Ph.D. candidate in Control Engineering

Ph.D. candidate in Biocybernetics and Biomedical Engineering

MSc., Eng. Automatic Control and Robotics

BSc., Eng. Mechatronics

Embedded System Engineer

Designing and developing a system based on esp8266 with Wi-Fi communication (as a client or server - free to choose by a user, after turning the device on), html, css, js, django, touch screen, exchanging data, protocols

Software Engineer

Programming in Python and ROS (robotic operating system) Tools: Python, Git, ROS, VPN, ML/AI, Optical Sensor

Robotics Project Manager

Consulting and managing robotics projects in area of human-robot-Interaction, robotrobot- Interaction, building information modeling (BIM)

Research Engineer

System (and software) architecture and design of the electromyography acquisition system (constant cooperation with the Development Department) Since 11.2019, the technical leader of the project (Intuitive Natural Prosthesis Utilization (H2020-ICT-2015)). Evaluation of the EMG system with ablebodied subjects and amputees. Since 04.2019 leading a study on sensory feedback systems at the Medical University of Göttingen, Germany. Research in a field of bidirectional man-machine interface. Tools: C#/C++/C, Matlab. Technologies: Bluetooth, WiFi, USB, SPI, UART, MSP430, ARM Cortex M4, version control, dry electrodes, acceleration sensor

Research Assistant

BeMobil project (BMBF): Gait analysis system based on inertial and optical measurement units. Inertial and Optical Gait Data Comparison, Improving Optical Gait Phases Detection Algorithm. Supervising students (1 bachelor’s thesis on sensory feedback system, several software consultations) Tools: Matlab. Technologies: IMU sensors, VICON, SVN, gel electrodes, electrostimulation