• Research in Biomedical Engineering, Oncology, and Immunoengineering• Quad Fellow and American Australian Association Fellow

• Sole recipient of the Genentech Outstanding Student Award at Johns Hopkins University• Investigating novel strategies for reducing the viscosity of high-contentration antibody therapeutics to facilitate subcutaneous administration and improve efficacy

• Instructed students in Physics undergraduate courses, collaborated with professors and teaching groups, taught independent office hours, created and delivered content, guided students in their learning.

• Investigating heterogeneous lipid bilayers and engineering optimized carriers of diagnostics and therapeutics, developing applications for treating cancer and targeting tumours more effectively and safely in patients.• Researching in vitro, including investigating the application of pH-sensitive liposomes delivering chemotherapeutics.

• Assistant in the Johns Hopkins Athletics Department, aiding in the preparation and management of equipment for all varsity sports teams.

• Implementing processes to optimize and streamline interactions between 90 Clinical Research Associates and 20 Premier Institution hospitals facilitating 389 clinical studies, enabling more efficient research, and enhancing communication channels.• Designing an online template for universal Site Trial File Binders to streamline clinical research across 60 countries through analysis of common regulatory requirements and laboratory practices, balanced with country-specific needs.• Creating onboarding manuals for incoming Clinical Trials Coordinators to facilitate rapid integration into global clinical trials operations and prepare for high-level responsibilities leading clinical research.

• Designed and evaluated functional assays for characterizing and comparing antibodies and measuring potency. Delivered formal recommendations on assay use and experimental processes for applications in industry and clinical trials.• Surveyed and evaluated systems for key protein isolation and purification. Delivered recommendations on methods for commercial use. • Created an antibody optimization plan to achieve key antibody characteristic goals in target product profile and Certified Quality Auditor goals, informing product development plans and investor decision-making.

• Collaborating in roles across Product Development, R&D, Finance, and Sales departments. • Developing metal 3D printed customer-specified parts in collaboration with an engineering team for customers including Rolls-Royce and Boeing to meet the customer’s specific needs for parts in racing and commercial vehicles.• Coordinated and implemented Materials Solutions’ first fully automated material transport system. Created robots’ path system, designed instructions and safety manuals, and implemented automation without production disruption. Liaised with management and workers, and conducted employee research to identify and overcome automation concerns. • Developed and implemented a project for Laser Part Marking system for metal 3D printed fuel rod tips, utilizing self-designed part housing and marking system, currently used to maximize the efficiency of part identification and number marking.