C#.Net desktop, WPF, Scrum, Agile, MS SQL, Unit testing, RESTful, UML design, Software lead, Code analysis, Dependency injection, Entity framework, Integration with 3rd party systems

C#.Net desktop, WPF, Code analysis, RESTful, C, EmbOS, CAN, RFID, UML design, Integration with 3rd party systems

On behalf of Nspyre/Altran worked for Nedap Library SolutionsOn behalf of Nspyre worked for Philips ResearchOn behalf of Nspyre worked for PANalyticalOn behalf of TASK24/Nspyre worked for VialisOn behalf of Ordina Technical Automation/TASK24 worked for Vital Scientific BV(Formerly part of or known as Ordina Technical Automation, TASK24, Nspyre).

C#.Net desktop, WPF, C, Scrum, Agile, Unit testing, UML design, Modula-2

C#.Net desktop, WPF, C++, DICOM, WCF, Python, OpenCV, Unit testing, Integration with 3rd party software

The main activities within my function at PANalytical were: - Platform conversion from a single platform single board CPU to a multi-platform FPGA and PC environment. Activities included design documentation, implementation and testing of subparts in Modula-2, C (FPGA/NIOS II) and C#.Net (PC). - Extending the instrument its measurement interface with WCF support. Activities included design documentation, implementation and testing.- Integration of detection hardware. Activities included prototyping and requirements gathering to enable the design of a solution within the present instrument control architecture. The actual implementation in C#.Net/C and testing of the solution was also part of my activities. - Integration of numerous (smaller) hardware related changes into the current instrument control software. Activities included identification of integration activities(analysis and design), documentation, implementation in C++/C and testing. - Maintenance (problem solving) of current Modula-2, C and C#.Net instrument control and service software which included analysis, updates to documentation, implementation and testing activities.

The main activities within my function at Vialis were:- Maintenance of C++ based software applications that assist engineers with creating the visual representation of a crossing that is handled by a VRI. Maintenance meaning requirements retrieval for new functionality, documentation and implementation of new functionality and imperfection improvement.

The main activities within my function at Vital Scientific were:- Manage requirements (research, define and communicate) for software applications that interact with new (being developed) clinical chemistry analyzers, both on a high (GUI) and low (translating absorbencies to results) level.- Development of an LIS2-A specification based LIMS in C# with forms via TCP and Serial communication (requirements, design, implementation and verification). - Maintenance of Delphi based software applications that interact with currently produced clinical chemistry analyzers. Maintenance meaning support (to internal and external parties) by means of assistance with problem reports and implementation of software changes. - Subcontract management with parties in Serbia and Australia on both a project related and technical level. These parties contribute to the development of the software applications for the clinical chemistry analyzers.

The main activities within my function at Océ were:- Translating received MMI requirements for numerous copiers into software designs, implementation (in Java) and verification tests, both supporting currently produced (maintenance phase) as new being developed copiers.- Release management of developed MMI throughout the company via CM Synergy.- Research and implement unit tests for Java (JUnit) in the MMI application code base.

On behalf of Atos Origin worked for Océ

The internship assignment was to investigate possibilities to simplify the process of creating applications for a market leading producer of display and visualization solutions on an FPGA architecture. One of the simplification proofed by the investigation (with implementation of an MPEG-4 SVP encoder) was using Handel-C instead of the currently used C to VHDL implementation.