researching of the LabVIEW program.

Assessed and refined 12 students' math skills and knowledge to identify areas of weakness.Encouraged and motivated students to develop a positive attitude towards math.Communicated regularly with parents to update them on their child's progress.Maintained a clean and organized learning environment.