PROJECT TITLE
Creating Opportunities for Adaptation Based on PULSE (Population in Urban Landscape for Sustainable Built Environment) 

FUNDED BY
National Science Foundation: Office of Emerging Frontiers in Research and Innnovation

COLLABORATORS
Led by Jelena Srebric, Pennsylvania State University
With collaboration from Christoph Reinhart & John Spengler, Harvard University

ABSTRACT
The growth of cities brings many changes to outdoor and indoor environments, including evolving patterns of energy consumption and associated emissions.  This project aims to identify and test opportunities for urbanites and buildings to better adapt to environmental conditions and energy performance requirements.  Researchers will create a multi-scale model that spans a whole urban neighborhood in order to capture the effects of buildings on energy flows for cooling/heating/lighting.  Simulations from this unique model, along with sensor network data and inhabitant input, will inform the development of new urban design performance metrics to improve the sustainability of buildings and neighborhoods.

PERSONAL CONTRIBUTIONS
My work has been focused around classifying campus buildings in order to be able to compare the energy performance of buildings across various campuses.  I've also worked with a graduate student at Harvard University in order to collaborate this building classification.  Our goal is to create an energy density benchmarking report that spans multiple universities.  
 
 
PROJECT DESCRIPTION
Penn State's annual Undergraduate Exhibition communicates and celebrates the participation of undergraduate students from across the University in research and creative endeavors.

POSTER PUBLICATION SUMMARY
Buildings today lack the ability to integrate information between various energy-demanding 
systems, resulting in inefficient energy usage and unnecessary emissions output.  Implementation of the Energy Management System, which converts each disconnected system protocol into one common language, allows users to visualize consumption and
contribute to a cleaner, greener environment.

FINAL RESULT
1st Place Among the Course-Based Project Entries  Read Full Article >>
 
 
PROJECT DESCRIPTION
I am currently applying for the following research fellowship in order to further my vision of the convergence between a building automation system and an IT system.  Creating this advanced IT communication system will evolve into the energy management tool that many companies are striving towards.

FELLOWSHIP
2010 Academic Year EPA Greater Research Opportunities (GRO) Fellowships for Undergraduate Environmental Study
http://www.epa.gov/ncer/rfa/2010/2010_gro_undergrad.html

FUNDING
Up to a total of $46,500 of support for junior & senior years of undergraduate study

RESEARCH SUPERVISORS
Dr. Jelena Srebric & Dr. Stanley Aungst

PROPOSED PROJECT
Real‐time Analytical Energy Management Tool for Cost Effective Green Intelligent Buildings
 
 
RESEARCH SUPERVISOR
Dr. Jelena Srebric

CONFERENCE SUMMARY
DATE  29-Sep-2009 - 30-Sep-2009
PLACE  Santa Clara, CA
DETAILS
  Focused on the concepts, technologies, practices, and processes that will be instrumental to infrastructure and economic renewal, and to the realization of a more efficient future for buildings.
http://www.bnpevents.com/ES/BACS/

REFLECTION
This is not something that was funded by my research professor or Penn State, it was just something I wanted to do.  It was the very first time I had been ever been to California or to a conference.  I ended up being the youngest person there.  In the end, it couldn't have been a more rewarding trip.

PROJECT DESCRIPTION
After attending the Green Intelligent Building Conference in Santa Clara California on Sept. 29-30, 2009, I prepared a summary of what I learned.  This presentation was presented to Dr. Srebric's Graduate Research Team because the concepts presented at the conference were exceptionally visionary.  It also provides my interests, thoughts, and related research at the time.

FINAL PRODUCT

Presentation