Emily D. Email & Phone Number

New York, NY, US

Pleasanton, CA, US

Pleasanton, CA, US

Align business processes and regulatory requirements with system configurations, streamlining workflows, and driving large-scale enterprise system adoption while focusing on optimizing efficiency and delivering scalable, impactful solutions across pharmaceutical life science implementations.

New York, New York, US

- Leveraged advanced Python Object-Oriented Programming (OOP) principles to design and implement 3 molecular animation presets for PyMol 3.0 release, reducing animation development time by 90%- Optimized user interface (UI) design and created a splash screen highlighting new features using Python Classes and QT Designer - Conducted comprehensive analysis.

Ann Arbor, MI, US

- Collaborated with cross-functional teams to design mobile gynecological tables for under-resourced communities- Modified components of existing table prototypes on SolidWorks to continually improve user experience- Updated existing drawings and Bill of Materials (BOM) for 3 iterations of gynecological table prototypes- Adopted milling and drilling.

London, Greater London, GB

- Developed MATLAB program to denoise, process, and analyze low-dose X-ray imaging taken from cardiac catheter-based procedures, reducing radiation exposure by 25% without compromising image quality- Spearheaded initiative to rescale images into spatial frequency to address pixel scaling limitations in a prior paper submission and organized these images by.

Ann Arbor, MI, US

Engineered Cellular Microenvironments Laboratory under Dr. Geeta Mehta- Designed an in vitro model of the metastatic ovarian cancer tumor microenvironment to screen potential drug candidates for immunotherapy treatments- Performed a literature review on currently used in vitro models of the ovarian cancer microenvironment- Designed a microfluidic platform.

Manhasset, New York, US

- Shadowed Dr. John Boockvar in his clinical research study on intra-arterial administration of chemotherapy drugs through the blood-brain barrier disruption method to patients with glioblastoma- Presented a literature review on convolutional neural networks used on magnetic resonance imaging (MRI) brain scans to guide glioblastoma multiforme (GBM).

Ann Arbor, MI, US

Biomedical Manufacturing and Design Laboratory under Dr. Yihao Zheng- Tested different atherectomy devices, surgical devices used to grind calcified plaque present in artery walls- Used SolidWorks to design 3-Dimensional, anatomically accurate phantom blocks modeling the left coronary artery and manufactured them using stereolithography- Developed a.