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 setting.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 architecturesDevelop simulation platforms for adiabatic architecturesInvestigate processor interactions with reversible computingCollaborate with project partners for secondmentsContribute to advancements in energy-efficient computingRequirements:Master's degree in computer science or related fieldStrong academic record and motivation for researchProficiency in English for documentation and collaborationWillingness to work in an international environmentEligibility under MSCA Doctoral Candidate guidelinesContribute to the Reversible Computing revolution and improve energy efficiency through innovative architectures.#J-18808-Ljbffr

📌 Phd Candidate In Reversible Computing (Lashburn)
🏢 E-CoRe Energy-Efficient Computing via Reversibility
📍 Lashburn