Firmware development for Siemens Unified Comfort Panels- Human machine interface development using C++ and Qt- Microsoft Azure DevOps (TFS) pipeline integration of firmware (using Git)- Linux networking (nmcli, ifupdown)- Linux systemd software suit- Filesystems (btrfs, overlayfs) and utilities (fdisk, fsck)- LVM (Logical Volume Management) and tools- Architecture designing using UML (mostly sequence and use-case diagrams)- Test automation with Robot Framework and PyTest- Docker!Siemens Unified Comfort Panels product page:https://new.siemens.com/global/en/products/automation/simatic-hmi/wincc-unified/hardware.html

- Ship simulator visualization improvements with Qt and C++- Application that runs on multiple computers interconnected for load distributionProduct video:https://www.youtube.com/watch?v=p95RE8lb5XQ

- Drone control panel developed using Python and Qt- ROS (Robot Operating System) modules is written in C++- Warehouse modeling application is written with pure Qt by following MVC (Model-View-Controller) pattern- 3D visualization for drone monitoring using Qt 3D- TCP/IP message exchange framework based on publisher-subscriber architecture- Bash scripts to be run in Linux on NVidia JetsonProduct video:https://www.youtube.com/watch?v=kbZFSzL9JB8&t=192s

I worked on an academic research for my graduation project.Data acquisition protocol has been developed for time series signal using data processing tools in Python (numpy, scikit).This signal has been analyzed with neural networks using Tensorflow framework for earthquake forecasting.

I developed a control panel for autonomous drone thats used in aircraft maintenance and stock control using PyQt and ROS tools.

Android application and API have been developed for a medical clinic to carry out surveys using Qt, C++ and Flask.With this application, customer surveys conducted on different devices can be stored in a server and analyzed instantly.