PhD Position in Microwave-Assisted Plasma Synthesis of Graphene University of Windsor in Canada

PhD opening at the University of Windsor in the NanoACE Research Group with Dr. Nickolas Eaves , Department of Mechanical, Automotive, and Materials Engineering. The project is on microwave-assisted plasma synthesis of graphene , with strong relevance to materials science , mechanical engineering , chemical engineering , and physics . The post highlights experimental work in reacting flows , combustion , plasma systems , and aerosol/gas-phase materials synthesis . Eligibility: a thesis-based Mas...

Nick Eaves, Associate Professor at the University of Windsor, is recruiting a PhD student for the NanoACE group to lead experimental work on microwave plasma synthesis of graphene. The project focuses on converting hydrocarbons into graphene and hydrogen with no direct CO2 emissions, making it a strong fit for students interested in nanomaterials, plasma processing, and sustainable chemical conversion. The position is aligned with research areas including Materials Science, Chemical Engineering,...

Fully funded PhD opportunity in microwave-assisted plasma synthesis of graphene at the University of Windsor in Canada. The position is associated with the NanoACE Research Group in Mechanical, Automotive, and Materials Engineering . The research topic sits at the intersection of materials science , chemical engineering , mechanical engineering , and physics , with a focus on plasma-based synthesis and graphene production. Eligibility highlights: a thesis-based Master's degree in Mechanical, Che...

PhD opportunity at the Université de Sherbrooke in Canada, focused on the optimization of a micropillar microfabrication process for Fan-Out Wafer Level Packaging (FOWLP). The project sits at the intersection of advanced microelectronics, heterogeneous integration, and manufacturing process development for high-performance computing, AI, aerospace, and defense applications. The thesis aims to develop high-density vertical interconnections with a pitch below 30 μm, compatible with a manufacturing...

PhD opportunity at the University of Victoria in the Gharehkhani Group, co-supervised by Prof. James Olson and Prof. Peter Wild. The project focuses on developing novel wood-based materials, with particular attention to microfibrillated cellulose and the refining process. The research combines experimental work with extensive data analysis and may include machine learning tools to improve process understanding and materials development. Preferred backgrounds include mechanical engineering, pulp ...