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Title: Design a System to Recycle Condensate from Residential Air Conditioners (Semester Unknown) IPRO 348: DesignASystemToRecycleCondensateFromResidentialAirConditionersIPRO348MidTermPresentationSu09
Creator: Abro, Anam, Ahmed, Syeda, Claxton, Matt, Hazariwala, Niravkumar, Hesser, Cari, Ismail, Malisa, Martinez, Jessica, Raghuvanshi, Siddhartha, Ruszczak, Erich, Specht, Nicole, Yanover, Rachel
Date: 2009, 2009-07
Description: The goal of IPRO 348 is to first find a use for the condensate produced by air conditioners, and then to create a product that will recycle...
Show moreThe goal of IPRO 348 is to first find a use for the condensate produced by air conditioners, and then to create a product that will recycle the condensate for said use. The first task for IPRO 348 is to collect information on how condensate is formed, its purity, and the amount that is produced by a central air conditioning system. The end goal of the IPRO is to have a marketable system that will collect and store the condensate produced by the air conditioning units and will then proceed to use the condensate in the form of cleaning water, irrigation water, and possibly various plumbing purposes such as flushing toilets. After creating a viable product, the IPRO team is determined to make the product scalable, expanding its market from residential to commercial industries. To fulfill this goal, the IPRO team has been broken down into subgroups which are each responsible for a different objective. The first subgroup is responsible for the creation of a device that will allow for the condensate to be collected and stored. The second subgroup is responsible for analyzing the collected sample’s composition and checking for bacterial growth. The third subgroup is responsible for setting the parameters and methods for condensate collection. The fourth subgroup is responsible for obtaining the condensate samples from various sites, as well as collecting environmental data. The fifth subgroup is responsible for beginning the marketing aspects of the project. As a whole, the IPRO team will determine how the project should progress.
Deliverables
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Title: Optimal Behavior Modeling and Analysis of Electricity Market Participants
Creator: Li, Jie
Date: 2012-04-27, 2012-05
Description: n restructured electricity power markets, competition among market participants is a key issue of concern for both the ISO (Independent System...
Show moren restructured electricity power markets, competition among market participants is a key issue of concern for both the ISO (Independent System Operator) and the market participants themselves. This dissertation analyzes the market behavior of both the generation side and demand side participants, and provides solution guidelines for devising effective competition strategies for market players’ profit maximization objectives. Generation side is the most competitive part in the electricity market with the unbundling of generation, transmission and distribution. Acting as self-interested entities, GENCOs (Generation Companies) are seeking effective and computationally efficient methodology for generation resource scheduling, while keeping its financial risks at acceptable levels when constituting bidding strategies. To help GENCOs achieve such goal, this dissertation propose a game theory based supply function like bidding model to construct the optimal bidding strategies for GENCOs in both energy and ancillary service markets. On the demand side, demand participation in the electricity market has already been advocated for a long time for its benefit to the entire market and the society as a whole. This dissertation focuses on a specific large electricity consumer type – Internet Data Center (IDC). By analyzing the unique energy consumption pattern for different IDC applications, this dissertation devises effective electric demand management solution for IDCs to conserve electricity energy consumption and cut electric bill, and quantifies the demand response effect of IDC on the electricity market.
Ph.D. in Electrical Engineering, May 2012
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Title: Impact of Emerging Internet Trends on the Media Space (Semester Unknown) IPRO 305: Impact of Emerging Internet Trends on the IPRO 305 Abstract F08
Creator: Cantoni, Nick, Cunningham, Ryan, Foret, William, Kruger, Evan, Lagioia, Michael, Lazenby, Angus, Mikesell, Jonathan, Nosek, Janusz, Schreiner, Stephen, Shindo, Grant, Solodkyy, Yevgen, Zhang, Meng
Date: 2008, 2008-12
Description: The objective of IPRO 305 is to understand the usage of deep-rooted as well as emerging applications and trends that will drive internet usage...
Show moreThe objective of IPRO 305 is to understand the usage of deep-rooted as well as emerging applications and trends that will drive internet usage over the next 3 to 5 years. These need to be personified in terms of various classes of users that will co-exist and the potential use by each. In a little over a decade, the internet has become a part of everyday life. What started with simple applications such as email, has expanded to providing Blogs, Social Networking Sites, streaming video content, low cost (sometimes fee) international calls and has evolved into massive e-commerce engine. {There will remain users who use the internet for simple tasks as email, while others will use it to get all their multi-media content and blogs with multitude of opportunities to monetize the same. } The overall increase in consumption (MB) as well as the need for ever-increasing speeds (Mbps) may require ISPs to embrace technologies beyond what is currently envisioned as the industry evolves from broadband technologies to wideband technologies. This change in the environment needs to be evaluated from the view of an ISP/ content provider like a cable company and the new technologies and capabilities it needs to embrace to ensure relevance in the ever-changing world.
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Title: Fab Lab: Creating Design-to-Prototype Learning Modules at the Museum of Science and Industry (sequence unknown), IPRO 333 - Deliverables
Creator: Bonesz, Andrew, Clark, Howard, Douglas, Carlie, Gajdorus, Michael, Gottschall, Keenan, Hendricks, Rachel, Kimball, Clayton, Linares, Jared, Marks, Paul, Mellom, James, Oblenida, Cindy, Pop, Sabina, Stelcel, Carl, Young, Jeremy, Zhou, Raymond
Date: 2009-12
Description: The primary objective of IPRO 333 is to partner the knowledge and ideas of young engineers, architects, and scientists at IIT with the...
Show moreThe primary objective of IPRO 333 is to partner the knowledge and ideas of young engineers, architects, and scientists at IIT with the resources of the Museum of Science and Industry (MSI) in Chicago. This partnership endeavors to help the museum's Fabrication Laboratory (Fab Lab) maximize its potential as a resource for museum guests, young and old, as well as for IIT students, staff, and faculty.
Sponsorship: Museum of Science and Industry. Steven Willis- Director, Fabrication Lab
Deliverables for IPRO 333: Fab Lab: Creating Design-to-Prototype Learning Modules at the Museum of Science and Industry for the fall 2009 semester
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Title: BUOY (Semester Unknown) IPRO 310: BUOYIPRO310ProjectPlanSp10
Creator: Amine, Mukarram, Antony, Claude, Chipman, Aubrey, Choi, Lien, Dykeman, Kimberly, Healton, Michaela, Jayanthy, Ashika, Mckinley, Matthew, Noorts, George, Reilly, Jeffrey, Schafer, Michael, Taylor, Joseph
Date: 2010, 2010-05
Description: This IPRO is working on the problem of creating an assistive device that will help blind and visually impaired (BVI) individuals exercise in a...
Show moreThis IPRO is working on the problem of creating an assistive device that will help blind and visually impaired (BVI) individuals exercise in a swimming pool and elsewhere with increased independence and also to present this technology to the community in a way that is usable to them. In the interest of achieving both of these goals the team has organized its structure into a technology team and a communication team, so that once the device has been created the methodology for teaching the community to use it will already be tested and approved.
Deliverables
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Title: Delta Hook Technology (Semester Unknown) IPRO 358: DeltaHookTechEnPRO358ProjectPlanF09
Creator: Egland, Erik, Howard, Nathan, Kim, Yunjung, Lee, Sewon, Lichaj, Andrew, Madan, Nikhil, Ng, Man, Springfield, Keegan, Yamin, Izmir, Zaidi, Shaad
Date: 2009, 2009-12
Description: During the fall 2009 semester, IPRO 358 plans to continue the development and creation of mock-ups for the Delta Hook Technology (DHT) as well...
Show moreDuring the fall 2009 semester, IPRO 358 plans to continue the development and creation of mock-ups for the Delta Hook Technology (DHT) as well as lay the foundation for a business model for Sparrowhawk, LLC, an early stage company. Sparrowhawk has investigated the concept for an innovative fishing hook that is not currently on the market or ready to be launched. The members of IPRO 358 will work together to design mock-ups of the DHT, test the mock-ups, and determine measures that can be taken to improve the DHT. Subsequent mock-ups will continue to improve based on results of the product testing. Simultaneously, we will be working towards better understanding the consumer’s behavior. This will aid in the determination of the probable distribution channels and the strategies to best use them.
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Title: Tests on a Martin rotatory converter
Creator: Bacon, M. F., Rensch, R. H.
Date: 2009, 1919
Publisher: Armour Institute of Technology
Description: http://www.archive.org/details/testsonmartinrot00baco
Thesis (B.S.)--Armour Institute of Technology; Bibliography: leaves i-ii

Title: Zero Liquid Discharge (Semester Unknown) IPRO 302: ZeroLiquidDischargeIPRO302MidTermPresentationSp09
Creator: Pattermann, William, Ashrafi, Sahar, Shin, Woo, Isoda, Mitchell, Hill, Ross, Latour, Catherine, Ballard, Ray, Ng, Angela, Lai, James, Ong, Alex, Beissinger, Danny
Date: 2009, 2009-05
Description: The objective of this project is to identify, evaluate, and prioritize technologies that can be used to achieve zero discharge in a 500 MW...
Show moreThe objective of this project is to identify, evaluate, and prioritize technologies that can be used to achieve zero discharge in a 500 MW power plant using Powder River Basin coal. To accomplish this mission, we will: 1. Determine the water balance around a typical facility 2. Perform a qualitative assessment of the viability of the three technologies above toward meeting zero discharge. 3. Determine the size, first cost and operating cost for each combination of zero discharge unit operations considered 4. Identify creative options for reusing treated discharge water within the plant 5. Identify emerging technologies that might play a major role in the future.
Sponsorship: Sargent & Lundy
Deliverables
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Title: Impact of Emerging Internet Trends on the Media Space (Semester Unknown) IPRO 305: Impact of Emerging Internet Trends on the IPRO 305 Poster2 F08
Creator: Cantoni, Nick, Cunningham, Ryan, Foret, William, Kruger, Evan, Lagioia, Michael, Lazenby, Angus, Mikesell, Jonathan, Nosek, Janusz, Schreiner, Stephen, Shindo, Grant, Solodkyy, Yevgen, Zhang, Meng
Date: 2008, 2008-12
Description: The objective of IPRO 305 is to understand the usage of deep-rooted as well as emerging applications and trends that will drive internet usage...
Show moreThe objective of IPRO 305 is to understand the usage of deep-rooted as well as emerging applications and trends that will drive internet usage over the next 3 to 5 years. These need to be personified in terms of various classes of users that will co-exist and the potential use by each. In a little over a decade, the internet has become a part of everyday life. What started with simple applications such as email, has expanded to providing Blogs, Social Networking Sites, streaming video content, low cost (sometimes fee) international calls and has evolved into massive e-commerce engine. {There will remain users who use the internet for simple tasks as email, while others will use it to get all their multi-media content and blogs with multitude of opportunities to monetize the same. } The overall increase in consumption (MB) as well as the need for ever-increasing speeds (Mbps) may require ISPs to embrace technologies beyond what is currently envisioned as the industry evolves from broadband technologies to wideband technologies. This change in the environment needs to be evaluated from the view of an ISP/ content provider like a cable company and the new technologies and capabilities it needs to embrace to ensure relevance in the ever-changing world.
Deliverables
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Title: Automated Shipping Container Transfer in Chicago (semester?), IPRO 307: Automated Shipping Container Transfer in Chicago IPRO 307 Final Report Sp05
Creator: Adcock, Keegan, Amolegbe, Rafiu, Grozdanov, Vladmir, Jackson, Carliss, Kechagias, Kallinikos, Medrano, Charles, Prusa, Paul, Racheva, Mira, Smreczak, David, Tomal, Joseph
Date: 2005-05, 2005-05
Description: For the United States, substantial numbers of shipping containers must be transferred from one side of the country to the other. As the major...
Show moreFor the United States, substantial numbers of shipping containers must be transferred from one side of the country to the other. As the major highway and railroad crossroad, Chicago receives the bulk of this intercontinental inter-modal traffic, making it the third largest container port in the world. In many instances, containers are even moved from one railroad to another by truck, exhausting street and highway capacity. Meteoric growth in container movement is expected to continue.
Deliverables for IPRO 307: Automated Shipping Container Transfer in Chicago for the Spring 2005 semester
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Title: Swimming Aid for Visually Impaired Swimmers (Semester Unknown) IPRO 310: Swimming Aid for Visually Impaired Swimmers IPRO 310 Ethics F08
Creator: Chiu, Daniel, Gupta, Vaibhav, Teves, Jan, Turrentine, Lorne, Yew, Hsuen, Soleja, Sikander, Sood, Arun, Warns, Jodi, Padwal, Neha, Reed, Lisa, Sajjad, Sunny
Date: 2008, 2008-12
Description: The primary focus of this project is to help blind and visually impaired individuals to swim independently. The team will be divided into two...
Show moreThe primary focus of this project is to help blind and visually impaired individuals to swim independently. The team will be divided into two sub-teams. One sub-team will create a passive device, which uses a mechanical device to provide tactile feedback to the swimmer. The other sub-team will create an active device which uses special electronic devices such as a sonar based device to help guide the swimmer. These devices will be repeatedly tested and updated to help increase the independence of blind and visually impaired individuals exercise and further improve their quality of life.
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Title: Video Transducing Apparatus
Creator: Camras, Marvin
Date: 2009-04-29, 1972-12-12
Description: Sponsorship: IIT Research Institute
United States Patent

Title: Web Application for Electrical Contractors for LEED Building Projects (Semester Unknown) IPRO 338: WebApplicationForElectricalContractorsForLEEDBuildingProjectsIPRO338ProjectPlanSp09
Creator: Tomal, Dan, Akbany, Omair, Asher, Michael, Aulfata, Muluken, Bennett, Casey, Day, Michael, Kim, Woochan, Park, Minah, Shaffer, Dan, Lee, Yeseul,, Zajac, Greg
Date: 2009, 2009-05
Description: The purpose of this IPRO is to develop a website to host a user-friendly online database of green technologies information for the Electrical...
Show moreThe purpose of this IPRO is to develop a website to host a user-friendly online database of green technologies information for the Electrical Contractors’ Association of the City of Chicago. This website will involve providing data on green electrical products with cut sheets, pricing and distributor information, return on investment projections, and LEED certification facts. The use of this website should help create a well informed transition from industry standard electrical products, to green alternative products, as well as cut down on miscommunication between architects and electrical contractors.
Deliverables
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Title: Particle production sources in heavy ion collisions at RHIC and LHC, Proceedings of the XLIII International Symposium on Multiparticle Dynamics
Creator: Wolschin, Georg
Date: 2013-09-15, 2013-09-15
Publisher: IIT Press
Description: A nonequilibrium statistical relativistic diffusion model (RDM) with three sources is applied to the analysis of charged-hadron distributions...
Show moreA nonequilibrium statistical relativistic diffusion model (RDM) with three sources is applied to the analysis of charged-hadron distributions in Au–Au collisions at RHIC energies, in Pb–Pb collisions at the current LHC energy of 2.76 TeV, and in p–Pb at 5.02 TeV. The relative sizes of the particle production sources at RHIC and LHC energies are investigated in pseudorapidity space as functions of incident energy. The midrapidity source that arises mostly from gluon-gluon collisions becomes more important than the fragmentation sources as the energy increases from RHIC to LHC.
Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
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Title: TWO PROBLEMS ON CROSSING NUMBERS
Creator: Wang, Lujia
Date: 2013-05-01, 2013-05
Description: The crossing number of a graph G, cr(G) is the minimum number of intersections among edges over all possible drawings on a plane. The pairwise...
Show moreThe crossing number of a graph G, cr(G) is the minimum number of intersections among edges over all possible drawings on a plane. The pairwise crossing number pcr(G) is the the minimum number of pairs of edges that cross at least once over drawings. In the rst part of this survey, we deal with the conjecture that pcr(G) = cr(G), and prove that this is true for 4-edge weighted maps on the annulus. Moreover, we develop methods for solving analogous n-edge problems including the classi cation of permutations on a circle. In the second part, we de ne the generalized crossing number cri(G) as the crossing number of a graph on the orientable surface of genus i. The crossing sequence is de ned as (cri(G))g(G) i=0 , where g(G) is the genus of the graph. This part aims at the conjecture that for each sequence of four numbers decreasing to 0, there is some graph with such numbers as its crossing sequence. We come up with a particular family of graphs which have concave crossing sequences of length 4, but partially prove it.
M.S. in Applied Mathematics, May 2013
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Title: Decision Making Tool for Warehouse Logistics Pricing (semester?), IPRO 319: Warehouse Logistics Pricing IPRO 319 Project Plan Sp07
Creator: Duong, Khanh, Egwu, Uchenna, Ma, Justin, Mcanally, Arthur, Mrozinski, Kristin, Oh, Douglas, Schwarz, Nickolay, Stone, Sarah, Sudar, Aleksandar, Yu, Hee Jeoung, Zavala, Arthur
Date: 2007-05, 2007-05
Description: distribution operation which will aid companies seeking to outsource logistics operations. However, the team’s main objective is to add a...
Show moredistribution operation which will aid companies seeking to outsource logistics operations. However, the team’s main objective is to add a Request for Proposal tool to the existing model allowing companies to determine the effectiveness of outsourcing different aspects of warehouse operations. This team hopes to generate willingness in its members to establish an environment conducive to team-oriented goals, as outlined in the objectives below. Successful completion of the goals presented here will require each participant to gain useful experience and knowledge regarding teamwork, inter-professional skills and specifically warehouse logistics pricing. For the spring semester, the team has set forth the following objectives:  Analyze existing model (Shipping, Manufacturing, Transportation, etc.) in terms of being user-friendly and effectiveness at accurately predicting cost versus revenue and whether the operations input should be outsourced.  Refine the current model given the suggestions of a surveyed group, not differentiating the contributions of the IPRO students from the software users.  Research costs associated with logistic processes.  Develop a multi-purpose activity outsourcing tool for common use called “Request for Proposal”.
Sponsorship: Warehouse Education and Research Council; The Kern Family Foundation via the National Collegiate Inventors & Innovators Alliance
Deliverables for IPRO 319: Decision Making Tool for Warehouse Logistics Pricing for the Spring 2007 semester
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Title: Audio Quality & Energy Efficiency for Mobile Devices and Intercoms (Semester Unknown) IPRO 344: AudioQualityandEnergyEfficiencyForMobileDevicesandIntercomsIPRO344FinalReportSp09
Creator: Barnett, Alex, Gullikson, Kevin, Raza, Mohammad, Aigner, Jeff, Su, Yihan, Craig, Titilayo, Kuo, Steve, Chiles, Jeff, Walker, Alex
Date: 2009, 2009-05
Description: IPRO 344 began as an investigation into the applications of Class D amplifiers for low-power and high-quality audio devices. This semester’s...
Show moreIPRO 344 began as an investigation into the applications of Class D amplifiers for low-power and high-quality audio devices. This semester’s IPRO will focus on integrating the Class D amplifier into a drive-through order system. In addition to the Class D amplifier, this semester’s team will be investigating high-fidelity microphones, microphone preamplifiers, and speaker mounting.
Deliverables
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Title: Research Web (Semester Unknown) IPRO 321: ResearchWebIPRO321FinalReportF09
Creator: Abhay, Anandha, Cornelius, Zachary, Corsus, Tom, De Courten-myers, Maximilian, Eberlin, Adam, Kapaldo, James, Nicholson, Bethany, Sizyuk, Yuriy, Sundberg, Stephen
Date: 2009, 2009-12
Description: The focus of our IPRO project was ResearchWeb, an IIT-centered interactive website allowing students and faculty to share research data,...
Show moreThe focus of our IPRO project was ResearchWeb, an IIT-centered interactive website allowing students and faculty to share research data, discuss their research findings, and find research opportunities. Our team brought together undergraduate students from several different departments, about half of whom were programmers. This report summarizes our goals and purpose, our team organization, our research findings, and our conclusions regarding the project’s future.
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Title: Our Energy Future: Lessons in Sustainability (Semester Unknown) IPRO 332: OurEnergyFutureLessonsInSustainabilityIPRO332ProjectPlanF09
Creator: Vega, Mayra, Chavez, Jorge, Chin, Jason, Grande, Gina, Tyler, Micheal, Lay, Livia, Randle, Jennifer, Weiner, Andrew, Johnson, Ross, Mccloat, Declain, Nguyen, Nam, Olechno, Patrick, Zajac, Gregory
Date: 2009, 2009-12
Description: Ipro 332 is in its sixth and concluding semester and has become a well established project. The strong work of previous semesters’ teams has...
Show moreIpro 332 is in its sixth and concluding semester and has become a well established project. The strong work of previous semesters’ teams has given the current team a good base to start from in furthering our goal of energy consumption. This semester the goals were to expand upon the modules that have already been made, explore the creation of a new module and market our modules within the community.
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Title: Alumni Memorial Hall Renovation (Semester Unkown) IPRO 335: Alumni Memorial Hall Renovation IPRO 335 Final Report Sp08
Creator: Denney, Thomas, Ericksen, Michael, Forkan, Garret, Healy, Kieran, Hong, Ei Sheng, Kim, Yong-wan, Kirk, Justin, Ontiveros, Adrian Jesus, Rogers, Eric, Roth, Nathaniel, Sharadendu, Dipti, Sissala, Amy, Warner, Alexander, Weston, Brad
Date: 2008, 2008-05
Description: The scope of I-Pro 335 is both a conclusion to unfinished work from the previous two semesters along with new projects that will start and end...
Show moreThe scope of I-Pro 335 is both a conclusion to unfinished work from the previous two semesters along with new projects that will start and end this semester. Work to be concluded and closed-out from last semester:  Final LEED (Leadership in Energy and Environmental Design) documentation and identification of individuals that might be part of a LEED team should the school desire to pursue that route.  Final design of Americans with Disabilities Act (A.D.A.) elements including a re-design of the elevator, and approval by the client.  Using the Code of Ethics written last semester as a base line, the code will be rewritten to strengthen its objective to provide guidance for the I-Pro. New projects to begin and completed this semester are:  The roof re-design- Green roof options. This may also include storm water retention and grey water recycling systems, as well as any updates to the buildings primary plumbing systems.  Heating, Ventilation, and Air Conditioning (HVAC) - Lab hoods, air conditioning load calculations and Hydronic Heating.  Electrical systems design- Illumination calculations and design, Alarm systems, and ‘Off-heating’ load calculations from equipment to be housed in Alumni Memorial Hall (A.M.H.).  Construction schedule.  Cost estimate.
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