I am Sirine Drifa Baabouche, a telecommunications engineer based in Montréal focused on 5G architecture, O-RAN environments and radio optimization.
Advanced mobile network architectures.
xApps, Near-RT RIC and congestion optimization.
Docker, Kubernetes and KPI-driven infrastructure.
A profile positioned at the intersection of telecommunications engineering, radio optimization and cloud-native infrastructure.
I hold a Master's degree in Telecommunications Engineering from ÉTS Montréal and specialize in 5G networks, O-RAN architecture and performance optimization.
My work includes designing Near-RT RIC xApps, analyzing radio metrics such as PRB, RSRP and SINR and translating network constraints into optimization mechanisms.
I am interested in roles where telecom expertise, infrastructure thinking and analytical engineering improve network efficiency and service quality.
Core capabilities extracted from telecom engineering, network operations and cloud-native deployment.
Projects presented with technical context, engineering contribution and operational value.
Design and implementation of an optimization mechanism using Near-RT RIC xApps to improve resource allocation.
End-to-end deployment workflow for telecom applications using containerized infrastructure.
Analysis of radio network KPIs to detect performance degradation and optimize the network.
Validation of optimization scenarios combining simulation and network metrics.
This portfolio is deployed using a cloud-native architecture running locally on a Kubernetes cluster and exposed securely through Cloudflare Tunnel.
Professional telecom experience combined with advanced academic specialization.
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