As a Global Trial Associate in Johnson & Johnson's Global Clinical Operations Leadership Development Program, I am excited to embark on a 12-month rotational journey through Johnson & Johnson Innovative Medicine. This dynamic program immerses me in the world of clinical operations, providing hands-on experience across Clinical Trial Assistant, Site Manager, and Local Trial Manager roles. I'm gaining comprehensive knowledge of pharmaceutical development, GCO procedures, and regulatory… Show more As a Global Trial Associate in Johnson & Johnson's Global Clinical Operations Leadership Development Program, I am excited to embark on a 12-month rotational journey through Johnson & Johnson Innovative Medicine. This dynamic program immerses me in the world of clinical operations, providing hands-on experience across Clinical Trial Assistant, Site Manager, and Local Trial Manager roles. I'm gaining comprehensive knowledge of pharmaceutical development, GCO procedures, and regulatory requirements while supporting critical aspects of clinical trial management. My responsibilities include assisting with site and country feasibility studies, maintaining trial documentation, supporting study start-up activities, and ensuring compliance with industry standards. This role allows me to collaborate with global project teams, contribute to process improvements, and develop crucial skills in project management and cross-functional communication. As part of Johnson & Johnson Innovative Medicine's mission to transform healthcare, I'm actively involved in bringing innovative treatments to patients across various therapeutic areas. This program is not just a career stepping stone; it's an opportunity to make a tangible impact on global health, preparing me to take on future leadership roles in clinical operations and drive meaningful advancements in patient care. Show less

Collaborated with a global team of surgeons and engineers to drive advancements in orthopedic plating systems, with a focus on wrist fractures and trauma cases.

Collaborated with an NSF Engineering Research funded program to advance cell-based therapeutics for heart failure. Created and optimized a novel approach to cardiac differentiation for cell-based therapeutics and regenerative tissue research. Presented research findings at prestigious conferences, including the 2020 ERN Conference in STEM and the 2019 Cell Manufacturing Technologies (CMaT) Retreat.Achieved recognition and awards for research contributions, including 1st Place in Oral… Show more Collaborated with an NSF Engineering Research funded program to advance cell-based therapeutics for heart failure. Created and optimized a novel approach to cardiac differentiation for cell-based therapeutics and regenerative tissue research. Presented research findings at prestigious conferences, including the 2020 ERN Conference in STEM and the 2019 Cell Manufacturing Technologies (CMaT) Retreat.Achieved recognition and awards for research contributions, including 1st Place in Oral and Poster Presentation at the 2019 Cell Manufacturing Technologies Retreat and 2nd Place in Genetics, Biomedical Engineering & Cancer Research at the 2020 ERN. Show less

Collaborated with the international team at Cell Manufacturing Technologies (CMaT) to drive innovation in cardiac differentiation methods.

Spearheaded the development of a state-of-the-art prognostic sensor for metastatic breast cancer, leveraging cutting-edge microfluidics and nanoparticle technologies. Pioneered the creation of an innovative early prognosis sensor for metastatic cancer detection, utilizing nanoparticle-labeled microfluidic devices to enhance sensitivity and accuracy.Presented research findings at the prestigious 2018 International Science and Engineering Fair (Intel). Garnered recognition and accolades… Show more Spearheaded the development of a state-of-the-art prognostic sensor for metastatic breast cancer, leveraging cutting-edge microfluidics and nanoparticle technologies. Pioneered the creation of an innovative early prognosis sensor for metastatic cancer detection, utilizing nanoparticle-labeled microfluidic devices to enhance sensitivity and accuracy.Presented research findings at the prestigious 2018 International Science and Engineering Fair (Intel). Garnered recognition and accolades for research contributions, including 1st Place in Boehringer Ingelheim Animal Health Biotechnology and 1st Place in IEEE Atlanta Section in Materials and Bioengineering. Show less

During my junior year of high school, I led the development of a medical sports helmet as a heat stroke prognosis sensor for athletes. This involved breadboarding and coding to create a cutting-edge early warning system, enhancing athlete safety through continuous temperature and humidity monitoring. This experience ignited my passion for technology and safety innovation.