Epic At Boston University College Of Engineering
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EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
EPIC at Boston University College of Engineering
hi everyone I'm Ken Loach and Dean of the College of Engineering I'm going to describe our engineering product Innovation Center or epic 20,000 square-foot facility designed to transform engineering education. that students of all majors will learn how to go from a paper design to a product out the back end that could be mass-produced and add economic value and improve society here's a student working on a computer-aided design system on a pot for some design of a product she's interested in trying to create this computer-aided design suite is going to be used by students in virtually all of their courses or even on their own as they try to come up with ideas for products eventually students have to try to make these products and. they can go to a computer numerical control device shown here but starts the process of making the design from a piece of material the technologies in epic will be used by all of our students in fact we anticipate over a thousand students per semester in epic one of the courses it's enabled is a introduction to engineering design costs taken by all of our sophomores where they learn interdisciplinary design working with students from all disciplines on how to go from a paper to product out the back end epic is a facility that's in line with our philosophy of creating a societal engineer an individual with an engineering foundation and other attributes best prepared to impact society by driving innovation and new products to improve our quality of life regardless of what career path they might take now ask the computer numerical control system makes various parts of designs one has to measure and see if they've met specifications here you see a precision laser measuring system to really identify with high precision whether the various parts of met specifications that were put onto the computer this technology that you're looking at is called a precision grinder which is used in conjunction often with a manual three axis vertical mill as one refines the piece that's going to be used in the design epoch is available not only for particular courses in our curriculum but for students who just want to be engaged in individual design or group design for ideas they have they have access to epic in this technologies this is a tool room lathe one of the most exciting technologies for advanced manufacturing design of the future is robotics and in epic you'll see an advanced automated design and manufacturing system. that our students can learn how to use robotics during a manufacturing of a possible product design and finally one of the most exciting technologies that many students have heard of our three-dimensional printers here's an example of one working obviously in festive in real time there's a whole Bank of these 3d printers from smaller ones to the most advanced ones imaginable and students can design virtually anything they want on a computer and drive these three-dimensional computers creating parts for their various projects and various products we're excited about epic and how it will help us create a societal engineer
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