Increased energy efficiency and sustainability is more than simply energy efficient devices and appliances: it is a function of habits and behaviors as well. This IQP investigates the intersection of energy performance and human behavior by looking at the energy usage and relative efficiency of select buildings at WPI and at how the students, faculty and staff feel in response to the building conditions in order to develop recommendations that will improve working conditions as well as building efficiency
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project explores whether the Shenandoah Valley can achieve its 25x’25 goals in the residential ...
In the last decade there has been a drastic increase in the penetration of variable generation (VG) ...
This project performs a feasibility study of a residential design and a commercial design to retrofi...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
Energy conservation and carbon emissions reduction are ways of mitigating the damage caused to the e...
This project assessed the feasibility of WPI’s parking areas for a solar canopy system, and develope...
In the United States residential housing consumes a disproportionate share of the world\u27s energy ...
Improving the energy performance of educational buildings is important for the promotion of an energ...
Urban settlements demand the highest levels of resource consumption and waste management. It has b...
In recent years interest in reducing energy consumption at the building levels has been increasing, ...
Pavement albedo is an important factor when evaluating thermal performance of pavement. Many pavemen...
Master of ScienceDepartment of Architectural EngineeringJulia KeenConserving energy and minimizing u...
Even in today’s technology-filled world, nearly half of the global population still relies on some f...
Master of ScienceDepartment of Architectural EngineeringJulia KeenConserving energy and minimizing u...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project explores whether the Shenandoah Valley can achieve its 25x’25 goals in the residential ...
In the last decade there has been a drastic increase in the penetration of variable generation (VG) ...
This project performs a feasibility study of a residential design and a commercial design to retrofi...
This project focuses on the winter heating issues on the WPI campus. The Bartlett Center, Higgins La...
Energy conservation and carbon emissions reduction are ways of mitigating the damage caused to the e...
This project assessed the feasibility of WPI’s parking areas for a solar canopy system, and develope...
In the United States residential housing consumes a disproportionate share of the world\u27s energy ...
Improving the energy performance of educational buildings is important for the promotion of an energ...
Urban settlements demand the highest levels of resource consumption and waste management. It has b...
In recent years interest in reducing energy consumption at the building levels has been increasing, ...
Pavement albedo is an important factor when evaluating thermal performance of pavement. Many pavemen...
Master of ScienceDepartment of Architectural EngineeringJulia KeenConserving energy and minimizing u...
Even in today’s technology-filled world, nearly half of the global population still relies on some f...
Master of ScienceDepartment of Architectural EngineeringJulia KeenConserving energy and minimizing u...
This report examines various energy resources to ensure that humanity has ample supplies for future ...
This project explores whether the Shenandoah Valley can achieve its 25x’25 goals in the residential ...
In the last decade there has been a drastic increase in the penetration of variable generation (VG) ...