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The world's first atomic-force profilometer system. Feature added to Veeco Instruments' NanoScope software that controls atomic-force microscopes. Contribution: Lead Software Engineer for the first two years of development through initial tradeshows and sales. Solo for first six months of development. GUI, business logic, some deeper changes. Tools: C++, MFC, STL, Galil, etc. |
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Contribution: Software Manager, and engineer for some additions and fixes. Tools: C++, MFC, STL, etc. |
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Contribution: Initial architecture of MFC application. Ported some of the many analysis views. Then Manager. Tools: C++, MFC, STL, etc. |
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A demo of a new easier way to teach data-aquisition recipes for the semiconductor industry. Two monthes of instense work. It helped Veeco win a $10 Million contract with IBM, as part of a best-of-breed competion. Tools: Visual Basic, UML, and lots of system-design discussion, use cases, etc. |
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C++, Zinc graphics library. |
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Remote control of a NanoScope atomic-force microscope for a special advanced use by a 3rd-party company. Tools: Python, wxPython, XML-RPC, Microsoft COM, C++, C# |
| The project was to port lessons from Joshua Kerievsky's book from Java on Windows to C++ on Linux and Windows. The C++ version of the lessons were used in Industrial Logic's on-site training courses at companies like Google, and in on-line eLearning products. Ported and modified a C++ unit-test framework, adding HTML output for red-green feedback and statistics. Tools: C++, java, Linux, Windows, junit, HTML, XML, Xerces, Boost, STL, etc. |
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Product won Best of Show at MacWorld 2003 Contribution: Consultant on general design and features from the beginning through the following 5+ years of development. Early database training. |
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For a software design patterns class. Tools: Java, SWT graphics library, UML |
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Bosch Diagnostics project to get automotive service information from a web service, based on vehicle type and symptoms. Tools: C++, MFC, SOAP |