Join us as we lead the future of telecommunications, driving innovation through green and sustainable networks. Learn more about our mission, vision and values.
We're hiring a Senior Data Scientist to own the non-real-time, ML-driven side of that system: turning large-scale network telemetry into models and analysis that make the entire platform smarter over time. You'll work directly on the algorithms that cluster cells, detect conflicts, and forecast load — and you'll partner closely with the real-time engineering team to push more of that intelligence into automated decision-making.
What You'll Do:
Design, build, and improve machine learning models and graph/statistical algorithms — including clustering, anomaly detection, and time-series modeling and forecasting — to drive automated network optimization..
Build a real, repeatable experimentation and model-deployment workflow (e.g., using MLflow or comparable tooling), taking models from notebook to production.
Work directly with the near-real-time engineering team to identify where today's rule-based, threshold-driven decisions can be replaced by learned models that adapt to real network conditions.
Mine large-scale time-series and topology data (stored in Elasticsearch, InfluxDB, and MongoDB) to uncover patterns in network behavior at the scale of thousands of cells and large user populations.
Define and track quantitative success metrics so every model shipped can be proven to actually improve network outcomes, not just deployed and forgotten.
Present findings and roadmap recommendations to engineering and business leadership.
What We're Looking For:
5+ years of applied data science / machine learning experience, including graph algorithms, clustering, anomaly detection, or time-series modeling.
Strong Python skills; comfort working alongside Go-based production services.
Experience with large-scale time-series and document data stores (Elasticsearch, InfluxDB, MongoDB, or comparable).
Experience with ML experiment tracking and deployment tooling (MLflow or equivalent) and with streaming data pipelines (Kafka or comparable).
Excellent communication skills — the ability to turn open-ended "why is the network behaving this way" questions into a shipped, measurable model.
Outstanding B.Sc. graduates in these fields may also be considered.
M.Sc. in Electrical Engineering, Computer Science, or Software Engineering.
Nice to Have:
Background in telecom, RF, or wireless networking (handovers, KPIs such as RSRP or PRB utilization, cell topology).
Experience turning a hand-tuned, rule-based system into a learned model running in a live production environment.
Experience with distributed or streaming compute frameworks.
