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Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Poster2 Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
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Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Project Plan Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
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Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 MidTerm Report Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Final Report Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 MidTerm Presentation Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Poster Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
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Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 Final Report Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
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Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 MidTerm Presentation Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
Show less

Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 Poster Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
Show less

Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 Project Plan Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
Show less

Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 Brochure Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
Show less

Title: Improving Communication Quality in Noisy and Distracting Environments (Semester Unknown) IPRO 343: Improving Communication Quality In Noisy and Distracting Environments IPRO343 Final Presentation Sp09
Creator: Arnold, Kevin, Bauer, Jessie, Bjerke, Brian, Choi, Hyemin, Hong, Karen, Justus, Scott, Moraga, Justo, Pinder, Shavanna, Reynolds, Crystal, Tanapura, Noravidhya
Date: 2009, 2009-05
Description: The goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to...
Show moreThe goal of this project is to identify and provide speech intelligibility benchmarks in different noisy environments. Being able to comprehend speech can vary depending on location and noise level of its surroundings. With that in mind, the project’s purpose for the semester will focus on analyzing and experimenting on those comprehensive speech variations that prevent intelligibility. We will then propose a viable solution for speech intelligibility improvements.
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Abstract Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

Title: Heat Treat Subgroup (Semester Unknown) IPRO 304: Heat Treatment Program IPRO 304 Ethics Sp08
Creator: Larkin, Evan, Murillo, Bryan, Pawlak, Joseph, Popov, Nikolay, Przybysz, Nicholas
Date: 2008, 2008-05
Description: Finkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing...
Show moreFinkl is an industrial steel manufacturer of custom, high quality steel parts for other industries (stamp molding for auto, aircraft landing gear, die steel for other manufactures, etc) The company performs the entire process from smelting the steel, casting and forging, heat treating, and machining of their parts. Currently in their heat treatment process at Finkl, approximately 10% of their parts that are below company quality standards. Finkl has no efficient way of tracking where specific parts are in relation to each other while in the furnace. So when a part comes out below standards, it is hard to trace back where that part was in the furnace and why it was not treated properly. Finkl has enlisted the help of IIT students, which plan to implement a software program that Finkl can use to create a virtual furnace with the parts that will be heat treated and their specific locations in the furnace. When parts come out below quality standards, the program would allow Finkl to examine the location of the parts within the furnace and determine the reason for sub-par quality. The previous semester IPRO was able to develop a software program that displayed the different Finkl shapes; however, the program only displays a single shape at a time without the ability to move or resize the shape. They were also able to model about half of the Finkl shape codes in ProE. . When a large number of parts fail, they must be retreated to meet company quality standards. Taking the time to retreat the process takes both time and money away from the company. If we can help to identify the cause of the heat treatment failure, this would save the company a large amount of money each year. To be able to determine the cause of the heat treat failure, the team hopes to develop a visual database of the furnace layout to help track parts location within the furnace.
Sponsorship: A. Finkl & Sons
Deliverables
Show less

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