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Creation
of 2D/3D visualisation and manipulation tools, in C++ using MFC, STL and
OpenGL, for detection, matching and registration of information coming from
biplanar X-rays images and 3D models of bones structures.
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Design
and development in C++ of medical imaging software dedicated to clinician and
orthopaedic surgeons for automating clinical diagnostics of bone structure
problem.
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Development
for commercial medical software that needs meticulous analysis, requirements definition,
coding, testing, validation and documentation.
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Extensive
use of templates and design patterns in object oriented programming for problem
solving and graphical user interface design.
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Integration
of distributed body of work from the local and international team of developers
using professional collaborative tools and revision control software.
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Work
on several projects simultaneously under tight deadlines for different internal
and external clients such as students, professors, doctors and commercial
partners.