Michal Turlik

Contributed to the development of a human-oriented training application, fixing UI modules, adjusting layouts, and resolving bugs. Developed Bluetooth SDP communication, Wi-Fi manager, and smartcard modules from scratch, and refined collision detection for the 2D game engine.

Developed an application for filtering and dispatching Trenitalia travel ticket data remotely, acting as a robust data parser with a finite state machine. Enabled routing of ticket data to remote printers and logging of ticket emissions.

Contributed to a data analysis module for a complex naval software system, focusing on developing a graphical chart for displaying structured message data. Implemented features such as zoom, crop, real-time plotting, and multi-axis capability.

Contributed to a monitoring software module for a complex naval system, responsible for launching and monitoring the lifespan of other modules. Developed annexed tools and GUI programs for data diagnosis and administration, including a password management tool.

Contributed to an application for establishing and maintaining business relations with gas owners, focusing on extending graph module capabilities and 'deal' related functionalities. Resolved data plotting issues and refactored code for redundancy reduction.

Contributed to a multi-process remote device monitoring application, controlling drivers communicating via SNMP protocol. Developed standalone drivers for GSM-R modems and PLC devices, implementing common use libraries including POSIX socket wrappers and an event-driven FSM.

Developed two financial client applications utilizing internal client-socket API, capable of acquiring financial data snapshots. Ensured data normalization and formatting adhered to the FIX protocol.

Created a utility to filter specific data flows for a client sorting application, which parsed, processed, and sorted mobile telephony traffic data. Modified data flow processing rules and developed Oracle database dumpers using Pro*C.

Made minor adjustments and upgrades to a mobile application for remote controlling Symbian OS-based devices. This short-term project was completed within one month.

Modified and added features to an existing C++ code generator using the Visual Studio .NET framework (C#). Created custom widgets with the Trolltech Qt library in C++ using Visual Studio 2010.

Developed a comprehensive toolset/framework for creating and managing computational applications, arranged as Producer and Consumer nodes for a versatile radio monitoring suite. Implemented driver interfaces for embedded hardware control and data reception, optimizing performance for specific hardware.

Improved the company framework for unit and modular tests, refactoring and rewriting CMake macros and project files. Developed numerous unit and modular tests to ensure software quality and reliability.

Developed two application modules for a setup box project, enabling user activity monitoring and message collection. Extended a secure container library with updated C API, and maintained the native layer of an Android client email application.

Contributed to the development of a Sensor Data Collector for automotive applications, filtering sensor events and structuring collections as JSON files. Participated in the virtualization of ABB ACS 880 drive firmware and created a UI tool for virtual drive management.

Developed a cross-platform VOIP peer-to-peer client application from scratch, enabling full-duplex voice transmissions over IP. Contributed to the Sparta Routing submodule, enhancing API for optimal route, shop, and traffic information retrieval.

Contributed to the development of 3D printing control software, extending client application features and creating new libraries for hardware control. Designed the Hardware Abstraction Layer (HAL) and implemented robust multi-thread synchronization.

Contributed to the extension, bug fixing, and maintenance of an in-house Radio Development Kit for embedded radio devices. Key tasks included adding support for new radio devices, extending RDK API functionalities, and resolving bugs.

Architected and developed a client application with UI and backend for ABB charging stations, enabling user interaction for charger management. Implemented a custom communication layer supporting WebSocket and TCP protocols using Boost.Asio.

Grade: 82/100

Completed a Diploma in Computer Science and Accounting, achieving a score of 82/100. This program provided foundational knowledge in both computer science principles and accounting practices.

Undertook studies in Computer Science at La Sapienza University. Resigned after the first year due to personal reasons, focusing on gaining independence and supporting family.