Oversee the software team for research and development of new hardware and software products. Manage multiple, simultaneous projects. Responsible for overall software lifecycle. Work closely with multiple teams to develop best technical design.

Develop customer-facing software tools incorporating state-of-the-art algorithms for analysis and real-time data acquisition. Tight cross-disciplinary collaboration with scientists, engineers, marketing, and sales. Provide mentorship and education for new employees. Maintain existing software and work directly with customers when required.Lead algorithm scientist for the ImageStream imaging flow cytometer platform, IDEAS data analysis software, and Amnis AI deep learning software. Research, prototype, and implement image processing and data analysis algorithms. Design and iterate software architecture. Perform code reviews. Backlog grooming and sprint planning in an Agile/Scrum environment. Design and implement workflows and GUIs. Maintain and improve continuous integration and build process via Azure DevOps. Work with stakeholders to generate requirements.

Technical lead for development of algorithms and new workflows. Developed instrumentation, real-time image processing, post-processing, and analysis software for imaging flow cytometers. Collaborated with bio, mechanical, and optical engineers.Participated in complete development cycle for CellStream Flow Cytometer, and multiple releases of IDEAS data analysis software. Tasks included requirements, GUI and algorithm design, prototyping, implementation, testing, maintenance, and technical support.Presented at Cyto 2017 - "A Structured Methodology for t-SNE Integration Into the Research Workflow for Effective High-Dimensional Data Analysis”

Developed real-time instrument software and post-processing data analysis software. Solicited requirements, designed workflows and user interfaces, supported on-market products, front-end and back-end development.

Developed an automated system for using Optical Coherence Tomography (OCT) to non-destructively measure contact lens thickness for characterization of manufacturing process. Helped other students and professors with various experiments in the optics lab of the biomedical engineering department.

Designed controller hardware for high-speed optical communication system for data acquisition in physics experiments aimed at discovering new particles.

Mixed Signal ASIC Department, 2006Optics and Microelectronics Department, 2003-2005College Cyber Defenders, 2001-2002

Developed JTAG boundary scan testing hardware to facilitate access to the internal logic of data acquisition hardware for the Fermilab Tevatron, enabling faster turnaround on troubleshooting and repairs.