Team

Stakeholders

Graphic showing rings of stakeholders, with RIT and many other groups and companies.

Principal Investigator

Carlos Diaz Acosta-Rochester Institute of Technology

Dr. Diaz Acosta holds a BS and MScs in Mechanical Engineering (Universidad de los Andes) and a PhD in Packaging (Michigan State University). Carlos A Diaz is an associate professor in the Department of Packaging Science at RIT. He works with RIT’s center for sustainable packaging to develop new generation materials and packaging solutions that reduce food and energy waste. He chairs the sustainable packaging working group for the international association of packaging research institutes (IAPRI).

Co-Investigators

Christopher L. Lewis-Rochester Institute of Technology

Dr. Lewis holds a B.S. in Plastics Engineering Technology (Pennsylvania College of Technology), an M.S. in Polymer Engineering (University of Tennessee-Knoxville) and a PhD in Chemical Engineering (University of Rochester). Prior to joining RIT Dr. Lewis worked for 10 years in the plastics industry where he was engaged in manufacturing, materials and product research and development activities for companies such as Delphi Corporation, General Motors and TE Connectivity. Dr. Lewis’ appointment is through the Department of Manufacturing and Mechanical Engineering Technology (CET) and he is an affiliate faculty member to the Materials Science and Engineering Program (COS).

Jeffrey Lodge -Rochester Institute of Technology

Dr. Lodge holds a BAAS in Biology (University of Delaware) and a PhD in Microbiology (University of Mississippi Medical Center). He is an associate Professor at RIT with a demonstrated history of working in the higher education industry, 32 years as faculty in College of Science. His research includes microbial fermentation (bacteria, yeast, filamentous fungi), microbial analysis of soils, water, and sediments for antimicrobial resistance in heterotrophs, isolation of bacteria from water and sediments capable of degrading personal care products and common pharmaceuticals and use of microalgae for the treatment of municipal and industrial waste streams.

Thomas A. Trabold – Rochester Institute of Technology

Dr. Trabold is Research Professor and former Department Head in the Golisano Institute for Sustainability (GIS), with primary research focus in development of alternative energy technologies, including fuel cells, bio-fuels, and processes for valorizing organic waste materials. He has over 20 years of experience in industrial R&D, ranging from nuclear thermal-hydraulic systems for submarines and aircraft carriers at General Electric, to coating processes for photoreceptor manufacturing at Xerox, to proton exchange membrane (PEM) fuel cell systems for zero-emissions vehicles at General Motors. In the latter position, he was a Professional Technical Fellow and Laboratory Group Manager, with responsibility for engineering research activities in the U.S. and Germany. At RIT, his current research efforts are in thermochemical conversion of organic waste to produce carbonaceous biochar, and in using biomass derived hydrogen in high-temperature PEM fuel cell systems. Dr. Trabold has a strong record of accomplishment in sustainable energy and materials research, with more than 130 technical publications and over 55 U.S. and international patents.

Headshot of Elizabeth Buck.

Elizabeth Buck-Cornell Cooperative Extension

Elizabeth worked for the Cornell Vegetable Program as a technician and program aide from 2012-2015 before pursuing her M.S. at the University of Guelph where she focused on integrated weed management practices in vegetable crops.  Elizabeth offers diversified vegetable experience in the areas of nutritional management, disease control, variety evaluation, surveying, and scouting. She is the Fresh Market Vegetable Specialist for the western part of the Cornell Vegetable Program region.

Headshot of Jarmila Haseler.

Jarmila Haseler-Cornell Cooperative Extension

Jarmila Haseler was born in Prague in the Czech Republic. She always had a passion for the outdoors.  Activities like hiking and camping helped her stay connected with nature despite living in the city. This inclination led her to study agronomy and crop production at the University of Agriculture in Prague.  Arriving in Rochester in 1987 she worked in the Research labs of the Eastman Kodak Company as an analytical technician. At this time she also started her own landscaping business specializing in sustainable garden designs.

In 2012 she joined the CCE of Wayne County as a Farmers’ Market Specialist. In this capacity she worked with farmers’ markets throughout the Genesee Valley Region advising on ways to enhance the markets’ profitability. She moved to the CCE of Monroe County in 2016 where she now works with farmers and local government agencies to increase the viability and the success of local agriculture. She also teaches at community venues on a variety of topics including growing your own food, soil health and composting. In her free time Jarmila tends her own garden growing various fruits and vegetables - trying to harvest them before the deer do!

Graduate Students

Headshot of Harshal J Kansara.

Harshal J Kansara

I was born in a family of financial professionals in India and brought up in Oman. My interest in the field of sciences developed at a young age when I started reading encyclopedias. Over the years, I have witnessed my parents work in the office setting, this instills my desire to pursue on-field and research-based profession. My background is BS and MScs in Mechanical engineering. Currently, I am striving towards a doctorate in sustainable studies. My interests lie in things related to science, technology, engineering, and mathematics. I also enjoy the subjects of politics and current affairs. My other interests include cooking, gaming, and trekking. By choice, I am a vegetarian and learning to cook diverse cuisines. Indian cuisine is my specialty, as being away from home brings back nostalgia. Indian chai is my beverage of choice and have it religiously twice a day. I love the outdoors and hope to go on cross-country motorcycle trips visiting various national parks. To sum up, I am an average engineer pondering about the meaning of life on this tiny blue dot, we call earth.

Headshot of Yvan D Hernandez-Charpak.

Yvan D Hernandez-Charpak

Hi! My name is Yvan, I am a Colombo-French PhD student at RIT. I got one Bachelor of Science in mechanical engineering and another Bachelor of Science in Physics, both from Los Andes University in Bogota Colombia. And since 2020, I am a PhD student in Sustainability at RIT. My research focuses in the plastic film formulation, manufacture, and interaction with biochar. I am very excited to have the opportunity to work with all the stakeholders of the project and make a product that works for everybody and steps towards more sustainable practices.

Alumni

Ibrahim Cisse

Hello, my name is Ibrahim Cisse. I am originally from Côte d’Ivoire, West Africa. My bachelor’s degree is in Environmental Science with a focus in public policy. I recently graduated from the Sustainable Systems, master’s degree program at Rochester Institute of Technology. My research project involved thermochemical conversion of agricultural wastes into value added product such as biochar via pyrolysis at low temperatures. This biochar can be used for various applications that include soil amendment thus giving farmers options to achieve sustainable agriculture and circular economy. What I enjoyed the most in this project is the interconnection of ideas within the group. It seemed to me that every aspect of the projects is related giving hope to attain the same goal. I want to thank the Foundation for Food Agriculture Research (FFAR) for giving me the opportunity to work on this project along with star scholars.

Swapnil Bhattacharya

Swapnil Bhattacharya

Hello! I am Swapnil Bhattacharya, a recently graduated from my Master's in Mechanical Engineering, I love making coffee and working towards a sustainable future. I have been working on developing and investigating the effects of a plasma surface trigger mechanism for polymeric mulch films for this project. This aims towards initiating degradation earlier by making surface more favorable for microbe attachment. Working on this project has been fun and I hope my efforts can make usage of plastics in agriculture a more sustainable practice.