o Developed custom biomedical and industrial modules in C++, MFC, ATL, C# and Python for use with Nikon microscopes and NIS-Elements image analysis software for biotechnology companies, semiconductor chip and wafer manufacturers, medical device manufacturers and universities.

o Involved in the full development life cycle for all projects: Designed, coded, unit/integration/regression tested, created user documentation, assisted in customer installation and provided sales and customer support.

o Supervise, instruct and perform code reviews.

o Projects:

o Wrote a Windows Service in C# and a data transfer module in C++ to monitor NIS-Elements image analysis software running cell imaging experiments on the International Space Station. The service writes experiment data and software status to a UDP port for the client to monitor from the ground. Also wrote client simulators in Python and C# and shared with the customer.

o Created a module in C++ that integrates a third-party optical sectioning device to allow high contrast, confocal quality acquisition on customer’s existing microscopes.

o Created a module in C++ that allows a remote application to execute commands and retrieve data from NIS-Elements via TCPIP ports. Also wrote client simulators in C++ and in Python and shared with the customer.

o Currently developing software in C++ to inspect and review defects on semiconductor substrates. The software features the ability to import defect files generated from KLA Defect Inspection tools, review and reclassify the defects, capture images at defect locations and export the data back to KLA format or to XML format.

Wrote a subscription-based application in C++ to schedule racquetball matches for gym and fitness clubs in New York. The scheduler ensures no duplicate matches in the season.