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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332FinalPresentationSp09
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332ProjectPlanSp09_redacted
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332PosterSp09
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
Deliverables
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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332AbstractSp09
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
Deliverables
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Title: “How Many Earths?” (Semester Unknown) IPRO 332
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
Deliverables
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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332MidTermPresentationSp09
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
Deliverables
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Title: “How Many Earths?” (Semester Unknown) IPRO 332: HowManyEarthsIPRO332FinalReportSp09
Creator: Baldwin, Leah, Braband, Jim, Broekere, Eliza, Colburn, Charleen, Craven, Joseph, Kelly, Madison, Kimball, Clayton, Leep, Nick, Masangkay, Rodolfh, Mulligan, James, Olson, Sarah, Patel, Hiren, Phillips, Timothy, Wolcott, Chris
Date: 2009, 2009-05
Description: The mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this...
Show moreThe mission of “How Many Earths?” is to educate people on the issues of sustainability and energy needs, concerns, and sources. In doing this we look to expand on work that has been done in previous semesters in addition to developing modules for a wider age base. Previously the modules have been focused on High School and Middle School students; this semester, we look to develop a program for elementary school classrooms in addition to post-high school education.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Poster2 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Brochure2 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Project Plan Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Brochure1 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Midterm Report Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Final Report Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Poster1 Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
Show less

Title: Chicago Sister Cities China: Fuel Cell/Geothermal Sustainable Energy USX Site (Semester Unknown) IPRO 345: Fuel CellGeothermal Sustainable Energy at USX Site IPRO 345 Final Presentation Sp08
Creator: Agose, Daisy, Bober, Eliza, Kumar, Abnishek Prabha, Leep, Nick, Yoshimura, Maruja, Yun, Suk Hwan, Lockridge, Jonathan, Chung, Yoon Sung, Dado, Mathew, Byrne, Richard, Ajigbo, Funso, Enadeghe, Gregory, Lee, Yun Jin, Hogan, Brian, Wolcott, Chris, Peavler, Jennifer, Kim, Jaehyuk, Park, Jae Hyung, Park, Won Woo, Zheng, Min, Hornero, Alex, Pelae, Raisa, Zarate, Nyah, Arnoux, Christian, Mukai, Cheryl
Date: 2008, 2008-05
Description: A. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of...
Show moreA. Create a working software tool that assists in the capacity of planning, decision making and accessing the economic feasibility of implementing an integrated fuel cell technology and geothermal energy system. B. Through a case study approach, research and evaluate the energy needed in residential homes to use as a basis for determining the algorithms employed in the software development. C. Demonstration of the viability of the integrated fuel cell and geothermal system in a specific location through the prototype testing of the database tool. D. Connect an alternative energy source for heating and cooling to the industrial world by providing an efficient way to analyze the design and economic parameters required to implement such an integrated energy system. E. Research on all parameters needed for our project’s implementation including environmental laws and regulations, permits, funding, weather, population, and energy consumption.
Deliverables
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