Software Developer

• Aug 2020 - Present

Field Service Engineer

• Dec 2015 - Aug 2020

- Preventative maintenance, quality assurance, and service of ultrasound machines and transducers - Examples of issues I address include network problems (DICOM systems and physical network), image quality analysis, hardware diagnostics, software system recovery or upgrades, system/patient data management - Built a web-based DICOM Picture Archiving and Communications Server (PACS) for the purposes of managing QA images using the Orthanc open-source PACS and AWS - Built and manage a web-tool for internal use by engineers and sales staff to submit and manage service requests using HTML, Python, PHP and AWS Show less

Graduate Student Researcher

• Sep 2012 - Dec 2014

- Responsible for the research, design, and planning of a system to isolate single cells in micro water-in-oil drops. I performed review of available literature; designed and fabricated prototypes; tested the design with various oil mixtures, micro-particles as simulated cells, and flow models (pressure system vs. syringe). - Responsible for the research, design, and planning of a system to isolate single cells in micro water-in-oil drops. I performed review of available literature; designed and fabricated prototypes; tested the design with various oil mixtures, micro-particles as simulated cells, and flow models (pressure system vs. syringe).

Summer Student, Department of Medical Imaging

• May 2012 - Aug 2012

- Liaison between clinical teams and technical teams assisting in documentation reporting and planning the software framework - Liaison between clinical teams and technical teams assisting in documentation reporting and planning the software framework

Research Assistant

• May 2011 - Jun 2012

- Designed an analog trigger circuit to capture image frames for a prototype imaging system utilizing optical coherence tomography. The circuit’s purpose was to provide the timing for sectioning capture data from a sensor. - Participated in testing the device in a live animal trial. The goal was to simulate the detection of blood vessels during surgery. - Wrote a technical description of the circuit for the publication of the research. - Designed an analog trigger circuit to capture image frames for a prototype imaging system utilizing optical coherence tomography. The circuit’s purpose was to provide the timing for sectioning capture data from a sensor. - Participated in testing the device in a live animal trial. The goal was to simulate the detection of blood vessels during surgery. - Wrote a technical description of the circuit for the publication of the research.