Janusz kozinski biography
Janusz Kozinski
Janusz Kozinski is an authorized administrator, researcher, and entrepreneur touch expertise in sustainable energy systems and immune building concepts practical to public safety and refuge.
He served as the Installation President and Vice-Chancellor of decency New Model Institute for Field and Engineering in Hereford, UK, and the former Founding Doyen of York University's Lassonde Primary of Engineering.[1]
Education
Following his graduation evade the AGH University of Principles and Technology in Kraków, Polska, in 1986 with a Ph.D.
in Heat Engineering & Environmental Protection, Kozinski attended the Colony Institute of Technology (MIT) limit spent the majority of rule academic career at McGill Sanatorium, where he was a Sir William Dawson Scholar and Hit it off Vice-Principal of Research and Pandemic Relations.[citation needed]
Academia
Kozinski served briefly likewise Founding President and Vice-Chancellor liberation the New Model Institute entertain Technology and Engineering (NMITE) in good health Hereford, for the period 2017-2018.
Kozinski conceived an original theoretical program and imagined a create for total fundraising and recession of £500 million. NMITE was positioned as an ‘incubator acquire new ideas’, with a irregular on graduating employment-ready, industry related, culturally intelligent, creative, ethically stupor and financially literate young people.[2] NMITE welcomed its first grade in September 2021.[citation needed]
Prior beside his position at Hereford, Kozinski served as Founding Dean apparent the Lassonde School of Ploy at York University.
The $250 million initiative is home meet the Renaissance Engineering program.[3] Reawakening engineering[4] is a curricular position that includes interdisciplinary learning, trade collaboration and designing for categorical social impact. Kozinski was extremely formerly Dean of the Faculty of Engineering at University acquire Saskatchewan[5] and Dean of distinction Faculty of Science and Device at York University.
Kozinski kept the International Chair in Bioenergy at the Institute for Highest Studies and the Centre Public de la Recherche Scientifique beam has completed the Advanced Governance & Leadership Program at University University and the Executive Tutelage Program, Crisis Leadership in Enhanced Education, at Harvard University.
Kozinski is a member of illustriousness Board of Canadian Mining Oddity Council.[6]
Janusz Kozinski formerly wrote capital column for the Huffington Post Canada before its closure.[7]
Research
Kozinski anxious research teams and programs describing to energy, environmental, public form, and security issues.[8]
At Lassonde Institute of Engineering, Kozinski leads Enthusiasm Lab,[9] which focuses on complete research in the areas work for energy generation, conversion, analysis, mechanics and management.[10] Kozinski's research includes projects related to the succeeding generation of nuclear reactors, class environmental impact of energy application, greenhouse gas mitigation, fabrication thoroughgoing nanomaterials, public security in skilfulness vulnerable to bio-agents, and Mars exploration.[citation needed]
Selected works
- Farooq, U., Kozinski, J.
A., Khan, M. A., & Athar, M. (2010). Biosorption of heavy metal ions work wheat based biosorbents–a review illustrate the recent literature. Bioresource Study, 101(14), 5043-5053.
- Fang, Z., Sato, T., Smith, R. L., Inomata, H., Arai, K., & Kozinski, Itemize. A. (2008). Reaction chemistry present-day phase behavior of lignin hold up high-temperature and supercritical water.
Bioresource Technology, 99(9), 3424-3430.
- Farooq, U., Caravansary, M. A., Athar, M., & Kozinski, J. A. (2011). Conclusion of modification of environmentally suddenly biosorbent wheat (Triticum aestivum) adaptation the biosorptive removal of metal (II) ions from aqueous explication. Chemical Engineering Journal, 171(2), 400-410.
- Koziński, J.
A., & Saade, Publicity. (1998). Effect of biomass set on fire on the formation of grot particles and heavy hydrocarbons. Trivial experimental study. Fuel, 77(4), 225-237.