Telecommunications Engineer · Junior Network / NOC Candidate
Djamel-Eddine
Ladjine
I design and operate resilient telecom and cloud-native environments with a strong operations mindset: monitoring, troubleshooting, secure exposure, and continuous service improvement.
Target Roles
Junior Network Engineer / NOC
Core Focus
Monitoring, incidents, service quality
Cloud Practice
Kubernetes + Zero Trust operations
Professional Status
OIQ admission procedure in progress
I like structured operations: monitoring, incident response, troubleshooting, documentation, and continuous improvement.
About Me
Telecommunications Engineer with an M.Eng. in Telecommunications Network Engineering (ETS Montreal), combining telecom fundamentals with hands-on operational execution.
I am focused on Junior Network Engineer and NOC Analyst opportunities where I can contribute in monitoring, troubleshooting, KPI follow-up, and platform reliability.
- FTTH field experience with installation, validation, and OTDR troubleshooting.
- Cloud-native lab operations using Kubernetes, Cloudflare Tunnel, and observability tooling.
- Structured operations mindset: incidents, documentation, and continuous improvement.
Location
Montreal, QC
Education
M.Eng. (ETS) - Telecom Networks
Focus
Monitoring - Troubleshooting - KPIs
Languages
English - French - Arabic
Professional Status
In ProgressOIQ admission procedure in progress
Professional Journey
Real experience and education (no placeholders)
Operations Associate – Production (SAP)
Bridor Inc · Boucherville, QC
- Supported structured daily operations in a high-volume environment.
- Used SAP for inventory / material movement tracking and accurate data entry.
- Strengthened process discipline, documentation habits, and operational rigor.
Junior Fiber Access Network Technician (FTTH)
Algérie Télécom · Sidi Bel Abbès
- Deployed and maintained FTTH access network infrastructure for residential customers.
- Performed fiber installation, connection and link validation.
- Used OTDR measurements to identify signal loss and support troubleshooting.
- Installed access equipment (distribution boxes, optical terminal outlets/PTO).
Master’s — Telecommunications Network Engineering
ÉTS Montréal
Focus on modern telecom networks, performance analysis, and architecture concepts (including 5G and O-RAN exposure).
Relevant Coursework:
- • Optical Networks (WDM), Broadband & IP Networks
- • Wireless Networks & Mobile Systems (5G concepts)
- • Internet Security & Network Protection
- • Telecommunications & IP Mobility
- • Engineering Project Management
- • Financial & Economic Analysis for Engineering
Strong progression from telecom fundamentals to advanced 5G and cloud-native network systems.
Final Project: Development of O-RAN xApps for interference detection and dynamic spectrum allocation.
Master’s — Telecommunications Systems
University of Djillali Liabès, Algeria
Advanced specialization in telecommunications systems, including wireless networks, signal processing, and modern communication technologies.
- • Wireless & mobile networks
- • Optical & transmission systems
- • RF & microwave systems
- • Signal processing & data compression
- • Network protocols & multimedia systems
Bachelor’s — Telecommunications
University of Djillali Liabès, Algeria
Strong foundation in telecommunications engineering, including networking fundamentals, electronics, and communication systems.
- • Networking fundamentals (LAN, transmission systems)
- • Signal processing & analog communications
- • RF basics (antennas, propagation)
- • Electronics & measurement systems
- • Probability, statistics & numerical methods
Selected Projects
Evidence-based work: telecom operations, monitoring, and cloud-native platform reliability.
Live Architecture
This portfolio is served from a local Kubernetes cluster and published securely using Cloudflare Tunnel (no inbound ports opened).
Browser (HTTPS)
↓
Cloudflare (TLS termination + proxy)
↓ QUIC tunnel
cloudflared (Kubernetes)
↓
Kubernetes Services (portfolio / cv / nextcloud / monitoring stack)
Kubernetes Portfolio Platform
Designed and operated a production-style multi-service platform on Kubernetes, securely exposed through Cloudflare Zero Trust (no public IP and no inbound ports).
- Managed services, routing, and secure exposure for portfolio, CV, and status endpoints.
- Implemented observability using Prometheus, Grafana, and Uptime Kuma.
- Operated Kubernetes resources (Deployments, Services, ConfigMaps, Secrets, PVCs).
- Applied operational workflows for validation, troubleshooting, and availability checks.
NOC-Style Real-Time Monitoring & Alerting System
Built a real-time monitoring system that detects appointment availability and sends instant alerts. Designed with a NOC mindset, including state tracking and change detection.
- Real-time monitoring (20–40 seconds polling)
- Change detection (availability increase/decrease)
- Telegram alerting system
- Retry logic for unstable responses
- Prometheus metrics exposure
Inspired by real-world NOC monitoring systems and alerting workflows.
Additional project
O-RAN xApps — Interference Detection (ÉTS Project)
Developed an O-RAN workflow using xApps to detect radio interference and optimize frequency allocation based on real-time RF KPIs and PRB utilization in a Kubernetes environment.
- Integrated xApps (E2SIM, KPIMON, ID, FBS, FBA)
- Real-time RF KPI monitoring (RSRP, RSRQ, RSSINR, PRB)
- Stored and processed data using InfluxDB
- Interference detection and dynamic frequency recommendation