Résumé

References available upon request

Summary

Software and systems leader in laboratory instrumentation and scientific analysis.
Software Architecture and development, including expertise in DDD/CQRS/ES.
Extensive experience with C#, C++, MATLAB, EventStoreDB, SQL.

Experience

Systems Architect, Software Solutions
PerkinElmer, Waltham, MA, 2020–present
Lead high level architecture decisions in context of relationships with Instruments, Cloud Services, and Customer IT Infrastructure. Work with fellow architects to drive partnered approach in designing innovative solutions for broad use. Drive the development of componentized shareable software assets in concert with R&D software teams and UX partners. Influence the ongoing improvement of long term solutions leveraging drivers of reuse, scalability, and wide value. Organize and run Architecture Review Board.
Director of Software, Life Sciences
PerkinElmer, Hopkinton, MA, 2018–2020
Lead global software development efforts across in vivo, high content screening, and multi-mode detection businesses. Mentor and guide PerkinElmer teams and team leaders in the US and Germany, and team at outsourced partner in India. Provide architectural and strategic leadership to software development teams. Design and nurture cross-business software projects for common components using multi-site dev teams. Evaluate new technology for in-licensing or acquisition.
Senior Manager, Software Development
PerkinElmer, Hopkinton, MA, 2013–2018
Provide technical and strategic leadership for software development efforts on full line of in vivo imaging systems, covering both optical and micro-CT domains with over $70 million in annual revenue. Manage multiple teams locally and in India. Work with other teams in US and EU. Lead domestic and international collaborations with academic partners for development of new technology. Evaluate new technology for in-licensing or acquisition. Technical leader on next-generation instrument project. Lead team in green-field development of new software framework for multiple instrument platforms, utilizing reactive systems and CQRS+ES architectures to support distributable components, cloud-based computing and data storage, and occasionally connected clients. Framework then open-sourced to the CQRS and Event Sourcing community. Lead other teams in maintaining and enhancing legacy software for a range of products. Contribute code in C#, C++ and MATLAB across all in vivo product lines; lead code reviews and architecture reviews.
Principal Scientist
PerkinElmer, Hopkinton, MA, 2010–2013
VisEn Medical, Bedford, MA, 2008–2010
VisEn Medical was acquired by PerkinElmer in July 2010

Managed multi-site team with members in Boston and EU. Lead international collaboration with academic partners on next-gen software for multi-modality imaging. Lead design, specification, development, testing and production of software for pre-clinical fluorescence molecular tomography (FMT) imaging systems. Managed commercial software development team, and reported on project budgets and timelines to internal Business Investment Committee. Implemented software development process controls, including SCM, issue tracking, requirements management, and test case management. Incorporated Agile methodology principles into development process. Worked with field support to develop customer feedback mechanisms.

Maintained and evolved photon diffusion algorithms and other mathematical modeling and image processing for FMT system. Participated in continued evolution of next-generation FMT systems. Played a prominent role in road map planning for future FMT product development. Provided internal scientific peer review for chemistry and biology teams.
Senior Imaging Scientist
VisEn Medical, Bedford, MA, 2006–2008
Developed and implemented photon diffusion algorithms and other mathematical modeling and image processing code for FMT system. Contributed to hardware design and subsequent evolution of next-generation FMT imaging systems. Key technical leader in core R&D team that brought next-gen FMT from breadboard to commercial reality.
Consultant – Data Analysis Software & Algorithm Development
Freelance Consulting, 2006–2007
Developed software for 3D data manipulation and analysis of data in the developmental biology domain. Created C++ libraries and applications to work with large SQL data sets of 2D mouse cerebellum slice data to rectify, normalize, and model the data into 3D for comparison across developmental milestones.
Visiting Assistant Professor of Physics and Astronomy
Bowdoin College, Brunswick, ME, 2004–2006
Carried out a program of original research on the formation and evolution of large scale structure in the universe, involving extensive automated data analysis and numerical simulations. Taught two courses per semester in physics and astronomy, some with laboratory components, and developed curricula from syllabus to final exam. Supervised undergraduate senior research projects and summer student research. Wrote successful proposals for additional grants from NASA for research support.
Postdoctoral Fellow
Smithsonian Astrophysical Observatory, Cambridge, MA, 2002–2004
Research fellowship for studying the formation and evolution of clusters of galaxies using astronomical observations. Responsibilities included experiment design, data analysis, grant writing, paper publication, presentation at conferences, and software development. Obtained multiple grants for $83,000 in NASA research support.

Patents

Systems, Methods, and Apparatus for Imaging of Diffuse Media Featuring Cross-Modality Weighting of Fluorescent and Bioluminescent Sources, U.S. Patent 10,743,768, issued August 18, 2020
Systems, Methods, and Apparatus for Interference Filter Correction Based on Angle of Incidence, U.S. Patent 10,667,693, issued June 2, 2020
Systems and Methods for Characterizing A Central Axis of a Bone from a 3D Anatomical Image, U.S. Patent 10,136,869, issued November 27, 2018
Imaging Systems Featuring Waveguiding Compensation, U.S. Patent 8,492,734, issued July 23, 2013.
Systems And Methods for Virtual Index-Matching of Diffusive Media, U.S. Patent 8,401,619, issued March 19, 2013.
Systems And Methods for Tomographic Imaging in Diffuse Media Using a Hybrid Inversion Technique, U.S. Patent 8,401,618, issued March 19, 2013.

Education

Ph.D. Astronomy, University of Virginia, 2002
Thesis: Thermal and Nonthermal Effects in Merging Clusters of Galaxies
M.A. Astronomy, University of Virginia, 1998
Thesis: An Analysis of the Si IV Spectra of U Sge
B.A. Physics with honors, Oberlin College, 1997
Thesis: High Time Resolution Studies of the Pulsar PSR J0437-4715