CH-114 Engineering Challenges Associated with Climate Change (Pt. 1) This will focus the scientific evidence that has been accumulated and the modeling efforts that project what will happen. • Is our planet undergoing “Global Warming”? Is the rate of climate change increasing? Is human activity to blame? These are questions many people around the world are asking in light of warmer winters, hotter summers, and severe storms, draught, expanding deserts and melting polar ice caps. However we may not be able to answer these questions with high degree of certainty because climate changes, unlike weather patterns, occur over periods of thousands of years and not within the time span of a few generations. • We must acknowledge that climate change is the norm and not the exception when viewed from astronomical timelines. Earth’s climate has cycled from warm to cold to warm several times and will, in all likelihood, continue this pattern.
CH-141 Engineering Challenges Associated with Climate Change (Pt. 2) This will focus on what, if anything, we can or should do to improve our chances for survival. We will introduce concepts of adaption to help our world cope with current climate effects while simultaneously developing strategies to mitigate the perceived factors that are accelerating climate change. • The important concerns we face today are how do we anticipate and then accommodate the expanding world population’s need for food, shelter, health needs, and energy requirements in the face of the climatic turmoil we are experiencing. • Humans are the current dominate inhabitants of earth but unlike other dominate species that became extinct from climate change humans possess the intellectual capacity and engineering capability to cope with the current climatic challenges and perhaps influence the outcome and the survival of our species.
Dr. Gene DiResta, Ph.D. Bio. Engr., P.E.
Gene R. DiResta holds a BS in Biochemistry, an MS in Chemical Engineering and a PhD in Bioengineering with a minor in Mathematics and Electrical Engineering. He worked in industry for 7 years as a biochemical engineer designing reactors using enzyme technology for the production of food and beverages from bench to industrial scale. He is well versed in the theoretical and practical aspects of instrumental methods of analysis, mathematical modeling and control engineering. He received his PE in Chemical Engineering. Leaving Industry he went to work as a Medical Physicist at Memorial Sloan Kettering Cancer Center where he directed the Nuclear Medicine Research Lab and was the Technical Director of the Positron Emission Tomography Facility for 12 years. He transitioned from diagnosis to therapy by becoming the Director of the Orthopaedic Research Lab, serving for 12 years before being recruited by NYU to be the Director of their Bioengineering graduate program. Dr. DiResta currently has published over 40 papers in peer-reviewed journals and holds 7 US patents for a variety of devices and processes. He is certified by the American Board of Radiology in Medical Nuclear Physics. His particular outside interest is in the area of the engineering challenges of climate change because it leverages his expertise in chemical engineering, nuclear physics, mathematics and chemico-biologic principles. Climate change is a bioengineering problem because it affects the earth's biosphere, i.e. its animal and plant life. He is ideally equipped to understand the complexity of the biological effects resulting from climatic effects and develop lectures to explain the phenomena to practicing professional engineers.
Friday, November 7, 2014 8:30 AM - 5:00 PM
NYSSPE/ECA Building6 Airline Dr.Albany, New York 12205518-283-7490
55 (37 remaining)
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