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Title: SOLAR DECATHALON (Semester Unknown) IPRO 352: SOLAR DECATHALON IPRO 352 MidTerm Presentation F08
Creator: Babjak, Alan, Nockov, Ivan, Peterson, Steven, Pollina, Matt, Todorova, Ralitsa, Weissman, Kathryn, Zelenskiy, Aleksandr, Cooper, Lance, Gunasekera, Chathuri, Johnson, Daniel, Mast, Laura, Mulligan, James, Ruffolo, John, Stawarz, Rafal
Date: 2008, 2008-12
Description: The Solar Decathlon is an international collegiate competition where 20 student teams design, build, and showcase small, energy-efficient,...
Show moreThe Solar Decathlon is an international collegiate competition where 20 student teams design, build, and showcase small, energy-efficient, solar-powered homes on the Washington Mall for two weeks every other year. The houses, unconnected to any central power, sewage, or plumbing lines, must fully accommodate the equivalent of a “typical American family” for the duration of the competition. The Request for Proposal for the 2011 Solar Decathlon will be released at the conclusion of the October 2009 event. The teams selected for the competition will be awarded $100,000 over two years to aid in construction costs and support the Solar Decathlon's research goal of reducing the cost of solarpowered homes and advancing solar technology.
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Title: CO2 Mitigation: A Techno-Economic Assessment (Semester Unknown) IPRO 302
Creator: Vrana, George, Babjak, Alan, Lee, Dahye, Mcwethy, Courtney, Costanzo, Francis, Gonzalez, Daniel, Hwang, Taeho, Bart, Jeff, Baldwin, Timothy, Marheine., Joshua, Schillaci, Michael, Cheever, James, Guilfoyle, Jennifer, Ogata, Kenneth, Kit Ong, Wai, Konwar, Riju, Clark, Michael, Zajkowska, Urszula, Lazicki, Katherine, Pyciak, Mark, Kuhan Sivanyanam, Sithambara, Yaker, Farouk, Im, Sanghyuk
Date: 2008, 2008-05
Description: Perform an in-depth analysis of all aspects of implementing the selected CO2 mitigation technology from the sponsor by researching methods of...
Show morePerform an in-depth analysis of all aspects of implementing the selected CO2 mitigation technology from the sponsor by researching methods of sequestration and designing CO2 removal equipment with the assistance of MATLAB models of the power plant and Hysys models of the CO2 removal equipment.  Provide a thorough economic analysis in order to assess the impact on power generation cost. This will include determination of capital costs for the operation and construction of CO2 removal and sequestering equipment to the existing power plant.
Sponsorship: Sargent & Lundy
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Title: SOLAR DECATHALON (Semester Unknown) IPRO 352
Creator: Babjak, Alan, Nockov, Ivan, Peterson, Steven, Pollina, Matt, Todorova, Ralitsa, Weissman, Kathryn, Zelenskiy, Aleksandr, Cooper, Lance, Gunasekera, Chathuri, Johnson, Daniel, Mast, Laura, Mulligan, James, Ruffolo, John, Stawarz, Rafal
Date: 2008, 2008-12
Description: The Solar Decathlon is an international collegiate competition where 20 student teams design, build, and showcase small, energy-efficient,...
Show moreThe Solar Decathlon is an international collegiate competition where 20 student teams design, build, and showcase small, energy-efficient, solar-powered homes on the Washington Mall for two weeks every other year. The houses, unconnected to any central power, sewage, or plumbing lines, must fully accommodate the equivalent of a “typical American family” for the duration of the competition. The Request for Proposal for the 2011 Solar Decathlon will be released at the conclusion of the October 2009 event. The teams selected for the competition will be awarded $100,000 over two years to aid in construction costs and support the Solar Decathlon's research goal of reducing the cost of solarpowered homes and advancing solar technology.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Abstract F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Business Plan F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Poster F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Project Plan F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Ethics F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 Final Presentation F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: eMotion (Semester Unknown) IPRO 354: eMotion IPRO 354 MidTerm Presentation F08
Creator: Roy, Avelo, Suda, Edward, Segre, Alessandro, Luan, Haojie, Graziano, Luan, Sharma, Vivek, Mishra, Lory, Hernandez, Monica
Date: 2008, 2008-12
Description: eMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
Deli...
Show moreeMotion creates and offers devices that connect those that are physically apart but mentally together in a manner that is safe and simple.
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Title: Designing and Building Prototypes for Assisting Blind Swimmers (Semester Unknown) IPRO 310: Designing and Building Prototypes for Assisting Blind Swimmers IPRO 310 Project Plan Sp08
Creator: Canales, Hernan, Denloye, Olasoji, Lima, Pedro, Lu, Zhenlin, Pabba, Shabarinath, Patel, Amit, Rodriguez, Tito, Sakla, Emmanuel, Schejbal, Jeffrey, Solomon, Samuel, Warns, Jodi, Yousuf, Talha
Date: 2008, 2008-05
Description: IPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United...
Show moreIPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United States to swim independently and without sustaining injuries. Due to the size of the team, now and in the past, IPRO 310 divides itself into 3 subteams. The three sub‐teams are the passive sub‐team, the active sub‐team, and the research sub‐team; which this year has become the business plan/EnPRO sub‐team. Though we meet as a single IPRO several times a week, most of the work done outside of class will be in separate teams. Because of the great differences between each segment of the project, each sub‐team has devised their own plan. The passive team will first present their plan to create a large device that can be installed into a pool to assist blind and visually impaired swimmers. Following that, the active team will present their plan to create a small device that can be worn by a blind and visually impaired swimmer to warn them about obstacles. Lastly, the business team will present their plan to devise a business plan to start a successful start‐up business by using the device that the passive team is working on.
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Title: Designing and Building Prototypes for Assisting Blind Swimmers (Semester Unknown) IPRO 310: Designing and Building Prototypes for Assisting Blind Swimmers IPRO 310 Poster Sp08
Creator: Canales, Hernan, Denloye, Olasoji, Lima, Pedro, Lu, Zhenlin, Pabba, Shabarinath, Patel, Amit, Rodriguez, Tito, Sakla, Emmanuel, Schejbal, Jeffrey, Solomon, Samuel, Warns, Jodi, Yousuf, Talha
Date: 2008, 2008-05
Description: IPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United...
Show moreIPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United States to swim independently and without sustaining injuries. Due to the size of the team, now and in the past, IPRO 310 divides itself into 3 subteams. The three sub‐teams are the passive sub‐team, the active sub‐team, and the research sub‐team; which this year has become the business plan/EnPRO sub‐team. Though we meet as a single IPRO several times a week, most of the work done outside of class will be in separate teams. Because of the great differences between each segment of the project, each sub‐team has devised their own plan. The passive team will first present their plan to create a large device that can be installed into a pool to assist blind and visually impaired swimmers. Following that, the active team will present their plan to create a small device that can be worn by a blind and visually impaired swimmer to warn them about obstacles. Lastly, the business team will present their plan to devise a business plan to start a successful start‐up business by using the device that the passive team is working on.
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Title: Designing and Building Prototypes for Assisting Blind Swimmers (Semester Unknown) IPRO 310: Designing and Building Prototypes for Assisting Blind Swimmers IPRO 310 PosterSp08
Creator: Canales, Hernan, Denloye, Olasoji, Lima, Pedro, Lu, Zhenlin, Pabba, Shabarinath, Patel, Amit, Rodriguez, Tito, Sakla, Emmanuel, Schejbal, Jeffrey, Solomon, Samuel, Warns, Jodi, Yousuf, Talha
Date: 2008, 2008-05
Description: IPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United...
Show moreIPRO 310 is continuing into its fourth semester of creating devices to assist the millions of blind and visually impaired people in the United States to swim independently and without sustaining injuries. Due to the size of the team, now and in the past, IPRO 310 divides itself into 3 subteams. The three sub‐teams are the passive sub‐team, the active sub‐team, and the research sub‐team; which this year has become the business plan/EnPRO sub‐team. Though we meet as a single IPRO several times a week, most of the work done outside of class will be in separate teams. Because of the great differences between each segment of the project, each sub‐team has devised their own plan. The passive team will first present their plan to create a large device that can be installed into a pool to assist blind and visually impaired swimmers. Following that, the active team will present their plan to create a small device that can be worn by a blind and visually impaired swimmer to warn them about obstacles. Lastly, the business team will present their plan to devise a business plan to start a successful start‐up business by using the device that the passive team is working on.
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 Project Plan Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
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Title: Developing a Computer Science Textbook that Incorporates Real and Practical Open-Ended Problem Solving (Semester Unknown) IPRO 328
Creator: Allen, David, Bathum, Nicholas, Hammes, Katherine, Jeong, Seon, Johnson, Leland, Kofman, Roman, Hyup Kwak, Noh, Patel, Vivek, Rymek, Phillip, Schmitz, Peter, Tilatti, Michael, Tran, Harry
Date: 2008, 2008-05
Description: Dr. Ophir Frieder and Dr. David Grossman have completed a draft manuscript for an introductory book on Computer Science. The impulse behind...
Show moreDr. Ophir Frieder and Dr. David Grossman have completed a draft manuscript for an introductory book on Computer Science. The impulse behind this book is dissatisfaction with the way introductory computer science is currently taught. To our knowledge, there has yet to exist a text that focuses on semantic and algorithmic issues, rather than purely syntactical. Most students get bogged down by the intricacies of the programming language itself, which hinders their problem solving development. This book, in contrast to its many predecessors, will use the Ruby programming language. The language offers some good pedagogical aspects and this is couple with the fact that it is also becoming extremely popular in industry (e.g. 37Signals, as featured in BusinessWeek). By using Ruby, the team aims to aid students in learning semantic and algorithmic issues rather than the syntactical problems they face when learning other languages such as C++ and Java. In Fall 2007, the IPRO developed problem sets with solutions for the book, improved its examples, and developed sidebars. This semester, the IPRO will focus on testing the book with students new to computer science
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 Final Presentation Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 Final Report Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
Deliverables
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 MidTerm Presentation Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
Deliverables
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 MidTerm Report Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
Deliverables
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Title: Low-Cost Water Pump Design/Testing to Serve Rural Villages (Semester Unknown) IPRO 323: Low-Cost Water Pump DesignTesting to Serve Rural Villages IPRO 323 Poster1 Sp08
Creator: Albee, Brian, Bailey, Nicholas, Burt, Jaucinta, Chan, Leon, Davila, Katty, Galbraith, Nicole, Leong, Erick, Liu, Jinting, Pajak, William, Rhode, Ellen, Sullivan, Joshua, Yarzak, Ryan
Date: 2008, 2008-05
Description: The objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water....
Show moreThe objective of IRPO 323 is to find and optimize a system to deliver drinkable water to communities that do not have easy access to water. Mainly in locating a water source accessible to the region based on geographical limitations. From there, creation of a system to draw out the water in order to meet the demands of the people based on their lifestyle. The system has to be easy to maintain, fulfill the water requirement, and is cost effective in the life of the design. However, in order to fully understand the system and its limitations a test model will be used. In order to accomplish this project in a timely manner each individual will have to learn, develop, and apply interpersonal skills, research methods, and coordination. The set objectives, therefore, are:  Evaluate water sources and water demands of the target community  Design a system for this community  Research products and costs for system components  Create a test model to better understand the system components
Sponsorship: US Environmental Protection Agency, National Collegiate Inventors & Innovators Alliance (NCIIA) and Stuart Grants
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