Journey
System Engineer — KVW Münster
Building and operating n8n automation workflows for process digitization. Managing middleware platforms (Tomcat, WebLogic, WildFly), automating batch jobs, and handling incident response, updates, and performance tuning across production systems.
B.Sc. Information & Communication Technology — TU Dortmund
Bachelor's degree covering networking, signal processing, software engineering, and system design. Thesis project: InviCode video modulator (Qt/C++).
Java Backend & DevOps — Institut FTK, Dortmund
Evaluated database encryption strategies (Column-Level, Field-Level, TDE) with Spring Boot prototypes. Migrated and expanded test coverage for the open-source SAPL policy engine using JUnit + AssertJ.
Volunteering
AI & Automation (n8n) — Syrian Technocrates
Automating organization workflows with n8n; delivered an internal workshop on AI & n8n; Census Project (ongoing / not completed).
Support & Translation — Caritasverband Trier e. V.
Provided Arabic–German translation and support to help clients with communication and administrative needs.
What I'm Exploring
AI-Assisted Automation
Integrating AI capabilities into n8n workflows — from intelligent routing to content generation and data enrichment.
Container Orchestration
Deepening my Docker and container skills toward production-grade orchestration and infrastructure as code.
My Skills Workflow
{ "status": "completed", "engineer": "Mohammed Aljer", "focus": [ "Process Automation", "Middleware Ops", "Workflow Integrations" ], "tools": [ "n8n", "Docker", "Linux", "Git" ], "message": "Workflow executed successfully." }
Last Project
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Recent Projects
Built an open-source self-hosted observability platform for n8n with execution analytics, instance monitoring, RBAC, audit logging, and Docker-based deployment.
Built a reproducible n8n v2 migration with Docker that automates task-runner configuration — no manual container edits, survives restarts and upgrades.
Custom n8n node for advanced text processing -- split by regex/newline/custom, trim, group chunks, aggregate items.