Maciej Biliński

Responsibilities: - Locate faults of the production line machinery and systems - Diagnose and repair electrical and control system breakdowns - Upgrade the control programs of the production machinery in order to increase efficiency and minimize line downtime - Ensure high product quality through monitoring, adjusting and maintaining of visual inspection systems and other testing equipment - Adjust production equipment - Perform measurements of process parameters - Maintain and repair production equipment, organizing servicing/overhauling works - Participate in preventive maintenance programs - Co-operate with production departments and other maintenance sections - Request the purchase of necessary parts - Report the progress of performed tasks - Perform other such duties of a similar nature as from time to time may be required including any other duty reasonable corresponding with the role.

Responsibilities: - Designing and programming electronic devices for non-destructive testing using Eddy-current method (ET) and ultrasound (UT, EMAT); - Initiate, establish, and execute strategic technology research and development projects; - Scouting on new technologies, devise and execute research projects; - Design, development and prototyping of applications with LabView; - Integrate components, deploy and monitor the prototypes; - Contribute to architecture design and pro-actively influence future functionality of the solution; - Research, design and implement algorithms - mainly in the field of non-destructive testing using Matlab; - Developing firmware for industrial embedded devices in C, C++ (mainly ARM microcontrollers STM32L1, STM32F1, STM32F3, STM32F4); - Implementing acquisition systems in FPGA (DDRAM, SDRAM, ADC, DAC); - Preparation of software documentation. - Active participation in new ideas and projects creation; - Document project results, preparations of reports, publications, etc.; Additional responsibilities: - Designing and integration of control and data acquisition systems (PLC Siemens S7-1200, AC/DC motors); - Developing Motion Control application with VFD drives, stepper motors and servo motors; - Integrating devices using industrial protocols; Additional roles: - R&D Team Leader; - NDT Lab supervisor. Projects: - Portable Inspection Device for Rock Bolt checking. (Embedded sofrware for ARM and FPGA, R&D tests and algoritm design); - High Voltage Amplifier for MFC actuators (NASA technology). (Embedded Software for STM32 and LabView Application); - Battery powered module with Bluetooth for vibration mesaurements. (Embedded Software for STM32L1 and LabView Application); - Control System for Vertical Axis Wind Turbines. (Control system with PLC and drives, LabView application for remote data aquisition). - NDT Inspection Robot. (Embedded software). - And many other R&D project which details remain in strict confidence.

Responsibilities: - Designing, programming and maintenance of devices with Atmel microcontrollers. - Designing dedicated software for ultrasonic devices with Matlab and LabView. Main projects: - Battery-powered wirelesses (Bluetooth) SHM module based on the measurements of the electromechanical impedance dedicated to remote inspection of bolted and welded joints. (Design of inspection algorithm with Matlab and implementing in a Microcontroller) - Fuzzy Logic Controller for High Voltage Amplifier for Piezo Stack Actuator used for precision control of machining accuracy. (Design of LabView application and Microcontroller device) - Analog inputs module for piezoelectric sensors used to build aquisiton system for condition monitoring of wind turbine blades. (PCB board with an analog conditioning circuit) - Universal ultrasonic tansmiter and receiver (30-100kHz) cards with USB connection. Fully controlled from LabView Application. (Microcontroller program and LabView library) - Matlab Aquisition Application for ultrasonic transmiter and receiver devices. (Matlab m-files with GUI). - Automated 3-axis scanner for ultrasonic testing. (Motion system and LabView application for movement control and data aquisition).

Project of Flying Shear with Mitsubishi Q170MCPU Motion Controller.

Human-machine interface designer (WinCC flexible, Wonderware InTouch).

Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering Computer control systems and digital control

Faculty of Mechanical Engineering and Robotics Automatics Control and Robotics

Faculty of Mechanical Engineering and Robotics Automatics Control and Robotics