13.03.2026 aktualisiert

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100 % verfügbar

Senior Software Engineer

München, Deutschland
Weltweit
M.Sc. Robotics Systems Engineering
München, Deutschland
Weltweit
M.Sc. Robotics Systems Engineering

Über mich

I build practical software for SaaS and industrial use cases, including production planning, quality, and AI/edge systems. I work across APIs, databases, integrations, and end-to-end delivery, using modern tools to deliver reliable results.

Skills

JavaScriptKünstliche IntelligenzC++SaasDebuggingLinuxProjektplanungEthercatPythonPostgreSQLQualitätsmanagementLagerverwaltungTypeScriptReact.jsGrafanaGitInfluxDBFull Stack EntwicklungLogistikprozesseFront EndRestful ApisDocker
React, TypeScript, JavaScript, Full-Stack Development, Frontend Development, SaaS Development, REST APIs, Database Design, SQL, PostgreSQL, Supabase, Multi-Tenant Applications, Dashboard Development, Production Planning, Logistics Software, Quality Management, AI/ML, Edge Computing, Docker, Python, C++, Linux, Debugging, Git.

Erfahrung

Berufserfahrung5 - 10 Jahre
Freelancer seit2024

Sprachen

DeutschverhandlungssicherEnglischMuttersprache

Projekthistorie

Project: Factory Pilot AI Studio

Factory Pilot OÜ

Industrie und Maschinenbau

< 10 Mitarbeiter

  1. Built a multi-tenant manufacturing SaaS platform for quality and operations management using React, TypeScript, Vite, Supabase, and InfluxDB.
  2. Delivered modules for 8D supplier claims, Layered Process Audits, energy monitoring, OEE/performance tracking, AI production control, shift checklists, and tenant administration.
  3. Designed secure multi-tenant architecture with row-level security, modular APIs, and strict API boundaries.
  4. Implemented automated tenant-isolation testing and guardrails to validate schema coverage, RLS policies, and cross-tenant protection.
  5. Improved production readiness with Sentry observability, automated verification workflows, and deployment integration.

Project: Production Planning & Logistics Dashboard

Agricenter Spitaler GmbH

Konsumgüter und Handel

50-250 Mitarbeiter

  1. Built a production planning and logistics SPA integrated with a Weclapp-backed API to surface stock KPIs, stock value, overstock, stock-out projections, and operational priority alerts.
  2. Designed production-pipeline and warehouse-routing workflows that group production orders by SKU, apply routing rules, and show allocated quantities and warehouse stock across fulfillment locations.
  3. Implemented a velocity-vs-forecast dashboard that compares stock-out scenarios, classifies SKUs by urgency, and highlights replenishment priorities based on projected demand risk.
  4. Delivered product lookup, BOM tree, and stock-projection workflows with configurable horizons, warehouse-level views, editable forecast persistence, and daily trend visualizations.
  5. Added multi-tenant front-end support, optional Supabase authentication, Excel export, i18n in English/German/Italian, and Zustand-based caching for responsive API-driven dashboards.

Project: Edge AI for Industrial Quality Monitoring

Teijin Automotive Technologies

Internet und Informationstechnologie

500-1000 Mitarbeiter

  1. Delivered an edge data pipeline connecting SMC presses and ATEQ leak testers via OPC UA, MQTT, and CSV to InfluxDB 2.x.
  2. Set up Telegraf ingestion and Grafana dashboards for live KPIs, traceability, and production monitoring.
  3. Developed and validated anomaly detection and quality models, including Isolation Forest with SHAP-based explainability, for early NOK detection.
  4. Designed shadow-mode validation and rollout criteria before production release.
  5. Deployed ML services as Docker workloads on Debian edge devices with offline capability, health checks, telemetry, rollback support, and workflow integrations via MS Teams and n8n.

Project: Industrial Automation Platform Extensions (Xentara)

Internet und Informationstechnologie

10-50 Mitarbeiter

  1. Developed core platform components to improve security, real-time processing, and industrial system integration.
  2. Built plugins for EtherCAT, FMI, Reflective Memory, WebSockets, OEE calculators, robotics, and related systems.
  3. Created Docker-based runtime environments for real-time application deployment and operational efficiency.

Project: Robot Programming Demonstration Tool

German Aerospace Center (DLR) - Factory of the Future

Internet und Informationstechnologie

1000-5000 Mitarbeiter

  1. Designed and implemented a manually guided demonstration tool for robot programming.
  2. Covered pose tracking, ergonomic interaction, user feedback, 6D force-torque sensor integration, and framework connectivity.
  3. Built Python-based modules using threading, multiprocessing, and sockets.

Project: Autonomous Cargo Bike Navigation

Otto von Guericke University

Internet und Informationstechnologie

1000-5000 Mitarbeiter

  1. Developed an RViz plugin for visualizing Lanelet2 map areas in ROS.
  2. Implemented a C++ shortest-path algorithm for navigation between mapped areas for autonomous cargo bike operation.

Project: Real-Time Robot Control Architecture

Boll Automation GmbH

Internet und Informationstechnologie

10-50 Mitarbeiter

  1. Designed a scalable robot-control architecture using Beckhoff TwinCAT 3, RTOS, C++, and IEC 61131-3 concepts.
  2. Built and tested a low-level velocity controller in TwinCAT C++ for deterministic real-time trajectory execution.
  3. Developed a C++ logging and diagnostics component using Beckhoff ADS and UDP communication.

Project: UAV Swarm Intelligence Research Platform

Otto von Guericke University

Internet und Informationstechnologie

500-1000 Mitarbeiter

  1. Designed and developed quadcopter systems for swarm intelligence research using the Paparazzi UAV platform.
  2. Configured and tested supporting hardware and software integrations using UART and I2C protocols.

Project: Industrial Robotics and Visual Servoing

Otto von Guericke University

Internet und Informationstechnologie

500-1000 Mitarbeiter

  1. Developed robotic production-cell simulations for welding and polishing in ABB RobotStudio.
  2. Set up ROS-based control workflows for the YuMi robot using Python and C++.
  3. Implemented visual servoing with ROS MoveIt! and ar_track_alvar for marker-based robot guidance.

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