Software engineer

Developed multi-language, cross-platform applications in C++ using the
Qt Framework.
Utilized various OpenSource libraries such as VTK, ITK, GDCM for medical
imaging processing.
Worked with C++ libraries including CGAL and Boost for project enhancements.
Proficient in profiling (Valgrind) and debugging (CDB/GDB) for efficient
code optimization.
Generated project structures and packaging using CMake build system.
Wrote Python scripts to parse data provided in JSON, XML and YAML format. Used Pydicom package to validate DICOM images and metadata conformity to specific imaging protocols.
Proficiently utilized Bitbucket, Stash, Jenkins (cross-platform builds), and
Git for version control and continuous integration.
Interacted with SolidWorks API in C# to automate CAD processing tasks.
Applied Medical Device Software Lifecycle Processes compliant with IEC
62304 standards.
Created automatic documentation compliant to IEC 62304 using Python with
the ReportLab package.
Conducted various levels of automated testing: Unit Tests, Functional
Tests, Integration Tests, and System Tests.
Automated mathematical calculations testing using Wolfram Mathematica.
Code style, ticketing resolution and coding best practices documentation using Confluence.
Utilized Jira Service Management for client ticketing and to perform support level 3 for clients, in order to resolve medical imaging and applications
released issues.
Proficient in analyzing medical images using applications such as Paraview,
MeshLab, 3DSlicer, Horos, and OsiriX.

Title of the Bachelor’s thesis: ”CleanSpace One - Work carried out in collaboration with EPFL for the creation of a satellite whose mission is to recover the
SwissCube satellite sent 4 years ago. Use of the C/C++ with OpenCV library
to evaluate and contrast feature points detection algorithms and matching
methods for satellite detection. Adapting these algorithms for deployment on
an Overo Gumstix WaterSTORM on-board card.”