Trang Vu Email & Phone Number

Philadelphia, Pennsylvania, US

Developing novel gene-edited cell therapy product (CAR-T cells) for treatment of cancers. Taking initiative role in project planning and experimental designs of multiple in vitro cell-based assays to characterize T cell proliferation and antitumor potency, as well as evaluating the product’s quality and safety per FDA guidelines.

Bethesda, MD, US

• Implement new processes to create gene editing and treat tumors. Collaborate with diverse stakeholders to propel key projects on enhancing CAR-T cell resilience and efficacy in solid tumors via CRISPR. Develop and.
• Received positive feedback from NCI leadership for demonstrating commitment to work ethics and cross-functional collaboration.
• Nominated as one of the two fellows at National Cancer Institute (200+ people) to secure the “Transition to Industry (T2I) fellowship” that accelerated project from bench into the clinical trial.

Glassboro, NJ, US

• Headed key projects to develop a biosensor for detecting cancer while providing leadership to 20+ engineering students on junior and senior capstone projects. Designed lipid-membranebased assay to evaluate and report.
• Decreased data processing time by 40% by transitioning from manual data processing and deploying cutting-edge semiautomatic conversational algorithms to expedite the process.
• Optimized data analysis procedures and provided insight-driven conclusions by implementing Artificial Intelligence solutions.
• Developed a record-setting team of students by providing competency-based training on a variety of topics, including designing study schedules and analyzing information.
• Nominated for a prestigious award in 2019 “Rowan University Excellence in Research” for achieving 1# student position in a team of engineering and medical school students.

Glassboro, NJ, US

- Department of Biomedical Engineering, Rowan University, NJ- Develops protocols and supervises laboratory experiments for 45 engineering students - Instructs weekly workshops and one-on-one tutorials on homework and course-related materials

Glassboro, NJ, US

- Developed a biocompatible material with high-potential applications for future medical applications (such as tissue transplant, drug delivery, and 3D bio-printed devices, etc.) - Performed material characterization using SEM, electron microscope, FTIR and DSC - Initiated multi-disciplinary collaboration to integrate 3D printing technology for biomaterial

Glassboro, NJ, US

- Improved the wound healing process in elderly individuals with adipose-derived stem cells, while visualizing role of adipose in stimulating angiogenesis in vitro and fabricating & using microfluidic devices for in vitro blood vessels- Enhanced field knowledge and learned various cellular techniques & terminologies including micro-fabrications and.

Amsterdam, NL

• Improved collaboration between the US and foreign labs to develop a leading-edge protocol and acquire access to new technology. Reduced sequencing time from two weeks to two days by enhancing compatibility of sampling.
• Developed an extensive network in Europe to brainstorm new ideas via scientific discussions, remain up-to-date with new industry developments, and provide key insights for future projects.
• Reduced sample processing time by 50% to sequence cell-free DNA and circulating-tumor DNA obtained from plasma and urine samples by designing and executing advanced experimental protocols.
• Revitalized PCR primers (COSMIC/BLAST and gradient PCR) for sequencing and secured $17K funding from the US National Science Foundation (Grant No. 1829436 - IIE- GIRE program).

Glassboro, NJ, US

Tutoring for college students. Subjects included: Geometry, Calculus III, and III, Real Analysis, and Mathematics for Engineering Analysis

Glassboro, NJ, US

Doctor Of Philosophy (Ph.D.), Biomedical/Medical Engineering

Engineer’S Degree, Chemical Engineering