Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Educational Robotics and TeRK Illah Nourbakhsh and many others! Carnegie Mellon.

Slides:



Advertisements
Similar presentations
Design Contest MAE 3. Why a Design Contest Apply Engineering Tools Manage the Design Process Emphasize/Struggle/Rejoice Creativity Using Resources Team.
Advertisements

1 Computer Networks and Communications [Δίκτυα Υπολογιστών και Επικοινωνίες] Lecture 1: Introduction Univ. of the Aegean Financial and Management Engineering.
Integrate STEM with Design, 3d Printing, Robotics, and Computer Programming Vinny Garrison Brian Perry Christopher Polizzi Nanuet School District.
CHALLENGE BASED LEARNING PROGRAM - Mass Transport in Bioprocess JIANG, Guoqiang Ph.D. | Associate Prof. Dept. Chem. Tsinghua University, Beijing,
Carnegie Mellon H. Choset, Learning by Building Robots: (Directed Constructionism) Howie Choset Robotics Institute Carnegie.
Robotics Kits Across the Curriculum: Integrating STEM in Middle and High School Courses. Elizabeth Perry, Ph.D. Theresa Richards, Ph.D. Pittsburgh's only.
Continuous Improvement in Teaching and Learning Candace Thille Director, Open Learning Initiative.
A Science Education Center for the Third Age: Lessons Learned, Next Steps National Conference Osher Lifelong Learning Institutes April 13-15, 2011 Itasca,
Discovery Learning Center Mission: To advance research that revolutionizes learning, especially in the STEM disciplines Vision: To contribute in novel.
CS4HS Workshop, July 23, 2006 Multimedia Robots for Computer Science Education Dr. Illah Nourbakhsh and Tom Lauwers Center for Innovative Robotics.
Systems Programming Course Gustavo Rodriguez-Rivera.
Mohammad Alshayeb 19 May Agenda Update on Computer Science Program Assessment/Accreditation Work Update on Software Engineering Program Assessment/Accreditation.
California State University East Bay
What’s driving the need for flexible curricula? How are our learners changing and what are their needs/expectations for flexible curricula? QAA Enhancement.
CURRICULUM AND CURRICULUM SUPPORT MATERIAL DEVELOPMENT:
Minia Univresity Council for Education Affairs Meeting - July Higher Education Enhancement Project Fund (HEEPF) Improving Transportation Engineering.
Eportfolios: Graduate Qualities, Standards & ICT Dr. Trudy Sweeney Faculty Scholar, 2010 School of Education.
The Institute For Personal Robots In Education (IPRE) Tucker Balch Associate Professor College of Computing at Georgia Tech Stewart Tansley Program Manager.
Mobile Robot Programming for Education Jean-François Lalonde, Christopher Bartley, and Illah Nourbakhsh The Robotics Institute Carnegie Mellon University.
Problem Solving Using Mobile Teams and Digital Ink 2007 Conference on Information Technology November 13, :00 PM – 6:00PM Rock and Roll, Level Four,
Southern Regional Education Board Welcome What Does Academic Integration Really Mean in the Career-Technical Classroom? Nancy Headrick, Director State.
Capstone Experience at UNH Manchester Student Guided Mentoring for an Undergraduate Research Group in Speech Capstone Objectives Challenges Technology.
Africa Internet Technology Initiative MIT – AITI.
Page 1 TECHNICAL TRAINING AND COMMUNICATION USING INFORMATIC WAYS By Gabriela Măgîrdicean Energetic Technical College of Constanţa.
Engaging Undergraduate Students with Robotic Design Projects James O. Hamblen School of ECE, Georgia Tech, Atlanta, GA
Innovative Techniques and Emerging Issues Confronting Classroom Teaching R. Elaine Turner, PhD University of Florida.
Nicky Whitsed Director of Library Services Open University Open creating library services at a distance.
NATIONAL PARTNERSHIP FOR ADVANCED COMPUTATIONAL INFRASTRUCTURE Computational Literacy NPACI Site Visit July 22, 1999 Gregory A. Moses EOT Thrust Leader.
A STEM class differs from a traditional science classroom by shifting from teacher-led instruction to project-based learning. Students gain independence,
KFUPM-COE Industrial Advisory Council Meeting 31/5/ Department of Computer Engineering (COE) College of Computer Sciences and Engineering (CCSE)
Assessing Student Understanding of Physical Hydrology (#0691) Adam J. Castillo a,c ; Jill Marshall a ; Meinhard B. Cardenas b a Department of Curriculum.
Dept. of Computing and Technology (CaT) School of Science and Technology A.A.S. in Electronic Engineering Technology (EET) CIP Code: Program Code:
Best Practices for Introductory Computer Science Valerie Barr, Jessica Bayliss, Monisha Pulimood, Susan Rodger, Ursula Wolz.
Robotics Education in Emerging Technology Regions G. Ayorkor Mills-Tettey Robotics Institute, Carnegie Mellon University M. Bernardine Dias, Brett Browning.
New Roles for the Public Library Karen Hartman U.S. Embassy, Rome November 26, 2012.
Maureen S. Biggers College of Computing Georgia Institute of Technology J. McGrath Cohoon National Center for Women & IT & University of Virginia.
Transitioning to a Balanced Assessment System. Overview Professional Development in Assessment Smarter Balanced Logistics.
CSbots: Designing a Robot for the CS1 classroom Tom Lauwers Illah Nourbakhsh Emily Hamner.
Networked Systems Survivability CERT ® Coordination Center Software Engineering Institute Carnegie Mellon University Pittsburgh, PA © 2002 Carnegie.
1 Electrono. 2 Vision Foster industry - academia collaboration to solve real-time engineering challenges Mission – 2013 To address the needs.
Keeping Up With Moore’s Law 1 Keeping Up With Moore’s Law: Course Management Panel Robert Cartolano Manager, Academic Technologies, Academic Information.
Generating Interest in STEM through Hands-On Activities.
RET Teaching Module Timothy Walsh Percy Julian Middle School Oak Park, Illinois.
MEDICAL EQUIPMENT TECHNOLOGY DEPARTMENT FIRST SEMESTER 2014/2015 Medical Equipment Department November 2015.
Computer Engineering Department (KFUPM) Computer Engineering Department Sadiq M. Sait College of Computer Sciences and Engineering.
The Presentation Team Camille Catlett FPG Child Development Institute (NC) Laurie DinnebeilUniversity of Toledo (OH) Melanie NollschKirkwood Community.
 Rowan Robotics and Programming Lego WeDo and EV3 Seneca Valley School Board Presentation October 5, 2015 Seneca Valley School Board Presentation October.
National Science Foundation Integrating Research and Education Brown Engineering Sesquicentennial “Engineering Connections for the Future” September 1997.
Goals 1.Ensure adequate supply of computing professionals 2.Achieve broader participation in the field Integrative Computing Education and Research: Preparing.
Establishing Manifold Robotics Education in a “Curriculum Vacuum” Nicholas Gans The University of Texas at Dallas Developmental History of Innovation University.
Faculty of Applied Science and Technology /Applied Computing INDUSTRY AND EDUCATION A PRACTIONER’S VIEW OF INDUSTRY / RESEARCH DRIVEN.
Generating Interest in STEM through Hands-On Activities Susan G. Nelson, CMP, CAE Executive Director, SeaPerch Program.
Virginia A. Davis, Ph.D. Alumni Professor and Graduate Program Chair Department of Chemical Engineering Auburn University, AL Keywords: 1 st Year Programs,
Tel : About iCodeinc: iCode Inc is a state-of-the-art educational institution located in the Dallas area. iCode’s mission.
Attracting Product-oriented Sophomores to ECE Gunar Schirner Keywords: -ECE Curriculum -Computer Engineering Introduction -Product-oriented students -Common.
Your Presenters: Derrick Bruton Extension Program Specialist – 4-H Youth Development & Dr. Toby Lepley Operations and Associate Professor & Extension.
DIGITAL LITERACY of students and teachers
VEX IQ Curriculum It’s Your Future Lesson 01 Lesson Materials:
Embedded Education Teaching Experiences sharing
Director, The Flashlight Project
NSDL: A New Tool for Teaching and Learning.
VEX IQ Curriculum Highrise Challenge Lesson 08 Lesson Materials:
Mr. Michael Walker Technology Coach
San Jose State University Department of Mechanical Engineering
Practice the Power of Intel Embedded Technology ——基于Intel平台的嵌入式教学经验分享
Starting a LEGO® Robotics Team
Closing - Opportunities
Do Now 1 How can we be sure that we are safe while building our robot?
Robot Improv : Using Drama to Create Believable Agents
VEX IQ Curriculum It’s Your Future Lesson 01 Lesson Materials:
Presentation transcript:

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Educational Robotics and TeRK Illah Nourbakhsh and many others! Carnegie Mellon University | Robotics Institute

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Educational Robotics Audiences Pre-college students Undergraduate students Graduate students Lifelong learners

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey of Educational Activities Pre-college students Formal and ‘out-of-school’ curriculum Contest-centered (local, regional, national) Undergraduate students Graduate students Lifelong learners

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey of Educational Activities Pre-college students Formal and ‘out-of-school’ curriculum Contest-centered (local, regional, national) Undergraduate students Graduate students Lifelong Learning

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey of Educational Activities Pre-college students Undergraduate students Graduate students Advanced project platform MS software practicum PhD research equipment Lifelong learners

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Survey of Educational Activities Pre-college students Undergraduate students Graduate students Lifelong learners Hobby robotics community Informal learning venues

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Best 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*

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University What Students Expected to Learn and What They Reported Learning

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University What Students Expected to Learn and What They Reported Learning

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Reported Learning Quotes 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 personalities…can 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 want…simple is absolutely fine if it works well.” “Have more confidence with myself.” “I learned that doing something slow is better than doing it twice.”

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Telepresence 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Telepresence 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Telepresence Robotics Kit (TeRK) - Robot reference design library - Robot electronics package ARM9 – FPGA hybrid design, high speed bus Ethernet, , 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Telepresence 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University Telepresence 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

Illah Nourbakhsh | The Robotics Institute | Carnegie Mellon University TeRKeys  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