Scott Dylewski, Ph.D.
San Francisico, CA 94131
scott at dylewski.com
10-15 years of experience with research and engineering of electro-optical systems with an emphasis on creating scientific software to analyze complex physical systems. I’m open to accept new challenges in system design or algorithm development where I can use my broad technical background to solve difficult problems. I can work with Linux or Windows systems while continuing to learn new languages and skills as necessary.
Alverix, Inc. 2007 – present
- Serve as the senior scientist for a company which develops handheld electro-optical readers for biochemical disease tests. This role is very broad, including instrument design, creating measurement algorithms, filing patents, developing new measurement techniques, and advanced data analysis. Filed patents 2010/0175455, 2010/0177930, and 2008/0069732
- Responsible for creating a bio-assay development system consisting of a camera analyzer and extensive software that allows biochemists to measure, model, and analyze lateral flow assays. Real-time modeling of fluid flow required solving 2-D diffusion equations. Wrote all software and GUI in a MATLAB environment.
- Lead technical sales discussions with potential customers. Responsible for over $20M in new business.
- Wrote articles for trade journals and gave presentations at technical conferences on behalf of Alverix.
- Developing Lateral Flow Assays with an Image-Based Analyzer
- Point-of-Care Testing: Trends in Assay systems
- AACC Oak Ridge Conference presentations in 2010, 2009, and 2008
Avago Technologies 2004 – 2007
Senior Scientist , Rapid Diagnostics Division
- Responsible for research into lateral-flow assays using Matlab, LabView, and HP Vee. Statistical analysis and visualization was done with Matlab and Excel.
- Primary coder of new analysis algorithms for our handheld imaging instrument.
- Developed spectroscopic measurement methods for analyzing fluorescent assays; designed laser/LED excitation systems and optical detection filters.
Agilent Technologies 2001 – 2004
Hardware Development Engineer, Fiber Optic Product Division
- Responsible for electrical design and verification of 4Gb/s fiber optic transceiver, including IC selection, schematic generation, PCB design & layout, EMI, initial test and characterization.
- Developed extensive knowledge of testing, debugging, software control, and general problem solving in relation to electrical, optical and mechanical systems.
- Wrote and optimized many of the algorithms written in LabView and HP Vee languages used in the R&D test lab. Reduced test time by more than 2x for most tests.
Cornell University 1996 – 2001
Doctor of Philosophy in Applied and Engineering Physics
- Performed fundamental experimental and theoretical research on the interaction between UV light and small atmospheric molecules.
- Performed extensive analysis of data using 3-D quantum-mechanical models to fit very large sets of 2-D data. Created a real-time analysis pipeline to give results during data collection.
- Developed a complete software package in the UNIX and MATLAB environments to extract important molecular-frame information from data image projections.
- 6 published papers in respected scientific journals. Thesis: The photodissociation of ozone in the Hartley band.
- Excellent technical leadership skills for small projects and teams.
- Extensive experience with modeling of complex systems, numerical methods, Matlab, Linux, LabView, bash shell, optics and electronic system design.
- Manages the Linux-based open source project “DVD-Slideshow“.
- Currently learning Python for home projects.
- Enjoys cooking, hiking, swing dancing, and gardening.