Hans Stam Email & Phone Number

Pijnacker, ZH, NL

The Hague, South Holland, Netherlands

Delft

Development of a variety of mortgage services in.NET (C#)

Delft, South Holland, Netherlands

Development on Mortgages models for the calculation of Market value. (Solvency II). The models have been developed in R-code and are run in the Azure cloud.

Delft Area, Netherlands

Development on in-house software package (C#, Javascript, Angular2,.Net Framework) that is used for the support of new business in the Insurance and banking discipline.

Own company for the development of both actuarial and technical software. client: VORtech, April 2015 - april 2016VORtech develops scientific software for a variety of technical clients. Project: Member of a team of software engineers for the development and maintenance of geophysical processing software used in the oil industry. Software technology: Unix.

Developing market consistent liability models for individual life insurances and pensions. Models modelled in MoSes software technology. In addition, development of FoxPro and VBA tools for calculation and reporting purposes.

Teaching at the University of Professional Education at the Hague (Haagse Hogeschool). Connected to the study Industrial Mathematics. Topics: analysis, linear algebra, operations research.

Support, maintenance and releasing of Shell software for static and dynamic reservoir modeling. In particular the Promise software suite for the inversion of reservoir models using seismic data. The software runs on UNIX (Solaris2.8, IRIX6.5) and Linux (Linux2.2.) platforms and is written in C and C++.The user interface is based on Motif and Qt.

Maintenance and customization of the Risk Management system Sophis. The server of Sophis runs on a Sun platform and its clients on Windows NT machines. It stores its information in an Oracle database. Sophis is used in the dealing room for deal capture and position keeping of equity derivatives. Required knowledge for this project: UNIX, SQL, PL/SQL and C++.

In-house seismic processing with Shell software. Supervising contractor-processing projects. Advise interpretation teams on seismic processing. Participation in Health-, Safety and Environment committee.

Co-ordinator of DMO software. Implementation of new functionality’s and tools. Internal reporting on different aspects of DMO. Design and execution of software test plan. Extensive user manual written.Written maintenance document for other software engineersIntegration of velocity modeling package into SIPMAP for a number of NMOoperations. Implementation.

Mathematical modeling of the radiated field of an array antenna. Software implementation of the derived theory. Design and execution of test plan for the software. Developed theory published in a final report.

Phd, Mathematics

Vwo