Development and Application of a Quantum-Classical Reinforcement Learning Agent for Data-Center Energy Optimization

Thesis Description & Objectives

The thesis work will focus on the development of a hybrid quantum-classical reinforcement learning agent and its subsequent application to optimize energy consumption within a simulated data-center environment. The student will work with well-established frameworks for classical reinforcement learning and machine learning, such as Gymnasium and PyTorch, as well as with frameworks for quantum programming, including Qiskit and PennyLane.

Advisors

Proposal Details

PoliTo Thesis ID #15390
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Application Deadline 11/18/2026