Institute News

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Basis Point Insight.

Since the start of the program, Goodbye, Goodbuy! has saved over 100 tons of goods from landfills. During the spring semester move-out, donated items are collected and stored to be offered at thrift store prices at the annual sale for incoming students in the fall.

Sourcing Journal showcases RIT's new textile recycling system, which uses AI and robotics to disassemble and sort used clothing. (This content will require a subscription to view)

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Rochester Beacon.

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Basis Point Insight.

Engineers at Golisano Institute for Sustainability have developed a new software platform to help manufacturers design products that are easier to remanufacture. The tool, named PhoenixDFR, helps engineers think about sustainability earlier in the design process.

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Basis Point Insight.

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Rochester Business Journal.

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Rochester Business Journal.

An essay by Amit Batabyal, the Arthur J. Gosnell Professor of Economics and head of the Department of Sustainability, published by Basis Point Insight.

Resource Recycling discusses RIT's high-speed automated system that disassembles and recycles clothing.

A research team at Golisano Institute for Sustainability is developing a fully automated system to identify, sort, and disassemble garments at high speed and in high volume to address a critical global waste problem.