Explore the forefront of energy-efficient computing as a PhD Candidate at the University of Manchester. This role focuses on designing and simulating adiabatic architectures in a collaborative research environment.

As part of the E-CoRe project, you will engage in designing a software simulation platform for reversible computing architectures. Your responsibilities will include surveying state-of-the-art architectures, developing energy-efficient chiplet simulations, and examining standard processor interactions. The position aims to foster a community of experts advancing sustainable computing practices.

Key Responsibilities:
• Survey state-of-the-art reversible computing architectures
• Develop simulation platforms for adiabatic architectures




• Investigate processor interactions with reversible computing
• Collaborate with project partners for secondments
• Contribute to advancements in energy-efficient computing

Requirements:
• Master's degree in computer science or related field
• Strong academic record and motivation for research
• Proficiency in English for documentation and collaboration
• Willingness to work in an international environment
• Eligibility under MSCA Doctoral Candidate guidelines

Contribute to the Reversible Computing revolution and improve energy efficiency through cutting-edge architectures.
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📌 PhD Candidate in Reversible Computing (Ontario)
🏢 E-CoRe Energy-Efficient Computing via Reversibility
📍 Ontario