2. March 27, 2002 http://www.marshall.edu/LEGO Hamilton@marshall.edu LEGO LEGO K-12 Math/Science Projects of Linda Hamilton From Here to Mars and Back with Robotics and Group Problem Solving

3. SENSORSCITY Science and Math on the Internet LEGO robotics has gone cyber science. The LEGO CITY at Marshall University is ready for remote sensing. The LEGO computers can be programmed over the Internet to run and gather data from you home or school. Run the monorail, have it remain at the station long enough for safe boarding, then move it on to the next. Data log the number and time of the stops. Keep count of the cars through the intersection, Do the entire information gathering without having to stand around for the count. Use the programming that transportation professionals and NASA uses. SENSORS CITY is part the Science and Engineering NASA Site of Remote Sensing (SENSORS) of Tufts University.

4. Mars and Back Time Line Red Rover Red Rover Davis Creek School Board of Education NASA PTA Red Rover to other schools Space Science Star Shine NASA TV NASA SCIENCE RoboLab programming Nick J. Rahall, II Appalachian Transportation Institute Transportation at Nick J. Rahall, II Appalachian Transportation InstituteSENSORSCITY

5. LEGO Dacta Software and Materials Red Rover Classroom projects Internet connections Internet Rocket Launch by LEGO Robotics RoboLab Classroom projects Internet connection Remote sensing

6. SENSORSCITY Red Rover In Class Among classes Among schools To other states With the world RoboLab In class small groups In class large group Systems Engineering Small groups Projects coordinated together  http://SENSORSCITY.marshall.edu

7. LEGO Projects

8. provide students a background for later models. LEGO Yellow Mini Sets provide students a background for later models.  http://boe.cabe.k12.wv.us/daviscre/LEGOsitemap.htm http://boe.cabe.k12.wv.us/daviscre/LEGOsitemap.htm

9. The Wreck of the Miss Adventure...

10. The Wreck of the Miss Adventure

12. Miss Adventure Presentation To the 4 th grade

13. Intelligent House With Control Lab

14. Ideas Planning Resources People working together To arrive at Mars Takes

15. The Red Rover Mars Box

16. Red Rover, Red Rover, Send Students Right Over!

17. Red Rover

18. Mazes On Mars

19. Red Rover Pictures

20. Rover Pictures...

21. Rover Camera Pictures...

22. Addition to Rover... A New Arm

23. Armadale Primary School Melbourne, Australia Saw Us Via the Rover Camera

24. Then We Met... Our Faces On Their Computer! Sunday: December 13, 1998 5:00PM 8:00AM Monday: December 14, 1998 WV AU

25. Australian Connection II

27. Australian Connection III Continuing communication between continents

28. Our New Mars Mining Box

29. Red Rover

30. Early Remote Sensing Ideas

31. MIT MindFest

32. Robotics Starter Sets Cities and Transportation Other

33. Starter Set

34. ROBOTS

35. Intelligent House and Robotic Amusement

36. LEGO ROBOTICS PlanBuildProgram

37. More RCX Robotics

38. LEGO Robots

39. Robots and RoboLab

40. ROBOLAB Programming

41. LEGO Easter Bunny

42. Robot and Bunny

43. Group Projects Systems Engineering

44. Virtual Space Camp Weeklong Saturdays Practice for Red Rover Goes to Mars After school Play

45. Virtual Space Camp

46. SEM

47. Christmas Factory

48. Groups worked on parts and then brought it all together Programming was a group effort

49. Christmas Factory Program

50. Cornell Mars Workshop

51. StarShine

52. Mars Millennium Project Mars Colony

53. DC Mars Colony ‘99

54. DC Mars Colony Display Box With RCX http://boe.cabe.k12.wv.us/daviscre/legositemap.htm

55. Red Rover Viewed By Homer Hickam Red Rover Goes To Mars

56. Inspiration of Homer Hickam

57. Continued Inspiration of Homer Hickam

58. Next... Red Rover & Students Will Go To Mars! http://boe.cabe.k12.wv.us/daviscre/http://planetary.org/

59. Big Creek High High School where Homer Hickam went Robotics and Red Rover Internet connect with middle and elementary schools

60. Big Creek

61. Rocket Launch Planning with LEGO rocket Summer picnic Robotics and Red Rover to Big Creek Rockets in class Rocket Launch Elementary Middle High school

62. Rocket Launch Movie Planning with LEGO rocket Summer picnic Robotics and Red Rover to Big Creek Rockets in class Rocket Launch Elementary Middle High school

63. LEGO CITY Housed at Nick J. Rahall, II Appalachian Transportation Institute SENSORSCITY NASA remote sensing site Red Rover site

64. Transportation At schools and MU

65. Remote Sensing on December 11, 2001 from Barboursville Middle School Getting data remotely appeared to be easy for three groups of 6th graders. From their computers in their rooms, the students logged onto http://www.marshall.edu/LEGO. They checked out some of the pictures of what some of their classmates have done on the current year. They clicked the LEGO camera link to see a live picture of the LEGO CITY. Clicking on SENSORSCITY link, http://SENSORSCITY.marshall.edu, each group went to work. They made an account with a name and password they would remember, checked out the schedule and signed up for a time slot. Some chose programs to run from those at the site at http://sensorscity.marshall.edu/city/pages/vi while they looked through the pictures and descriptions of the scenarios. Others wrote or changed programs using the RoboLab they had. In one room they also watched and operated the CITY with Red Rover soft ware. See instructions to try out Red Rover at the City. The fun came in submitting missions to SENSORS CITY and watching the monorail move while watching over the Internet on the live camera. The little car models moving traffic. The data that comes back over the internet as a graph makes it much easier to compute the car rate.

66. Local Schools Nick J. Rahall,II Appalachian Transportation Institute at Marshall University Schools through out Appalachia Transportation Workshops

67. Intelligent Transportation

68. Building Transportation Robotics from Afar and at the LEGO CITY

69. RoboLab Programming *.*. Sensors Motors and lights Multi-tasking Structures

70. Programming over the Internet A car, a monorail and other transportation are available for Teleoperation at the LEGO SENSORS City since September of 2001. From the Red Rover Red Rover side you can operated the other monorail and gate. The live view on http://legocamera.marshall.edu shows the end of the CITY that can be programmed over the internet by RoboLab. Through the Red Rover Red Rover software you can operate and see the the view from the opposite side.

71. Red Rover Teleoperation Install software for earth site or buy and use Mars site CONNECT to Lego.marshall.edu Use direction buttons to operate Run programs

72. Programming over the Internet

73. LEGO CITY

74. SENSORS CITY SENS RS Science and Engineering NASA Site of Remote Sensing City Transportation Nick J. Rahall, II Appalachian Transportation Institute Marshall University Linda Hamilton hamilton@marshall.edu http://www.marshall.edu/LEGO http://SENSORSCITY.marshall.edu

75. Nick J. Rahall, II Appalachian Transportation Institute The Nick J. Rahall, II Appalachian Transportation Institute (RTI) is pleased to announce that its LEGO 24-Hour City is now an official Science and Engineering NASA Site of Remote Sensing (SENSORS). SENSORS is a NASA Leading Educators to Applications, Research, and NASA-related Educational Resources in Science Cooperative Agreement Notice. The purpose is to enhance K-12 science, math, technology, and geography education through Internet-based products derived from NASA mission content. With the use of telerobotics and LEGO RCX robots, students can explore and discover different environments. The Appalachian Transportation Institute is located at Marshall University in Huntington, West Virginia. One of the goals of the RTI is to provide quality transportation-related programs to elementary, middle, and high school students, with the express purpose of attracting students to careers in transportation fields. Each year, a variety of workshops are sponsored which enable students to explore the technologies and issues related to transportation in the United States. The LEGO 24-Hour City at RTI is built around the LEGO Dacta RCX intelligent programmable brick. Using LEGO Dacta’s ROBOLAB software, students at RTI are able to program each of the city’s vehicles and traffic control elements. Previously,using Red Rover software, students at other sites could remotely activate the motors and lights on the City’s LEGO models and run set up programs. Now, using the Internet, students from anywhere can also program the City’s elements themselves and remotely receive information and data from the City. Linda Hamilton, mathematics instructor at Marshall University, working with Chris Rogers of Tufts University Center for Engineering Educational Outreach, has designed the LEGO 24-Hour City at RTI to be operational for remote sensing. Many schools have remotely operated the City’s monorail, gates, traffic counters, and vehicles. Programs like the LEGO 24-Hour City at RTI use hands-on, real-life activities that build interest in engineering, robotics, and remote sensing among young people. This interest will stay with the students throughout their education, and lead them to careers in transportation and traffic fields. A SENSORS LEGO Robotics Workshop was held at Tuft’s University on June 6-8, 2001. Marshall University, NASA Jet Propulsion Laboratory, NASA Glenn, NASA Goddard and NASA Ames representatives planned their SENSORS site and programmed LEGO robotics at the Tufts University SENSORS workshop.

76. SENSORS CITY SENS RS Science and Engineering NASA Site of Remote Sensing City Transportation Nick J. Rahall, II Appalachian Transportation Institute Marshall University Linda Hamilton hamilton@marshall.edu http://www.marshall.edu/LEGOhttp://SENSORSCITY.marshall.edu