Student Research opportunity Green Building Environments
Paid, on-campus research opportunity to energy savings
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power
communication device that allows you to monitor the power consumption of
individual devices (e.g., microwave, coffee machine, laptop) plugged
into power sockets, and communicate such power consumption information
over a wireless network to a central monitoring station. Such devices
could lead to substantial savings of energy & money by enabling
Internet-based monitoring & real-time control of the behavior of
individual appliances. This project will use real-life microcontroller
kits (ACME Plugs from Moteware) & real-life building measurement
data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the
user of plugging each and every appliance/device in the building with a
smart plug; we will investigate connecting multiple devices together
with an individual smart plug/smart circuit breaker and design a smart
circuit breaker using energy metering chip (ADE7753), AC/DC power
supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline
Communications (PLC) modem) and solid state AC relay (Sharp S216SE1)
etc.
- Profile individual devices — i.e., use NILM (non-intrusive load
monitoring) data analytics algorithm on the time-series of power
consumption traces to infer the type of plugged-in device (e.g.,
distinguish between a laptop & a coffeemaker), thereby building a
dynamic catalog of the types & number of devices connected by a
consumer.
- Predict the power consumption of individual rooms — i.e., using the
past history of the power consumption of individual devices to create
predictive inferences of the usage patterns for individual devices
(e.g., learn that the individual switches on a dehumidifier for ~3 hrs
every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at nroy@umbc.edu .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
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Sustainability Matters at UMBC
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Tue, 01 Apr 2014 17:54:47 -0400
Bits Blog: A Skype Founder and a Famous Smoothie Maker Swap Tales in London
As the city’s technology scene rises many are trying to think of ways to avoid the kind of tensions that have arisen between the haves and have-nots in the San Francisco Bay Area.
]]>
As the city’s technology scene rises many are trying to think of ways to avoid the kind of tensions that have arisen between the haves and have-nots in the San Francisco Bay Area.
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Tue, 01 Apr 2014 23:03:45 -0400
DealBook: Tap to Pay (Not So Much in the U.S.)
Using smartphones to make payments for transit, food, clothing or even to pay bills is commonplace overseas but is not as widespread in the United States because of costs.
]]>
Using smartphones to make payments for transit, food, clothing or even to pay bills is commonplace overseas but is not as widespread in the United States because of costs.
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Tue, 01 Apr 2014 17:25:20 -0400
Wed, 02 Apr 2014 07:15:56 -0400
Environmental Justice Internship (MD State Gov)
OVERVIEW:
The Maryland Department of the Environment is seeking a student intern to work on environmental justice (EJ) initiatives related to quality communication with communities and other stakeholders. The primary objectives are (1) to assist a student to complement his/her academic career with work-place experience, (2) to formulate a pilot program focused on environmental justice and community outreach, (3) develop and edit communication pieces regarding EJ and communities, and (4) assist with upkeep of the EJ portion of the MDE website.
INTERNSHIP:
The internship will be an unpaid, credit bearing academic/work related experience. The intern is expected to work at least 10 hours a week on the project over the course of the semester.
PROJECT GOALS:
MDE would like an intern to research and develop a community outreach tool for communities affected by various environmental issues.
1. Pilot Project: This will be a pilot project implemented in a few communities. The first phase of this project will be to research how different communities prefer to receive information, i.e. community meetings, community newsletters, etc. The second stage of the project will focus on consolidating and analyzing this research while developing a tool for surveying communities about their interests and preferred methods of communication. In the third stage of the project, the student will implement the survey tool to determine the preferences of the various pilot communities and then analyze the results. Ultimately, the Department would like to be able to use this tool repeatedly as communities express interest in projects and/or issues of concern.
2. Assist the Office of Environmental Justice & the Office of Communications in editing, drafting, and revising brochures for stakeholders about MDE programs and processes as it relates to EJ.
3. Attend policy meetings to observe and recommend ways to address and improve EJ policy at the Department.
SUPERVISION:
This internship would primarily be supervised by the Environmental Justice Coordinator at MDE; however, the student would also interact and work with the Air and Radiation Management Administration at MDE, the Office of Communications at MDE, and the Commission on Environmental Justice and Sustainable Communities (CEJSC).
HOW TO APPLY:
Please email a cover letter and resume to Lisa Nissley, Legislative Liaison & Environmental
Justice Coordinator, lisa.nissley@maryland.gov.
]]>
Many factors can skew the quality and quantity of crowd-sourced comments.
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Tue, 01 Apr 2014 17:15:21 -0400
Summer research opportunity in Green Building Environments at UMBC
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power communication device that allows you to monitor the power consumption of individual devices (e.g., microwave, coffee machine, laptop) plugged into power sockets, and communicate such power consumption information over a wireless network to a central monitoring station. Such devices could lead to substantial savings of energy & money by enabling Internet-based monitoring & real-time control of the behavior of individual appliances. This project will use real-life microcontroller kits (ACME Plugs from Moteware) & real-life building measurement data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the user of plugging each and every appliance/device in the building with a smart plug; we will investigate connecting multiple devices together with an individual smart plug/smart circuit breaker and design a smart circuit breaker using energy metering chip (ADE7753), AC/DC power supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline Communications (PLC) modem) and solid state AC relay (Sharp S216SE1) etc.
- Profile individual devices — i.e., use NILM (non-intrusive load monitoring) data analytics algorithm on the time-series of power consumption traces to infer the type of plugged-in device (e.g., distinguish between a laptop & a coffeemaker), thereby building a dynamic catalog of the types & number of devices connected by a consumer.
- Predict the power consumption of individual rooms — i.e., using the past history of the power consumption of individual devices to create predictive inferences of the usage patterns for individual devices (e.g., learn that the individual switches on a dehumidifier for ~3 hrs every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at Sorry, you need javascript to view this email address. .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
http://www.csee.umbc.edu/2014/04/summer-research-opportunity-in-green-building-environments-at-umbc/?utm_source=rss&utm_medium=rss&utm_campaign=summer-research-opportunity-in-green-building-environments-at-umbc
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Tue, 01 Apr 2014 16:37:06 -0400
Tue, 01 Apr 2014 16:37:06 -0400
Summer research opportunity in Green Building Environments at UMBC
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power communication device that allows you to monitor the power consumption of individual devices (e.g., microwave, coffee machine, laptop) plugged into power sockets, and communicate such power consumption information over a wireless network to a central monitoring station. Such devices could lead to substantial savings of energy & money by enabling Internet-based monitoring & real-time control of the behavior of individual appliances. This project will use real-life microcontroller kits (ACME Plugs from Moteware) & real-life building measurement data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the user of plugging each and every appliance/device in the building with a smart plug; we will investigate connecting multiple devices together with an individual smart plug/smart circuit breaker and design a smart circuit breaker using energy metering chip (ADE7753), AC/DC power supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline Communications (PLC) modem) and solid state AC relay (Sharp S216SE1) etc.
- Profile individual devices — i.e., use NILM (non-intrusive load monitoring) data analytics algorithm on the time-series of power consumption traces to infer the type of plugged-in device (e.g., distinguish between a laptop & a coffeemaker), thereby building a dynamic catalog of the types & number of devices connected by a consumer.
- Predict the power consumption of individual rooms — i.e., using the past history of the power consumption of individual devices to create predictive inferences of the usage patterns for individual devices (e.g., learn that the individual switches on a dehumidifier for ~3 hrs every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at Sorry, you need javascript to view this email address. .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
http://www.csee.umbc.edu/2014/04/summer-research-opportunity-in-green-building-environments-at-umbc/?utm_source=rss&utm_medium=rss&utm_campaign=summer-research-opportunity-in-green-building-environments-at-umbc
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Tue, 01 Apr 2014 16:37:06 -0400
Tue, 01 Apr 2014 16:37:06 -0400
Summer research opportunity in Green Building Environments at UMBC
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power communication device that allows you to monitor the power consumption of individual devices (e.g., microwave, coffee machine, laptop) plugged into power sockets, and communicate such power consumption information over a wireless network to a central monitoring station. Such devices could lead to substantial savings of energy & money by enabling Internet-based monitoring & real-time control of the behavior of individual appliances. This project will use real-life microcontroller kits (ACME Plugs from Moteware) & real-life building measurement data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the user of plugging each and every appliance/device in the building with a smart plug; we will investigate connecting multiple devices together with an individual smart plug/smart circuit breaker and design a smart circuit breaker using energy metering chip (ADE7753), AC/DC power supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline Communications (PLC) modem) and solid state AC relay (Sharp S216SE1) etc.
- Profile individual devices — i.e., use NILM (non-intrusive load monitoring) data analytics algorithm on the time-series of power consumption traces to infer the type of plugged-in device (e.g., distinguish between a laptop & a coffeemaker), thereby building a dynamic catalog of the types & number of devices connected by a consumer.
- Predict the power consumption of individual rooms — i.e., using the past history of the power consumption of individual devices to create predictive inferences of the usage patterns for individual devices (e.g., learn that the individual switches on a dehumidifier for ~3 hrs every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at Sorry, you need javascript to view this email address. .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
http://www.csee.umbc.edu/2014/04/summer-research-opportunity-in-green-building-environments-at-umbc/
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Tue, 01 Apr 2014 16:37:06 -0400
Tue, 01 Apr 2014 16:37:06 -0400
Summer research opportunity in Green Building Environments at UMBC
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power communication device that allows you to monitor the power consumption of individual devices (e.g., microwave, coffee machine, laptop) plugged into power sockets, and communicate such power consumption information over a wireless network to a central monitoring station. Such devices could lead to substantial savings of energy & money by enabling Internet-based monitoring & real-time control of the behavior of individual appliances. This project will use real-life microcontroller kits (ACME Plugs from Moteware) & real-life building measurement data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the user of plugging each and every appliance/device in the building with a smart plug; we will investigate connecting multiple devices together with an individual smart plug/smart circuit breaker and design a smart circuit breaker using energy metering chip (ADE7753), AC/DC power supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline Communications (PLC) modem) and solid state AC relay (Sharp S216SE1) etc.
- Profile individual devices — i.e., use NILM (non-intrusive load monitoring) data analytics algorithm on the time-series of power consumption traces to infer the type of plugged-in device (e.g., distinguish between a laptop & a coffeemaker), thereby building a dynamic catalog of the types & number of devices connected by a consumer.
- Predict the power consumption of individual rooms — i.e., using the past history of the power consumption of individual devices to create predictive inferences of the usage patterns for individual devices (e.g., learn that the individual switches on a dehumidifier for ~3 hrs every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at Sorry, you need javascript to view this email address. .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
http://www.csee.umbc.edu/2014/04/summer-research-opportunity-in-green-building-environments-at-umbc/
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Tue, 01 Apr 2014 16:37:06 -0400
Tue, 01 Apr 2014 16:37:06 -0400
Summer research opportunity in Green Building Environments at UMBC
NSF REU 2014
Research Experiences for Undergraduates
in Green Building Environments at UMBC
May 28 – August 15, 2014
New emerging “smart plugs” embed a micro-controller and low-power communication device that allows you to monitor the power consumption of individual devices (e.g., microwave, coffee machine, laptop) plugged into power sockets, and communicate such power consumption information over a wireless network to a central monitoring station. Such devices could lead to substantial savings of energy & money by enabling Internet-based monitoring & real-time control of the behavior of individual appliances. This project will use real-life microcontroller kits (ACME Plugs from Moteware) & real-life building measurement data to explore whether such measurement-based monitoring can be used to
- Develop Smart Circuit Breaker — i.e., to lessen the burden of the user of plugging each and every appliance/device in the building with a smart plug; we will investigate connecting multiple devices together with an individual smart plug/smart circuit breaker and design a smart circuit breaker using energy metering chip (ADE7753), AC/DC power supply, Microcontroller with radio (TI MSP430F16 and Cypress Powerline Communications (PLC) modem) and solid state AC relay (Sharp S216SE1) etc.
- Profile individual devices — i.e., use NILM (non-intrusive load monitoring) data analytics algorithm on the time-series of power consumption traces to infer the type of plugged-in device (e.g., distinguish between a laptop & a coffeemaker), thereby building a dynamic catalog of the types & number of devices connected by a consumer.
- Predict the power consumption of individual rooms — i.e., using the past history of the power consumption of individual devices to create predictive inferences of the usage patterns for individual devices (e.g., learn that the individual switches on a dehumidifier for ~3 hrs every Thu).
- Receive $4,500 stipend, free on-campus housing
- Access to university resources, Travel support to UMBC, Unique research experience
Please send your CV (include any relevant experience) and unofficial transcript to Dr. Nirmalya Roy at Sorry, you need javascript to view this email address. .
]]>
NSF REU 2014 Research Experiences for Undergraduates in Green Building Environments at UMBC May 28 – August 15, 2014 New emerging “smart plugs” embed a micro-controller and low-power...
https://www.csee.umbc.edu/2014/04/summer-research-opportunity-in-green-building-environments-at-umbc/
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