BEGIN:VCALENDAR
VERSION:2.0
CALSCALE:GREGORIAN
PRODID:iCalendar-Ruby
BEGIN:VEVENT
CATEGORIES:Conferences/Seminars/Lectures
DESCRIPTION:Hands-on Workshop for using UAVs in mapping the built environme
 nt and Climate Change risk assessment (Non-credit)\n\nEnrollment Limit: 15 
 students\n\nComplete this online form to sign up\n\nDrones are providing us
  with new ways to map\, monitor\, and measure our changing landscape. Advan
 ces in digital image processing enable one to go from flying a drone to wor
 king with accurate maps and 3D models in a matter of hours. In this worksho
 p\, students will learn how to use drones and other geospatial technologies
  to help them better understand our changing environment. Upon completion o
 f this workshop\, students will have theoretical and applied knowledge that
  will aid them to use UAVs in various applications.\n\nIn this workshop\, s
 tudents will gain hands-on experience with drone vehicles\, sensors\, image
  processing software and applications. With the proliferation of drones the
 re are increasing opportunities to use drones for scientific remote sensing
  data acquisition and applications. This workshop focuses on understanding 
 the fundamentals behind acquiring imagery data with drone-based cameras (e.
 g. multi-spectral and thermal) and processing the data for various applicat
 ions.\n\nLearning outcomes\n\n• Understand how to use drones as a platform 
 to acquire data\n• Understand components and functions of a drone system\, 
 DJI as the main platform\n• Understand the photogrammetric principles of dr
 one-based image acquisition and processing in Drone Deploy platform\n• Unde
 rstand basic flight planning and data acquisition with a drone\n• Develop i
 nsight into drone operation and basic maneuvering.\n• Understand how to ope
 rate various drone-based sensors\, RGB camera\, LiDar\, and Thermal.\n• Dev
 elop the ability to process drone-derived raw data imagery (RGB camera\, Mu
 ltispectral\, Thermal\, LiDAR) to various applications.\n• Gain oversight o
 f the complete mission pipe-line\, from planning to final product.\n• Learn
  to present research proposals and complete a project as a team member\n\nF
 ormat\n\nStudents will work in teams of 3-5 students to apply basic flight 
 planning and flight procedures to a mapping problem. Each team will work wi
 th a qualified flying instructor during the data collection process to deve
 lop a flight checklist\, flight plan\, GCP plan and produce an 2D orthomosa
 ic and 3D model from UAV data using drone deploy platform. Each team will p
 resent the processing output at the end of the workshop and key insights on
  using UAVs in urban mapping and climate change problems.\n\nNotes\n\n• Stu
 dents will not be required to acquire their own data as the data will be ac
 quired by the qualified drone instructors with students participating in th
 e data collection.\n• This course will not lead directly to certification o
 f students for operating a drone.\n• The course is not about flying drones\
 , but about understanding how to acquire and process remote sensing data.\n
 \nComplete this online form to sign up\n\nRecommended Reading\n\nJensen\, J
 ohn R\, 2017. Drone Aerial Photography and Videography: Data Collection and
  Image Interpretation. Amazon Kindle store or Apple iBooks store. NOTE: The
  Amazon Kindle store version is recommended as it can be viewed on either t
 he Microsoft Windows or the Apple operating systems.\n\nCourse Instructors:
  Norhan Bayomi\, Postdoctoral Fellow\, Building Technology Program\, MIT En
 vironmental Solutions Initiative\; Prof. John E. Fernandez\, Director of th
 e Urban Metabolism Group (Building Technology Program)\, Director of MIT En
 vironmental Solutions Initiative.\n\nCo-Instructor: Marcela Angel\, Researc
 h Associate\, MIT Environmental Solutions Initiative.\n\nSchedule\n\nTuesda
 y\, January 18:\n\nLecture: Introduction to UAVs Platform and sensing appli
 cations (10:00 to 11:00 am)Lecture: UAVs application in the Built Environme
 nt - Thermal Imaging (11:30 to 12:30 pm)Tutorial: Class Structure and field
  study regulations (1:30 to 2:30 pm)Wednesday\, January 19\n\nDrone Operati
 ons 101 (8:00 to 11:00 am Class session A)Basic Flight Training (12-1pm Cla
 ss session B)Field Training Session (1 – 4 pm)Thursday\, January 20\n\nLect
 ure: UAVs application in Climate Change Risk Assessment (8:00 to 9:00 am)Dr
 one Data Processing Mapping & Modelling (9:30 to 12:30)Field Training Sessi
 on (1 – 4 pm)Friday\, January 21\n\nLecture: UAVs Data Type and Processing 
 Platforms (9:00 to 10:00 am)Field Training: Hands on Data Collection with d
 rones in Briggs FieldMonday\, January 24\n\nProjects Presentation (10-1)Fin
 al Tips (1-2 pm)
DTEND:20220118T193000Z
DTSTAMP:20260314T101935Z
DTSTART:20220118T150000Z
LOCATION:4-163 and Briggs Field
SEQUENCE:0
SUMMARY:IAP Course: Eyes in the Sky
UID:tag:localist.com\,2008:EventInstance_38590206879367
URL:https://calendar.mit.edu/event/iap_course_teaching_with_sustainability_
 1979
END:VEVENT
BEGIN:VEVENT
CATEGORIES:Conferences/Seminars/Lectures
DESCRIPTION:Hands-on Workshop for using UAVs in mapping the built environme
 nt and Climate Change risk assessment (Non-credit)\n\nEnrollment Limit: 15 
 students\n\nComplete this online form to sign up\n\nDrones are providing us
  with new ways to map\, monitor\, and measure our changing landscape. Advan
 ces in digital image processing enable one to go from flying a drone to wor
 king with accurate maps and 3D models in a matter of hours. In this worksho
 p\, students will learn how to use drones and other geospatial technologies
  to help them better understand our changing environment. Upon completion o
 f this workshop\, students will have theoretical and applied knowledge that
  will aid them to use UAVs in various applications.\n\nIn this workshop\, s
 tudents will gain hands-on experience with drone vehicles\, sensors\, image
  processing software and applications. With the proliferation of drones the
 re are increasing opportunities to use drones for scientific remote sensing
  data acquisition and applications. This workshop focuses on understanding 
 the fundamentals behind acquiring imagery data with drone-based cameras (e.
 g. multi-spectral and thermal) and processing the data for various applicat
 ions.\n\nLearning outcomes\n\n• Understand how to use drones as a platform 
 to acquire data\n• Understand components and functions of a drone system\, 
 DJI as the main platform\n• Understand the photogrammetric principles of dr
 one-based image acquisition and processing in Drone Deploy platform\n• Unde
 rstand basic flight planning and data acquisition with a drone\n• Develop i
 nsight into drone operation and basic maneuvering.\n• Understand how to ope
 rate various drone-based sensors\, RGB camera\, LiDar\, and Thermal.\n• Dev
 elop the ability to process drone-derived raw data imagery (RGB camera\, Mu
 ltispectral\, Thermal\, LiDAR) to various applications.\n• Gain oversight o
 f the complete mission pipe-line\, from planning to final product.\n• Learn
  to present research proposals and complete a project as a team member\n\nF
 ormat\n\nStudents will work in teams of 3-5 students to apply basic flight 
 planning and flight procedures to a mapping problem. Each team will work wi
 th a qualified flying instructor during the data collection process to deve
 lop a flight checklist\, flight plan\, GCP plan and produce an 2D orthomosa
 ic and 3D model from UAV data using drone deploy platform. Each team will p
 resent the processing output at the end of the workshop and key insights on
  using UAVs in urban mapping and climate change problems.\n\nNotes\n\n• Stu
 dents will not be required to acquire their own data as the data will be ac
 quired by the qualified drone instructors with students participating in th
 e data collection.\n• This course will not lead directly to certification o
 f students for operating a drone.\n• The course is not about flying drones\
 , but about understanding how to acquire and process remote sensing data.\n
 \nComplete this online form to sign up\n\nRecommended Reading\n\nJensen\, J
 ohn R\, 2017. Drone Aerial Photography and Videography: Data Collection and
  Image Interpretation. Amazon Kindle store or Apple iBooks store. NOTE: The
  Amazon Kindle store version is recommended as it can be viewed on either t
 he Microsoft Windows or the Apple operating systems.\n\nCourse Instructors:
  Norhan Bayomi\, Postdoctoral Fellow\, Building Technology Program\, MIT En
 vironmental Solutions Initiative\; Prof. John E. Fernandez\, Director of th
 e Urban Metabolism Group (Building Technology Program)\, Director of MIT En
 vironmental Solutions Initiative.\n\nCo-Instructor: Marcela Angel\, Researc
 h Associate\, MIT Environmental Solutions Initiative.\n\nSchedule\n\nTuesda
 y\, January 18:\n\nLecture: Introduction to UAVs Platform and sensing appli
 cations (10:00 to 11:00 am)Lecture: UAVs application in the Built Environme
 nt - Thermal Imaging (11:30 to 12:30 pm)Tutorial: Class Structure and field
  study regulations (1:30 to 2:30 pm)Wednesday\, January 19\n\nDrone Operati
 ons 101 (8:00 to 11:00 am Class session A)Basic Flight Training (12-1pm Cla
 ss session B)Field Training Session (1 – 4 pm)Thursday\, January 20\n\nLect
 ure: UAVs application in Climate Change Risk Assessment (8:00 to 9:00 am)Dr
 one Data Processing Mapping & Modelling (9:30 to 12:30)Field Training Sessi
 on (1 – 4 pm)Friday\, January 21\n\nLecture: UAVs Data Type and Processing 
 Platforms (9:00 to 10:00 am)Field Training: Hands on Data Collection with d
 rones in Briggs FieldMonday\, January 24\n\nProjects Presentation (10-1)Fin
 al Tips (1-2 pm)
DTEND:20220119T210000Z
DTSTAMP:20260314T101935Z
DTSTART:20220119T130000Z
LOCATION:4-163 and Briggs Field
SEQUENCE:0
SUMMARY:IAP Course: Eyes in the Sky
UID:tag:localist.com\,2008:EventInstance_38590120345584
URL:https://calendar.mit.edu/event/iap_course_teaching_with_sustainability_
 1979
END:VEVENT
BEGIN:VEVENT
CATEGORIES:Conferences/Seminars/Lectures
DESCRIPTION:Hands-on Workshop for using UAVs in mapping the built environme
 nt and Climate Change risk assessment (Non-credit)\n\nEnrollment Limit: 15 
 students\n\nComplete this online form to sign up\n\nDrones are providing us
  with new ways to map\, monitor\, and measure our changing landscape. Advan
 ces in digital image processing enable one to go from flying a drone to wor
 king with accurate maps and 3D models in a matter of hours. In this worksho
 p\, students will learn how to use drones and other geospatial technologies
  to help them better understand our changing environment. Upon completion o
 f this workshop\, students will have theoretical and applied knowledge that
  will aid them to use UAVs in various applications.\n\nIn this workshop\, s
 tudents will gain hands-on experience with drone vehicles\, sensors\, image
  processing software and applications. With the proliferation of drones the
 re are increasing opportunities to use drones for scientific remote sensing
  data acquisition and applications. This workshop focuses on understanding 
 the fundamentals behind acquiring imagery data with drone-based cameras (e.
 g. multi-spectral and thermal) and processing the data for various applicat
 ions.\n\nLearning outcomes\n\n• Understand how to use drones as a platform 
 to acquire data\n• Understand components and functions of a drone system\, 
 DJI as the main platform\n• Understand the photogrammetric principles of dr
 one-based image acquisition and processing in Drone Deploy platform\n• Unde
 rstand basic flight planning and data acquisition with a drone\n• Develop i
 nsight into drone operation and basic maneuvering.\n• Understand how to ope
 rate various drone-based sensors\, RGB camera\, LiDar\, and Thermal.\n• Dev
 elop the ability to process drone-derived raw data imagery (RGB camera\, Mu
 ltispectral\, Thermal\, LiDAR) to various applications.\n• Gain oversight o
 f the complete mission pipe-line\, from planning to final product.\n• Learn
  to present research proposals and complete a project as a team member\n\nF
 ormat\n\nStudents will work in teams of 3-5 students to apply basic flight 
 planning and flight procedures to a mapping problem. Each team will work wi
 th a qualified flying instructor during the data collection process to deve
 lop a flight checklist\, flight plan\, GCP plan and produce an 2D orthomosa
 ic and 3D model from UAV data using drone deploy platform. Each team will p
 resent the processing output at the end of the workshop and key insights on
  using UAVs in urban mapping and climate change problems.\n\nNotes\n\n• Stu
 dents will not be required to acquire their own data as the data will be ac
 quired by the qualified drone instructors with students participating in th
 e data collection.\n• This course will not lead directly to certification o
 f students for operating a drone.\n• The course is not about flying drones\
 , but about understanding how to acquire and process remote sensing data.\n
 \nComplete this online form to sign up\n\nRecommended Reading\n\nJensen\, J
 ohn R\, 2017. Drone Aerial Photography and Videography: Data Collection and
  Image Interpretation. Amazon Kindle store or Apple iBooks store. NOTE: The
  Amazon Kindle store version is recommended as it can be viewed on either t
 he Microsoft Windows or the Apple operating systems.\n\nCourse Instructors:
  Norhan Bayomi\, Postdoctoral Fellow\, Building Technology Program\, MIT En
 vironmental Solutions Initiative\; Prof. John E. Fernandez\, Director of th
 e Urban Metabolism Group (Building Technology Program)\, Director of MIT En
 vironmental Solutions Initiative.\n\nCo-Instructor: Marcela Angel\, Researc
 h Associate\, MIT Environmental Solutions Initiative.\n\nSchedule\n\nTuesda
 y\, January 18:\n\nLecture: Introduction to UAVs Platform and sensing appli
 cations (10:00 to 11:00 am)Lecture: UAVs application in the Built Environme
 nt - Thermal Imaging (11:30 to 12:30 pm)Tutorial: Class Structure and field
  study regulations (1:30 to 2:30 pm)Wednesday\, January 19\n\nDrone Operati
 ons 101 (8:00 to 11:00 am Class session A)Basic Flight Training (12-1pm Cla
 ss session B)Field Training Session (1 – 4 pm)Thursday\, January 20\n\nLect
 ure: UAVs application in Climate Change Risk Assessment (8:00 to 9:00 am)Dr
 one Data Processing Mapping & Modelling (9:30 to 12:30)Field Training Sessi
 on (1 – 4 pm)Friday\, January 21\n\nLecture: UAVs Data Type and Processing 
 Platforms (9:00 to 10:00 am)Field Training: Hands on Data Collection with d
 rones in Briggs FieldMonday\, January 24\n\nProjects Presentation (10-1)Fin
 al Tips (1-2 pm)
DTEND:20220120T210000Z
DTSTAMP:20260314T101935Z
DTSTART:20220120T130000Z
LOCATION:4-163 and Briggs Field
SEQUENCE:0
SUMMARY:IAP Course: Eyes in the Sky
UID:tag:localist.com\,2008:EventInstance_38590206880392
URL:https://calendar.mit.edu/event/iap_course_teaching_with_sustainability_
 1979
END:VEVENT
BEGIN:VEVENT
CATEGORIES:Conferences/Seminars/Lectures
DESCRIPTION:Hands-on Workshop for using UAVs in mapping the built environme
 nt and Climate Change risk assessment (Non-credit)\n\nEnrollment Limit: 15 
 students\n\nComplete this online form to sign up\n\nDrones are providing us
  with new ways to map\, monitor\, and measure our changing landscape. Advan
 ces in digital image processing enable one to go from flying a drone to wor
 king with accurate maps and 3D models in a matter of hours. In this worksho
 p\, students will learn how to use drones and other geospatial technologies
  to help them better understand our changing environment. Upon completion o
 f this workshop\, students will have theoretical and applied knowledge that
  will aid them to use UAVs in various applications.\n\nIn this workshop\, s
 tudents will gain hands-on experience with drone vehicles\, sensors\, image
  processing software and applications. With the proliferation of drones the
 re are increasing opportunities to use drones for scientific remote sensing
  data acquisition and applications. This workshop focuses on understanding 
 the fundamentals behind acquiring imagery data with drone-based cameras (e.
 g. multi-spectral and thermal) and processing the data for various applicat
 ions.\n\nLearning outcomes\n\n• Understand how to use drones as a platform 
 to acquire data\n• Understand components and functions of a drone system\, 
 DJI as the main platform\n• Understand the photogrammetric principles of dr
 one-based image acquisition and processing in Drone Deploy platform\n• Unde
 rstand basic flight planning and data acquisition with a drone\n• Develop i
 nsight into drone operation and basic maneuvering.\n• Understand how to ope
 rate various drone-based sensors\, RGB camera\, LiDar\, and Thermal.\n• Dev
 elop the ability to process drone-derived raw data imagery (RGB camera\, Mu
 ltispectral\, Thermal\, LiDAR) to various applications.\n• Gain oversight o
 f the complete mission pipe-line\, from planning to final product.\n• Learn
  to present research proposals and complete a project as a team member\n\nF
 ormat\n\nStudents will work in teams of 3-5 students to apply basic flight 
 planning and flight procedures to a mapping problem. Each team will work wi
 th a qualified flying instructor during the data collection process to deve
 lop a flight checklist\, flight plan\, GCP plan and produce an 2D orthomosa
 ic and 3D model from UAV data using drone deploy platform. Each team will p
 resent the processing output at the end of the workshop and key insights on
  using UAVs in urban mapping and climate change problems.\n\nNotes\n\n• Stu
 dents will not be required to acquire their own data as the data will be ac
 quired by the qualified drone instructors with students participating in th
 e data collection.\n• This course will not lead directly to certification o
 f students for operating a drone.\n• The course is not about flying drones\
 , but about understanding how to acquire and process remote sensing data.\n
 \nComplete this online form to sign up\n\nRecommended Reading\n\nJensen\, J
 ohn R\, 2017. Drone Aerial Photography and Videography: Data Collection and
  Image Interpretation. Amazon Kindle store or Apple iBooks store. NOTE: The
  Amazon Kindle store version is recommended as it can be viewed on either t
 he Microsoft Windows or the Apple operating systems.\n\nCourse Instructors:
  Norhan Bayomi\, Postdoctoral Fellow\, Building Technology Program\, MIT En
 vironmental Solutions Initiative\; Prof. John E. Fernandez\, Director of th
 e Urban Metabolism Group (Building Technology Program)\, Director of MIT En
 vironmental Solutions Initiative.\n\nCo-Instructor: Marcela Angel\, Researc
 h Associate\, MIT Environmental Solutions Initiative.\n\nSchedule\n\nTuesda
 y\, January 18:\n\nLecture: Introduction to UAVs Platform and sensing appli
 cations (10:00 to 11:00 am)Lecture: UAVs application in the Built Environme
 nt - Thermal Imaging (11:30 to 12:30 pm)Tutorial: Class Structure and field
  study regulations (1:30 to 2:30 pm)Wednesday\, January 19\n\nDrone Operati
 ons 101 (8:00 to 11:00 am Class session A)Basic Flight Training (12-1pm Cla
 ss session B)Field Training Session (1 – 4 pm)Thursday\, January 20\n\nLect
 ure: UAVs application in Climate Change Risk Assessment (8:00 to 9:00 am)Dr
 one Data Processing Mapping & Modelling (9:30 to 12:30)Field Training Sessi
 on (1 – 4 pm)Friday\, January 21\n\nLecture: UAVs Data Type and Processing 
 Platforms (9:00 to 10:00 am)Field Training: Hands on Data Collection with d
 rones in Briggs FieldMonday\, January 24\n\nProjects Presentation (10-1)Fin
 al Tips (1-2 pm)
DTEND:20220121T150000Z
DTSTAMP:20260314T101935Z
DTSTART:20220121T140000Z
LOCATION:4-163 and Briggs Field
SEQUENCE:0
SUMMARY:IAP Course: Eyes in the Sky
UID:tag:localist.com\,2008:EventInstance_38590206882441
URL:https://calendar.mit.edu/event/iap_course_teaching_with_sustainability_
 1979
END:VEVENT
BEGIN:VEVENT
CATEGORIES:Conferences/Seminars/Lectures
DESCRIPTION:Hands-on Workshop for using UAVs in mapping the built environme
 nt and Climate Change risk assessment (Non-credit)\n\nEnrollment Limit: 15 
 students\n\nComplete this online form to sign up\n\nDrones are providing us
  with new ways to map\, monitor\, and measure our changing landscape. Advan
 ces in digital image processing enable one to go from flying a drone to wor
 king with accurate maps and 3D models in a matter of hours. In this worksho
 p\, students will learn how to use drones and other geospatial technologies
  to help them better understand our changing environment. Upon completion o
 f this workshop\, students will have theoretical and applied knowledge that
  will aid them to use UAVs in various applications.\n\nIn this workshop\, s
 tudents will gain hands-on experience with drone vehicles\, sensors\, image
  processing software and applications. With the proliferation of drones the
 re are increasing opportunities to use drones for scientific remote sensing
  data acquisition and applications. This workshop focuses on understanding 
 the fundamentals behind acquiring imagery data with drone-based cameras (e.
 g. multi-spectral and thermal) and processing the data for various applicat
 ions.\n\nLearning outcomes\n\n• Understand how to use drones as a platform 
 to acquire data\n• Understand components and functions of a drone system\, 
 DJI as the main platform\n• Understand the photogrammetric principles of dr
 one-based image acquisition and processing in Drone Deploy platform\n• Unde
 rstand basic flight planning and data acquisition with a drone\n• Develop i
 nsight into drone operation and basic maneuvering.\n• Understand how to ope
 rate various drone-based sensors\, RGB camera\, LiDar\, and Thermal.\n• Dev
 elop the ability to process drone-derived raw data imagery (RGB camera\, Mu
 ltispectral\, Thermal\, LiDAR) to various applications.\n• Gain oversight o
 f the complete mission pipe-line\, from planning to final product.\n• Learn
  to present research proposals and complete a project as a team member\n\nF
 ormat\n\nStudents will work in teams of 3-5 students to apply basic flight 
 planning and flight procedures to a mapping problem. Each team will work wi
 th a qualified flying instructor during the data collection process to deve
 lop a flight checklist\, flight plan\, GCP plan and produce an 2D orthomosa
 ic and 3D model from UAV data using drone deploy platform. Each team will p
 resent the processing output at the end of the workshop and key insights on
  using UAVs in urban mapping and climate change problems.\n\nNotes\n\n• Stu
 dents will not be required to acquire their own data as the data will be ac
 quired by the qualified drone instructors with students participating in th
 e data collection.\n• This course will not lead directly to certification o
 f students for operating a drone.\n• The course is not about flying drones\
 , but about understanding how to acquire and process remote sensing data.\n
 \nComplete this online form to sign up\n\nRecommended Reading\n\nJensen\, J
 ohn R\, 2017. Drone Aerial Photography and Videography: Data Collection and
  Image Interpretation. Amazon Kindle store or Apple iBooks store. NOTE: The
  Amazon Kindle store version is recommended as it can be viewed on either t
 he Microsoft Windows or the Apple operating systems.\n\nCourse Instructors:
  Norhan Bayomi\, Postdoctoral Fellow\, Building Technology Program\, MIT En
 vironmental Solutions Initiative\; Prof. John E. Fernandez\, Director of th
 e Urban Metabolism Group (Building Technology Program)\, Director of MIT En
 vironmental Solutions Initiative.\n\nCo-Instructor: Marcela Angel\, Researc
 h Associate\, MIT Environmental Solutions Initiative.\n\nSchedule\n\nTuesda
 y\, January 18:\n\nLecture: Introduction to UAVs Platform and sensing appli
 cations (10:00 to 11:00 am)Lecture: UAVs application in the Built Environme
 nt - Thermal Imaging (11:30 to 12:30 pm)Tutorial: Class Structure and field
  study regulations (1:30 to 2:30 pm)Wednesday\, January 19\n\nDrone Operati
 ons 101 (8:00 to 11:00 am Class session A)Basic Flight Training (12-1pm Cla
 ss session B)Field Training Session (1 – 4 pm)Thursday\, January 20\n\nLect
 ure: UAVs application in Climate Change Risk Assessment (8:00 to 9:00 am)Dr
 one Data Processing Mapping & Modelling (9:30 to 12:30)Field Training Sessi
 on (1 – 4 pm)Friday\, January 21\n\nLecture: UAVs Data Type and Processing 
 Platforms (9:00 to 10:00 am)Field Training: Hands on Data Collection with d
 rones in Briggs FieldMonday\, January 24\n\nProjects Presentation (10-1)Fin
 al Tips (1-2 pm)
DTEND:20220124T190000Z
DTSTAMP:20260314T101935Z
DTSTART:20220124T150000Z
LOCATION:4-163 and Briggs Field
SEQUENCE:0
SUMMARY:IAP Course: Eyes in the Sky
UID:tag:localist.com\,2008:EventInstance_38590206883466
URL:https://calendar.mit.edu/event/iap_course_teaching_with_sustainability_
 1979
END:VEVENT
END:VCALENDAR