Senior AI Researcher: Autonomous Agents for Telco Networks

Huawei Ireland Research Center; Dublin; On-site; EUR 120,000 - 180,000; Full time

Benefits offered by this job

Competitive salary package

International working environment

Collaboration with Huawei Fellows

Career growth opportunities

Job summary

Huawei Ireland Research Centre is seeking a visionary Senior AI Researcher to drive foundational research at the intersection of Agentic AI, Foundation Models, and Autonomous Telecommunication Networks.

Traditional AI approaches will be extended with autonomous agents that adapt to dynamic networks, enabling zero‑touch operations and self‑healing capabilities across complex telecom environments.

Qualifications

• PhD in AI/ML/NLP with demonstrated research impact.
• 1+ years industry or post‑doc AI/ML research experience.
• Strong hands‑on with language models and foundation models for decision making.
• Excellent mathematics and statistics; strong Python skills.
• Experience with PyTorch, TensorFlow and Scikit‑Learn.

Responsibilities

• Provide technical leadership and drive high‑impact AI research.
• Collaborate with domain experts to understand telecommunication challenges.
• Define strategic research direction and mentor junior researchers.
• Develop validated prototypes and benchmark alternatives rigorously.
• Foster cross‑functional collaboration to transfer research to product teams.
• Synthesize insights and propose innovative autonomous telecom solutions.

Skills

Python

Mathematics

Statistics

Research

Problem solving

Education

PhD in Artificial Intelligence, Machine Learning, and/or NLP

Tools

PyTorch

TensorFlow

Scikit-Learn

Large Language Models

Foundation Models

Job description

Huawei Ireland Research Centre is seeking a visionary Senior AI Researcher to drive foundational research at the intersection of Agentic AI, Foundation Models, and Autonomous Telecommunication Networks.

Traditional AI approaches will be extended with autonomous agents that adapt to dynamic networks, enabling zero‑touch operations and self‑healing capabilities across complex telecom environments.