BIRD Current Research Projects

Overview

The building blocks of prosthetics come in many materials, shapes, and sizes. To create lightweight yet sturdy prosthetics, we explore 3D printing in plastic, carbon fiber, steel, and titanium. In addition, we investigate different methods of actuation such as miniature 3D printed gearboxes for fingers and twisted coil polymers. While some of these parts may look like something out of Star Wars, these are more than just computer-generated images. These prosthetics are real and they work for real people.  

Integrated Solar Energy for Sustainable, Resilient, and Equitable Communities

Date: 10/1/20
solar panels in front of skyline
Principal Researchers: Serena Kim

Unit: School of Public Affairs

Project Abstract:
Accessing clean, reliable, and affordable energy is integral to sustainable, resilient, and equitable communities. While some areas in Colorado have taken advantage of solar rebates and financial incentives and have incorporated solar energy into their energy portfolio, other areas have lagged behind in their energy transition. The gap between leading and laggard areas raises important equity concerns as cities and neighborhoods with greater capacity will disproportionately benefit from renewable energy development. In order to ensure fair and equitable access to renewable energy technologies, we need a more comprehensive understanding of the determinants of renewable energy deployment, including community demographics, local policy, and energy market conditions. We focus on four activities to understand geographical disparities in solar photovoltaic deployment.

First, we will build a machine learning algorithm to obtain an accurate estimation of solar photovoltaic density in Colorado using satellite imagery. Second, we will build a solar-specific natural language processing model and measure public opinion toward solar energy using data from Twitter. Third, we will examine whether the geographical disparities in solar deployment correlate to public sentiment at the city level and the place-based factors, such as demographics, public policy, and energy market conditions. Fourth, based on the results of this examination, we will identify four case study cities in Colorado and conduct in-depth interviews with community stakeholders, to understand community-specific opportunities and challenges for solar photovoltaic deployment. This project will provide a robust list of energy transition and planning strategies for allowing marginalized communities to benefit more from renewable energy development. 

Serena Kim Bio:
Serena Kim is a Scholar in Residence in the School of Public Affairs. She studies how public opinion, energy market, public policy, and institutional arrangements shape renewable energy transition. Her work has appeared in Energy Policy, Policy Studies Journal, Policy & Politics, Journal of Public Health Management & Practice, Urban Planning, and Journal of Environment & Development. 

BIRD Past Research Projects

Integrated Solar Energy for Sustainable, Resilient, and Equitable Communities

Date: 10/1/20
solar panels in front of skyline
Principal Researchers: Serena Kim

Unit: School of Public Affairs

Project Abstract:
Accessing clean, reliable, and affordable energy is integral to sustainable, resilient, and equitable communities. While some areas in Colorado have taken advantage of solar rebates and financial incentives and have incorporated solar energy into their energy portfolio, other areas have lagged behind in their energy transition. The gap between leading and laggard areas raises important equity concerns as cities and neighborhoods with greater capacity will disproportionately benefit from renewable energy development. In order to ensure fair and equitable access to renewable energy technologies, we need a more comprehensive understanding of the determinants of renewable energy deployment, including community demographics, local policy, and energy market conditions. We focus on four activities to understand geographical disparities in solar photovoltaic deployment.

First, we will build a machine learning algorithm to obtain an accurate estimation of solar photovoltaic density in Colorado using satellite imagery. Second, we will build a solar-specific natural language processing model and measure public opinion toward solar energy using data from Twitter. Third, we will examine whether the geographical disparities in solar deployment correlate to public sentiment at the city level and the place-based factors, such as demographics, public policy, and energy market conditions. Fourth, based on the results of this examination, we will identify four case study cities in Colorado and conduct in-depth interviews with community stakeholders, to understand community-specific opportunities and challenges for solar photovoltaic deployment. This project will provide a robust list of energy transition and planning strategies for allowing marginalized communities to benefit more from renewable energy development. 

Serena Kim Bio:
Serena Kim is a Scholar in Residence in the School of Public Affairs. She studies how public opinion, energy market, public policy, and institutional arrangements shape renewable energy transition. Her work has appeared in Energy Policy, Policy Studies Journal, Policy & Politics, Journal of Public Health Management & Practice, Urban Planning, and Journal of Environment & Development.