Biography
Dr Farshid Pahlevani is an international expert on innovative solutions for waste challenges. His international research career, spanning high profile research institutes in Japan, Singapore and Australia, includes considerable experience working closely with industry to improve existing processes to achieve better environmental outcomes and greater cost efficiencies.
He has 6 international patents, more than 100 articles published worldwide...view more
Dr Farshid Pahlevani is an international expert on innovative solutions for waste challenges. His international research career, spanning high profile research institutes in Japan, Singapore and Australia, includes considerable experience working closely with industry to improve existing processes to achieve better environmental outcomes and greater cost efficiencies.
He has 6 international patents, more than 100 articles published worldwide and attracted millions of dollar research funding. His solutions enable manufacturing industries to save millions of dollars and turning their waste into resources.
He has been selected as the most innovative engineer of the year in 2020.
Farshid is an authority on high temperature metallurgical processes who has made a considerable contribution to the understanding of the behaviour of metallic materials at high temperatures and their interactions with other elements (including heat treatment and metal casting procedure).
He has joined UNSW in April 2015 as a process metallurgist with specialist research skills and knowledge to support the innovative efforts at the Centre for Sustainable Materials Research and Technology (SMaRT) to utilise waste as a resource in the production of a new generation of green materials/products. Since then, he has not only made considerable progress in incorporating waste into metals manufacturing, but he has successfully adapted and applied metallurgy knowledge to achieve the transformation of non-metallic wastes into green materials.
Over the years his primary focus has been on expanding his academic research efforts and working with industry partners to further the use of fundamental science within industrial applications. He has worked with several industries, published papers on process metallurgy in leading journals, and secured four patents which are currently licensed to five companies across Japan, South Korea, Thailand and Singapore.
My Awards
2020 Named as one of the Australia's most innovative engineers
2013 Licencing award for licensing the liquid forging, an in-house development, to AAVID THERMOALLOY Company, SIMTech, Singapore.
2012 Nominated for Sawamura award and Guimaraes award for the best paper by ISIJ international journal Japan
2011 Best industrial oriented research of the year in SIMTech, Singapore
2010 Best research of the year in Iron and Steel Institute of Japan (ISIJ)
2009 Hata-no award for young researcher, Tohoku University
2007 Best National project for developing new method in Al casting part in Japan
My Research Supervision
Supervision keywords
Areas of supervision
My research aims to drive innovation across key, carbon intensive Australian and global industries by harnessing complex waste streams as valuable secondary resources for production. By translating and applying my highly original new science in close collaboration with industry and end-users, I have realised a diverse range of new waste-derived materials, products and processes that simultaneously reduce production and energy costs and alleviate environmental pressures.