Seweryn Habdank-Wojewodzki

Management of the interface to Customer in engineering projects and operations matters for a specific solution or defined group of solutions. Overview about the solution portfolio and responsible Solution Managers in place for analyzing impacts of solution changes.

Responsible for managing our PaaS and SaaS Platform (Web, JEE, DB/NoSQL) fulfilling the required features, SLA's as well as for financial controlling, including the services for several hundred operated applications; Interface between operation, solution management and development, by providing an automated professional PaaS; Design and implement Cloud Services and the Platform; Analyze market trends and identify optimization opportunities;

Analysis of system and architecture requirements and creation of the system architecture Coordination of architecture and design decisions Dissemination of the results to the architecture team and the vote of the detail design with the developers Coaching / mentoring team members in OO design, development, test, and C + + Development of the framework components Tools, standards, techniques: Ecplipse, Rhapsody, Cantata, C++, Java, Linux, UML, MISRA-C++, EN50128:2011, ETCS.

Define tasks in the scope of Build & Configuration Management and ensure their execution with respect to customer priorities; Ensure IT infrastructure for building the software packages is proper (availability of the build farm, build servers and build agents); Ensure necessary tool chain to be deployed in the build environment; Ensure that build and configuration are implemented; Ensure functionality of the necessary supporting services.

Agrees the release policy of releases; Create release plans according to customers; Define with proper authorities and ensure quality gates; Ensures the correct configuration; Formally approves release deliverables; Prepare release specifications; Handle releases of the sub-systems; Ensures integrity and quality of the releases; Agrees the definition of an emergency release procedure; Design and improve release processes for systems and sub-systems.

Design and development of the Components for distributed system. Technical Project Leading for Platform Components team (Agile methodologies). Administration of the Build Management. Setup of the build farm based on virtual machines. Support for the Sales department that was accomplished in winning tender in Poland for 1.24 G Euro — www.kapsch.net/en/KapschGroup/press/articles/ Pages/ktc_101102_pr.aspx.

Design and development for Platform Components for the distributed tolling system. Maintenance and scripting for automated build systems (Cruise, Hudson). Introduction of the automated quality assurance tools. Languages: C++ (STL, Boost, ...), Python, Batch, Bash;; OS: Windows, Linux; Compilers: gcc, cl (VS 2008); Architectures: x86, PPC.

Member of the Platform Components team for distributed tolling system. Classification for electronic tolling system — www.tollroadsnews.com/node/3804. Data mining algorithms (SVM, FL, KNN), vehicle detection and classification (LVDC System, Smart Traffic Sensor). Leading the quality improvement process including coding standard within the Software Integration programme. Technical leader for STL and Boost trainings for 26 developers from R&D. Languages: C++ (STL, Boost), Matlab, Python

Extensions for the library for recognising patterns in the traffic stream. It covers multidimensional time series of traffic data. Languages: C++ (STL, Boost, Gtkmm), Matlab, Python

The course of the Stochastic Processes It includes: running exercises, leading of the students projects, making extensions including topics from Statistics for the main lecture.

Library for recognising patterns in the traffic stream. The core of the program is based on the composition of the Fuzzy Subtractive and modified Hierarchical Clusterisation. It uses a dedicated metric for not convex sets of the functions. Languages: C++ (STL, Boost), Matlab, Python

Prediction tool for traffic time series for a Linux system and port of the system core to the DSP. processor series TMC6000 (inside TRICam Kit). The prediction includes a Kalman-Bucy filtering and a Fuzzy Logic Decision system. The project co-owner was Frequentis (Austria). Languages: C, C++ (STL, Boost), Java

Jam detector. based on real-time data from database The detector contains two parts: first Matlab scripts for preparing fuzzy systems, and a parser from *.FIS files to *.C files. The parser prepares fuzzy modules to be implemented in programs written in C or C++ for PC or microcontrollers. Languages: C, C++ (STL), Matlab

Project of lightnings for the Amadeus hotel nearby the Marketplace in the Cracow. Artistic 3D-scenes was made. Language: Pov-Ray

Development a distributed program for modelling a technology line for a steel production processing (server, client, GUI). System was composed from Data Base, Computing Server, C++ (thick) Client, Java (thin) client. Languages: C++ (STL, MFC, CORBA)

Development a program for modelling a technology line for a steel production processing (computing server). Participated in creating a program for modelling transformation steel in manufacturing processes using already existing models of machines. Awarded with a diploma for the quality of work having been done. Languages: C++ (STL, MFC)

Traffic Systems modelling and control

Studying on Faculty of Mathematics and Physics. Field: Mathematics.

University of Science and Technology in Cracow (Poland). Studying on Faculty of Electronic Engineering, Automatic Control, Computer Science and Electrical Engineering. Field: Automatic Control and Robotics. University finished with very good mark.