From: Poland
Location: Samoklęski Małe, PL
On Useme since 23 October 2021
I am a young and fast-learning programmer with a passion for constantly improving my skills and staying up-to-date with the latest technologies. I am proficient in programming languages such as Python and C, and possess a broad range of theoretical and practical skills in computer vision and application development. In addition to my technical skills, I am also a team player with experience collaborating on projects with others. In my free time, I enjoy designing and creating 3D models using Blender, and I am also interested in embedded and IoT solutions. I am a creative problem solver who is always eager to take on new challenges and push the boundaries of what is possible.
Euclidian sequencer based rp 2040. Project is open source but still in beta version. https://playableel.blogspot.com
Euclidian sequencer based rp 2040. Project is open source but still in beta version. https://playableel.blogspot.com
End-to-end application for training and deployment of models for object detection and validation. Application communicates with PLC's and robots. Base board is Raspberry Pi 4
End-to-end application for training and deployment of models for object detection and validation. Application communicates with PLC's and robots. Base board is Raspberry Pi 4
Product placement in riveting machine using our smart camera. Very high precision (0.01 mm). Additional quality check and fast response time. STM-32 Camera with MicroPython on board. Works with Fanuc Robot using socket messaging communication
Product placement in riveting machine using our smart camera. Very high precision (0.01 mm). Additional quality check and fast response time. STM-32 Camera with MicroPython on board. Works with Fanuc Robot using socket messaging communication
ARM CPU board with linux, working with Basler camera and live preview with web interface. Program calculate cardboard position in 3D space and distance which can be measured with very high precision (1mm on entire stack's height). All working with re
ARM CPU board with linux, working with Basler camera and live preview with web interface. Program calculate cardboard position in 3D space and distance which can be measured with very high precision (1mm on entire stack's height). All working with re
Touch panel based on Raspberry Pi CM4, used for object detection and validation with special trained model, in real time. Camera streams image to panel and display validation results. If detected object is incorrect, panel displays alert with confirm
Touch panel based on Raspberry Pi CM4, used for object detection and validation with special trained model, in real time. Camera streams image to panel and display validation results. If detected object is incorrect, panel displays alert with confirm