Dawid Chudy

Development and maintenance of Automated External Defibrillator (AED). - Requirements definition - Design and implementation of SW changes and new features - Feasibility studies of integrating DSP in next product generation - QMS process definition and documentation - Review and verification of changes and their impact on the AED - Performing risk analysis - Providing know-how and technical support for new employees Languages: C and C++

Development of Automated External Defibrillator and Cardiopulmonary Resuscitation device (CPR). - Requirements analysis - Selection of HW/processor platform and RTOS - Providing architecture for SW monitoring system according to IEC 62304 - Providing debug conception - Partly involved in hardware design (keyboard, power management) - Design and implementation of a common platform (OOAD) for AED and CPR under QNX RTOS - HW bring up, BSP, OS, drivers Languages: ANSI C/C++ Target arch.: ARM

Design and implementation of a human interface for ICU (Intensive Care Unit) ventilator - Development and maintenance of BSP under VxWorks - Device bring up and bootloader implementation - Supporting GUI (graphical user interface) team - Employ fully OOAD GUI oriented framework - Design of a safety critical object verification system - Fulfilling hard constraints of response times - Setting up and leading of a small team in a sub-project Languages: Asm, ANSI C/C++ Target arch.: PowerQUICC (PPC)

Software development for a device used by customs officers to verification of the personal identity and documents legality. - Development of a custom-built operating system - Development of USB driver on AVR controller - Implementation of the USB communication protocol between PC (Windows and Linux) and AVR controller - Bring up and configuration of USB interface - Design of an upper layer protocol between middleware and low level SW modules Language: ANSI C Target architecture: Atmel AVR

Setting up and leading the FPGA team (center of competence). Realizing the project in cooperation with Tieto Deutschland for Siemens company. - Introduce team competences to the customer - Negotiate use of resources in a matrix management environment - Define project scope, objectives, milestones and deliverables - Coordinate and manage project reporting, reviews and steering meetings Customer: Siemens

Development of second release of Gigabit Passive Optical Network (GPON) project under RT-Linux as OS. - Employing Ethernet and PON technologies (e.g. LAN/WAN protocols, sockets, pipes and queues) - Configuration of the xDSL/2/2+ Infineon modems at low level - Modems bring up - Communication channels configuration - Providing interface between Infineon API and internal protocol (OMCI) Language: C Target architecture: PPC

Development of first release of GPON project. - Implementing network elements synchronization software under VxWorks - Employing OOAD - Design and implementation of reliable FSM (Finite-State Machine) - Using RTF (Real Time Framework) and BCL (Base Class Library) solutions dedicated for RTOS Language: C++ Target architecture: PPC

Programming: low level and OO.

Embedded systems, programming, PLD (FPGA, CPLD), computer networks.