Title: Educational Robotics and TeRK Illah Nourbakhsh and many others! Carnegie Mellon University | Robotics Institute
1Educational Robotics and TeRK Illah Nourbakhsh
and many others!Carnegie Mellon University
Robotics Institute
2Educational Robotics Audiences
- Pre-college students
- Undergraduate students
- Graduate students
- Lifelong learners
3Survey of Educational Activities
- Pre-college students
- Formal and out-of-school curriculum
- Contest-centered (local, regional, national)
- Undergraduate students
- Graduate students
- Lifelong learners
4Survey of Educational Activities
- Pre-college students
- Formal and out-of-school curriculum
- Contest-centered (local, regional, national)
- Undergraduate students
- Graduate students
- Lifelong Learning
5Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Introductory programming
- Lab activities for lecture course
- Advanced lab class
- Open projects class
- Graduate students
- Lifelong learners
6Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Introductory programming
- Lab activities for lecture course
- Advanced lab class
- Open projects class
- Graduate students
- Lifelong learners
7Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Introductory programming
- Lab activities for lecture course
- Advanced lab class
- Open projects class
- Graduate students
- Lifelong learners
8Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Introductory programming
- Lab activities for lecture course
- Advanced lab class
- Open projects class
- Graduate students
- Lifelong learners
9Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Graduate students
- Advanced project platform
- MS software practicum
- PhD research equipment
- Lifelong learners
10Survey of Educational Activities
- Pre-college students
- Undergraduate students
- Graduate students
- Lifelong learners
- Hobby robotics community
- Informal learning venues
11Best of Lessons Learned
- Robotics and gender retention
- - increased achievement in all-women teams
- - direct evidence of retention in CS,
engineering fields - Mechanical empowerment
- - ID with technology results depends on full
development cycle - - robot activities should push back on the
world - Remote programming
- - emphasize off-board and on-board code
explicitly - Vision-centered perception
- - low-cost, enriched capabilities and rewarding
outcomes - Self-defined challenges
- - physical embodiment leads to diversity of
projects
12What Students Expected to Learn and What They
Reported Learning
13What Students Expected to Learn and What They
Reported Learning
14Reported LearningQuotes from Trikebot Final
Survey
- To open source ones code for the better of
robotics. - Teamwork is hard especially with varying levels
of skill and different personalitiescan be
rewarding only through compromise. - Document what one does so someone else can
repeat the experiment and be just or even more
successful. - That no matter what the obstacle we have, we can
still overcome it and solve it. - Start with the basics, then make things fancier
if you wantsimple is absolutely fine if it works
well. - Have more confidence with myself.
- I learned that doing something slow is better
than doing it twice.
15Telepresence Robotics Kit (TeRK)
- - Robot reference design library
- - Robot electronics package
- - Robot connectivity and development software
- - Community curriculum design effort
- - Pilot education rollout evaluation
- release in early 2006
16Telepresence Robotics Kit (TeRK)
- - Robot reference design library
- H. Ben Brown and mechanical ingenuity
- COTS parts, hand tool processes
- 4 proto-recipes telepresence chassis, 5 DOF
arm, tabletop robot, sessilebot - - Robot electronics package
- - Robot connectivity and development software
- - Community curriculum design effort
- - Pilot education rollout evaluation
17Telepresence Robotics Kit (TeRK)
- - Robot reference design library
- - Robot electronics package
- ARM9 FPGA hybrid design, high speed bus
- Ethernet, 802.11, RS232, USB
- Digital and analog i/o 10 servoes vision
- 4 MOSFET motor drivers (4A each) w/back-EMF
- On-board switching power regulation
- Price target below 250
- - Robot connectivity and development software
- - Community curriculum design effort
- - Pilot education rollout evaluation
18Telepresence Robotics Kit (TeRK)
- - Robot reference design library
- - Robot electronics package
- - Robot connectivity and development software
- Out-the-box internet connectivity
- Out-the-box telepresence client
- Layering of human-robot interaction modalities
- - Community curriculum design effort
- - Pilot education rollout evaluation
19Telepresence Robotics Kit (TeRK)
- - Robot reference design library
- - Robot electronics package
- - Robot connectivity and development software
- - Community curriculum design effort
- PER giveaway experiment
- PIER education program- CMU, PIT
- MIT, Columbia, UMass/Lowell
- Ohlone College and several local schools
- - Pilot education rollout evaluation
20TeRKeys
- CMU Mobile Robot Programming Lab
- University of Pittsburgh Learning Research
Development Center - Charmed Labs
- LotterShelly
- Current Funding Microsoft (thank you!), Xilinx,
Creative WebCam, NASA/Ames, Google