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CERTIFICATION PROFILE // X_Δ

Certifications & Technical Proof

A transparent overview of current qualifications, active learning paths, hands-on domains, and technical areas connected to development, infrastructure, electronics, event systems, and RF communication.

Electrotechnics Automotive IT Linux / Proxmox Networking Event Tech RF / HAM

Verification

This page separates formal certifications, active training, and hands-on technical experience. Documents, certificates, or proof can be provided privately when needed.

Public certificate numbers are intentionally not listed here unless they are safe to publish. For verification, use the contact page and request the specific proof you need.

Formal / Active Certifications

Electrotechnician Studies

IN PROGRESS HUNGARY

Technical education focused on electrical systems, measurement basics, wiring, safety, electronics fundamentals, and practical workshop tasks.

Automotive IT Track

IN PROGRESS TECHNICAL SCHOOL

Study path connected to vehicle electronics, diagnostics logic, embedded systems thinking, networking basics, and software-supported technical workflows.

HAREC / Amateur Radio

PLANNED / PREPARING RF

Preparation direction for amateur radio knowledge: RF basics, propagation, station operation, emergency communication concepts, and responsible radio procedure.

Practical Skill Domains

Infrastructure & Servers

  • Proxmox VE virtualization and VM/container operation.
  • Dell PowerEdge and IBM server maintenance.
  • TrueNAS / storage-node concepts, backups, and uptime planning.
  • Nginx hosting, SSL deployments, and public service exposure.

Networking

  • DHCP, DNS, routing, VLAN planning, and firewall logic.
  • Omada / TP-Link gateway and access point deployments.
  • LAN-party and event network planning under real load.
  • Remote access, tunnels, and backup connectivity paths.

Development

  • PHP, JavaScript, HTML, CSS, Python, Bash, Batch, PowerShell.
  • Dashboards, backend controllers, bots, scripts, and automation tools.
  • Database-backed systems and JSON/cache-based tooling.
  • Linux-first deployment workflow with practical debugging.

Electronics & Field Systems

  • Raspberry Pi GPIO relay control and OLED dashboards.
  • Basic measurement, soldering, wiring, and workshop prototyping.
  • Portable power concepts, UPS-backed small systems, and service monitoring.
  • Safety-aware approach to low-voltage and event-side electrical work.

Event Technology

  • Lighting, audio, cabling, show networks, and temporary infrastructure.
  • Concert/party technical planning and operator-side reliability work.
  • Digital mixers, speakers, microphones, lighting fixtures, and networked control.
  • Load, cable-run, and interference considerations for real environments.

Operations & Monitoring

  • Systemd service management and startup automation.
  • Discord webhook alerts and monitoring scripts.
  • Service health checks, logs, and restart/recovery workflows.
  • Documentation-first approach for repeatable deployment.

Certification Roadmap

1. Finish technical school milestones

Keep building formal electrotechnical and automotive IT foundations while using real lab/project work as practical proof.

2. Add RF / HAREC certification

Continue studying radio operation, safety, regulations, propagation, antennas, and emergency communication workflows.

3. Add vendor/networking certificates

Possible future direction: networking, Linux administration, cloud fundamentals, cybersecurity basics, or structured cabling.

4. Publish selected project proof

Host sanitized screenshots, GitHub repositories, deployment notes, and infrastructure writeups without leaking private network details.

Proof Types

  • Formal documents: certificates, school confirmations, or official completion proof where available.
  • Project proof: GitHub repositories, screenshots, deployment notes, diagrams, and code samples.
  • Operational proof: running systems, dashboards, monitoring views, and controlled demo access.
  • Event proof: photos, setup summaries, network plans, and technical role descriptions.

Sensitive details such as private IP ranges, access tokens, infrastructure secrets, and exact security layouts are not published publicly.

Request Verification

For school, event, collaboration, or technical verification requests, use the contact page and specify what you need verified.

Contact GitHub

Last generated: 2026-06-16