Industrial Automation
Practical engineering for PLC-based systems, commissioning-oriented logic and automation workflows connected to real industrial processes.
PLC Software Engineer · Industrial Automation · Motion Control
Engineering reliable automation softwarefor industrial systems.
I design structured PLC logic, motion-oriented control sequences and technical workflows that make industrial systems easier to operate, diagnose and maintain.
01
PLC Software
Structured logic, states, interlocks and diagnostics.
02
Motion Control
Axis concepts, sequencing and servo-oriented workflows.
03
Documentation
Clear standards, reusable guides and maintainable project structure.
Technical Positioning
Automation engineering with a software-first mindset.
My background in Computer Engineering, Robotics and Automation allows me to approach industrial software with attention to both machine behavior and software architecture. The target is not just to make a system work, but to make it understandable, maintainable and ready for future evolution.
PLC Architecture
Readable separation between commands, feedbacks, alarms, states, permissives and operator-facing information.
Motion & Drives
Motion control concepts, axis handling, command sequencing and servo-drive integration from a PLC software perspective.
Technical Standards
Documentation, naming conventions, reusable templates and project structures designed to support long-term maintainability.
Stack
Skills and technical environment
Automation & Control
TIA Portal · STEP 7 · PLC LAD/AWL/SCL · MATLAB · Simulink
Programming
C · C++ · Java · Python · Bash/Zsh · PowerShell · VBA
Robotics & Simulation
ROS · ROS 2 · Dynamixel Protocol 2.0 · RoboDK · RViz · MoveIt!
Networking & Protocols
TCP/IP · VLANs · OpenVPN · PROFINET · OPC UA · Modbus TCP
Documentation
LaTeX · TikZ · Markdown · Doxygen
Tools & Platforms
Git · GitHub · VS Code · Eclipse · IntelliJ IDEA · Windows · Linux · macOS
Workflow
From machine process to maintainable software.
Understand
Process behavior, machine signals, constraints and expected operator interaction.
Structure
Architecture, states, commands, feedbacks, alarms, interfaces and diagnostics.
Deliver
Readable implementation, reusable documentation and standards for future maintenance.
Selected work