Robotics & Warehouse Automation
Hands-on exposure to AMR environments, live operations, diagnostics, and deployment support across GEEK+, HAI Robotics, and JDL Robotics contexts.
Robotics Field Engineer working across live warehouse automation environments. I combine AMR operations, incident diagnostics, internal tooling, and hands-on robotics projects into one execution-focused engineering system.
I work where software meets physical operations: robots, warehouses, logs, failures, dashboards, pressure, and execution. My advantage is that I understand both the system on the screen and the machine on the floor.
Hands-on exposure to AMR environments, live operations, diagnostics, and deployment support across GEEK+, HAI Robotics, and JDL Robotics contexts.
Building practical tools for log parsing, reporting, operational analysis, and workflow automation instead of just collecting certificates.
JavaScript, Python, backend logic, APIs, dashboards, and deployment workflows for tools that solve concrete operational problems.
Servo-based robots, humanoid concepts, 3D-printed parts, smart boards, and experimental hardware/software integrations.
Robot errors, warehouse incidents, logs, operator feedback, bottlenecks, and field constraints.
Pattern detection, structured reports, internal tools, automation logic, and root-cause thinking.
Cleaner operations, faster troubleshooting, clearer reporting, and stronger system visibility.
This section is the difference between “I know technologies” and “I build systems.”
Operational tool that converts messy robot incident logs into structured data for reporting, analytics, and warehouse team visibility.
Hands-on support for AMR-based warehouse automation platforms including live monitoring, incident handling, and operational stability work.
Servo-based expressive robotic system focused on motion, personality, state feedback, and compact physical interaction.
Small systems for content automation, memory capture, dashboards, and workflow control. The goal is not prompts — the goal is repeatable systems.
Percent bars pretend precision. A capability map is more honest: what I operate, what I build, and what I am actively improving.
AMR monitoring, incident handling, warehouse automation workflows, deployment support, technical documentation.
Static sites, React/Next.js experience, dashboards, workflow UIs, API-connected tools, deployment debugging.
Parsing, automation scripts, data processing, geospatial and analytical workflows.
QGIS, SNAP, EGMS, InSAR concepts, satellite-data analysis, geospatial research background.
Prototype design, servo-based robots, 3D-printed parts, practical hardware/software integration.
Multi-agent workflows, memory systems, content automation, tool chains, and applied AI infrastructure.
Warehouse automation, AMR operations, diagnostics, support
Operations, technical systems, quality, coordination
Bahçeşehir Cyprus University — Cyprus
Wroclaw University of Science and Technology — Poland
TU Bergakademie Freiberg — Germany
Azerbaijan State Oil and Industry University — Azerbaijan
Best fit: robotics field roles, warehouse automation, technical support engineering, internal tools, and practical automation projects.
Phone
+48 518 468 554Location
Poland / GermanyGitHub
github.com/lknzmzd