معرفی
Masoud Ahmadinia is an Assistant Professor in Sustainable Manufacturing at Coventry University's Institute for Advanced Manufacturing and Engineering (AME) and works within the Centre for Manufacturing and Materials. He holds an advisory role for the International Organization for Standardization (ISO), reviewing standards to ensure alignment with current climate goals. Previously, he worked at Cardiff University on the TransFIRe program, which focused on transforming the UK's foundation industry with particular attention to the Metal sector.
His research expertise spans CO2 storage, life cycle assessment, and the circular economy, with a focus on developing manufacturing solutions that minimize environmental impacts. His collaborative approach brings together diverse experts to optimize manufacturing methods within broader systems, ensuring sustainability and practicality. His work contributes significantly to UN Sustainable Development Goals related to environmental protection and sustainable industrialization.
Analysis of his recent publications reveals a strong focus on decarbonization strategies across multiple industries including metal manufacturing, ceramics, and electronics waste management. His research demonstrates consistent progression toward practical implementation of sustainable manufacturing principles with increasing emphasis on circular economy approaches and net zero transition pathways for industrial sectors.
- Alta Scuola Politecnica (ASP) (2013)
- ECR Activity Fund (May 2018)
- ECR Meeting Fund (March 2018)
- ECR Meeting Fund (March 2017)
- Edisu Scholarship (2014)
- Knowledge and Environment Award
Dr. Ahmadinia is actively involved in research funding assessment as demonstrated by his participation in the CU Postgraduate Research Mobility Fund panel. He leads the Clean Futures - West Midlands Innovation Accelerator project (2023-2025) focused on decarbonization and net zero solutions for SMEs. His international collaborations include visiting researcher positions at SINTEF Ocean and the University of Melbourne, along with participation in multiple conferences and workshops related to carbon capture and storage.
His research network extends across multiple institutions and countries, with particular emphasis on practical implementation of sustainable manufacturing solutions. His work bridges academic research with industrial application, focusing on transforming foundation industries toward more sustainable practices while maintaining economic viability.
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