Institute of Field Robotics (FIBO)
http://fibo.kmutt.ac.th FIBOKMUTT
A Robot in Every Home Bill Gates predicts that the next hot field will be robotics. January 1, 2007
For Life@Home For Productivity@Industrial
3
Why Robotics? Now and Future Needs Multidisciplinary Supporting Technology
Robotics
Good Opportunities
Excellent Jobs 4
How Robotics helps us..
For Life
For Productivity
5
Gain More Interests Students
Industrial and Companies
Robot Contests
Gain More Interests Multidisciplinary
Supporting Technology Increase Productivity Improve Quality of Life
6
What is FIBO? KMUTT’s Institute since 1995 doing research and academic services related to robotics and technology management and granting specific degrees since 2003 Same level to KMUTT’s School/Faculty
7
FIBO Activities • Basic Research • Applied Research
• Industry-oriented Research
Research
Industrial Service
Education • Public Service • Graduate Programs 8
How FIBO runs? Director Deputy Director for Academic Service
Deputy Director for Education
Deputy Director for Research Centers: @M and KGEO
Faculty Staffs
Researchers Engineers
35 Total 12 Academic+Supporting 6 Other Professional 17 FIBO Employees 9
FIBO Research
Field Robotics
Edutainment Robotics
Medical Robotics
Industrial Service and Technopreneurship 10
11
12
13
Industrial Services Automatic Meter Reading for Provincial Electricity Authority
Government Call Center Design EMS: Emergency Medical Service System Manufacturing Development to Improve Competitiveness Programme: MDICP of Industrial Promotion Dept.
Robot Arm Design Crop Collector: Giant Robot Arm picking up Hot Steel Computer-based Prothesis Knee Harddisk Drive Process Inspection UAV Design and Control
Railway Management Water Gate Control 14
Collaborators and Collaborators andSponsors Sponsors
15
Education at FIBO Technology Development
Technology Management
People from Academics/Industry/Business
Graduate Programs at FIBO
FIBO Graduate Program in Robotics and Automation : FRA
(วิทยาการหุ่นยนต์และระบบอัตโนมัติ )
Research Work
Courseworks
FIBO Graduate Program in Technoprenuership : TEP
(สาขาธุรกิจเทคโนโลยี)
Research Work 17
First in Thailand Since 2003
Master of Engineering/Ph.D. Programs in Robotics and Automation at Institute of Field Robotics (FIBO)
18
Required Backgrounds Engineering/Science/Tech or Equivalent Degrees with Experiences
Offered Degrees M.Eng./Ph.D. (Robotics and Automation)
19
FRA Curriculum Compulsory Courses Fundamental Mathematics for Robotics Dynamical System and Control for Robotics Computer Programming for Robotics Foundation of Robotics Seminar and Research Methodology Thesis or Independent Studies
Elective Courses in Robotics
Elective Courses in Automation
Elective Courses in Special Topics
20
FRA Curriculum Compulsory Courses
630 Dynamical System and Control for Robotics 631 Foundation of Robotics 640 Fundamental Mathematics for Robotics 641 Computer Programming for Robotics 660 Seminar and Research Methodology 661 Thesis 662 Independent Studies
Elective Courses in Robotics Cognition
Perception
Manipulation
Computation
610 Intelligent System 611 Software Architecture for Robotics 612 Artificial Intelligence for Robotics 613 Machine Learning
620 Image Processing 621 Robot Vision 622 Sensors and Actuators 624 Speech Processing and Synthesis 625 HumanComputer Interface
632 Mechanics of Manipulation 633 Robot Dynamics and Control 636 Modeling and Design of Robot Manipulators 638 Mobile Robotics 639 BioRobotics
643 System Interface Design 644 Digital Signal Processing
21
FRA Curriculum Elective Courses in Automation Automation 650 Computer-Aided Design Theory 651 Computer-Aided Manufacturing 652 CIM for Engineering 653 Automation and Production Systems 655 Flexible Manufacturing System
Elective Courses in Special Topics
Special Topics 500 Special Topic in Robotics and Automation 1 501 Special Topic in Robotics and Automation 2 502 Special Topic in Robotics and Automation 3 503 Special Topic in Robotics and Automation 4 600 Special Project related to Robotics and Automation 1 601 Special Project related to Robotics and Automation 2
22
Bachelor of Engineering Program in Robotics and Automation Engineering 0 1 2 3 4 5 6
: Special Topics : Cognition Total at least 137 Credits : Perception : Manipulation 80 students/year : Computation : Automation : Project Stress on Practices and Projects Also Promote on Entrepreneurship and Higher Education 23
Robotics and Automation Engineering Innovation/Product RA Hardware/Software
Technopreneur Engineer
Researcher Faculty
Knowledge/Graduate RA Hardware/Software
Outcome-based Education FIBO B.Eng. Program in Robotics and Automation Engineering
Imagineering Framework Work-integrated Learning : WiL
FIBO Cradle (Faculty, Staffs, Building, Labs, Tools, Attitudes, Etc)
Robotics: ME+EE+CPE+Technopreneurship Admissions (Active Recruitment, Direct Admission, 2BKMUTT, THAIST Scholar, ONET Admission, Etc)
24
Potential Students
FIBO Robotics and Automation Engineering: FRA Curriculum General Education 31 Credits
Elective Prescribed Course GEN 211 GEN 301 GEN 311 GEN 321 GEN 331 GEN 341 GEN 352 GEN 353 GEN 411 GEN 421 GEN 441
Compulsory courses
6 Credits
The Philosophy of Sufficiency Economy Holistic Health Development Ethics in Science-based Society The History of Civilization Man and Reasoning Thai Indigenous Knowledge Technology and Innovation for Sustainable Development Managerial Psychology Personality Development and Public Speaking Integrative Social Sciences Culture and Excursion
GEN 101 GEN 111 GEN 121 GEN 231 GEN 241 GEN 351 LNG 101 LNG 102 LNG 103
25 Credits
Physical Education Man and Ethics of Living Learning and Problem Solving Skills Miracle of Thinking Beauty of Life Modern Management and Leadership General English English Skills and Strategies Academic English
Science and Mathematics Science and Mathematics 16 Credits
MTH 101 MTH 102 MTH 201 STA 302 PHY 103 PHY 191
Mathematics I Mathematics II Mathematics III Statistics for Engineers General Physics for Engineering Students I General Physics Laboratory I
16 Credits
25
Projects and Studios
Compulsory Courses in Robotics and Automation Engineering 75 Credits
Computation FRA 141 FRA 142 FRA 241 FRA 341
Computer Programming for Robotics and Automation Engineering I Computer Programming for Robotics and Automation Engineering II Software Development for Robotics and Automation Engineering Embedded System Design
FRA 161 FRA 162 FRA 163 FRA 261 FRA 262 FRA 361 FRA 362 FRA 461 FRA 462
Cognition FRA 311
FRA 351 FRA 451 FRA 452
Computer-aided Technologies Manufacturing and Automation Manufacturing Process
Artificial Intelligence for Robotics and Automation Engineering
Perception FRA 121
Automation
Robotics Exploration Robotics and Automation Engineering Lab I Robotics Machine Shop Robotics and Automation Engineering Lab II Inventor Studio Robotics and Automation Engineering Lab III Robotics Studio Robotics and Automation Engineering Project I Robotics and Automation Engineering Project II
FRA 221 FRA 222 FRA 223 FRA 321
Electronic Circuits for Robotics and Automation Engineering Digital Electronics Industrial Sensors and Actuators Exploration in Signals and Systems Image Processing and Analysis
Manipulation FRA131 FRA 231 FRA 331 FRA 332 FRA 333
Statics and Dynamics Robot Structure Design I Basic Control Theory Robot Structure Design II Introduction to Robotics
26
FIBO Robotics and Automation Engineering: FRA Curriculum Elective Courses in FIBO 9 Credits FRA 401 FRA 402 FRA 403 FRA 500 FRA 501 FRA 502 FRA 503 FRA 504 FRA 505
Technopreneurship Foundation New Technology Venture Creation Professional Development Special Topic I Special Topic II Special Topic III Special Topic IV Research Project in Industry Related to Robotics and Automation Engineering I Research Project in Industry Related to Robotics and Automation Engineering II
Elective Courses in KMUTT 6 Credits XXX xxx
Electives in KMUTT
Training
2 Credits
FRA 300
Industrial Training
27
Mechanical and Industrial Engineering
Dr.Ekkachai Pengwang University of Illinois at Urbana-Champaign,USA MEMS and Manufacturing Automation
Dr.Arbtip Dheeravongkit Carnegie Mellon University,USA CAD/CAM/Finite Elements
Assoc. Prof. Dr.Djitt Laowattana Carnegie Mellon University,USA Mechanism Design and Control
Asst. Prof. Dr. Pichit Rerkshanandana University of Tasmania, Australia Vibration and Signal Processing
Computer Engineering and Science
Dr. Vorapoch Angkasith
Ms. Kanda Boonsothonsatit
University of Missouri-Columbia,USA Technopreneurship Management
(Ph.D. Candidate) University of New South Wales, Australia: Logistics and Supply Chain
Assoc. Prof. Dr.Siam Charoenseang
Dr.Suriya Natsupakpong
Vanderbilt University, USA Human-Computer Interface
Case Western Reserve University,USA Computer Simulation and Vision
Electrical and Electronics Engineering
Dr. Orapadee Joochim Leibniz University Hannover, Germany Production Management and Logistics Mr. Worawit Panpanyatep (Ph.D. Candidate) Asia Institute of Technology, Thailand Robot Vision and Intelligent System
Dr. Pitiwut Teerakittikul University of York, England Embedded System
Asst. Dr. Thavida Maneewarn
Dr.Prakrankiat Youngkong
University of Washington, USA Mobile and BioRobotics
KMUTNB, Thailand Rehabilitation Robotics and Control
FIBO Faculty
28
Innovative Design 2012 from NIA
Software Business Plan 2010 from SIPA & CU
Best Invention 2012 from NRCT Best Technique @HOME Robot 2011
4 times in a row Humanoid Robot Champ 29
FIBO New Building
30
Summer Camp
31
Technical Visits
32
FIBO Lecture Series
33
Class Projects
34
Together
35
Showcases
36
37
In-house Welding Robot for Automotive Industrial Sorter
Inspector Vision-based Inspection and Sorting System for Harddisk Industrial Giant Robot for Steel Industrial
38
39
FIBO ABI (Authorized Business Incubator) หน่วยบ่มเพาะธุรกิจเทคโนโลยีด้านวิทยาการหุ่นยนต์และระบบอัตโนมัติ
การสร้างผู้ประกอบการเทคโนโลยี ด้านเทคโนโลยีหุ่นยนต์ (Robotic Entrepreneur Development Program)
Invention Success Rate
Only an estimated one out of every 100 patented products makes money (Mimi Whitefield, Herald Business Writer, Miami Herald, February 5, 1996, p. 22BM)
40
FIBO RoboCamp#1: Basic Mechanism and Logic Design and Robot Build for Kids : About 80 High School Students During Oct 2012
41
FIBO RoboCamp#2: Basic Mechanism and Logic Design and Robot Build for Kids : About 70 High School Students During Apr-May 2013
42
FIBO B.Eng. in RA Engineering Curriculum and Course Flow May 2013
Meeting the Needs of the 21st Century: Designing for Student Engagement June 10-14, 2013
43
FIBO’s Readinesses Well-known in Robotics and Automation at National and International Levels Over Hundreds of Research Works related to Robotics and Automation Faculty with Multidisciplinary and Experiences in Robotics and Automation Already has Master/Ph.D. Programs in Robotics and Automation for 10+ years will has Bachelor Program in Robotics and Automation Engineering in 2014
New Building for Machine Shop and Research
Authorized Business Incubator (ABI) for Robotics and Automation Official Cooperation and Supports from THAIST
44
How to cooperate with FIBO Education Recruitment MOU Continue to Bachelor/Master/Ph.D. Summer Training/Camp for Juniors Special Courses FRA/TEP Special Courses Course Modules Scholarships WIL: Work-Integrated Learning Thesis Option
Donations: Equipments/Tools
Research and Industrial Service Funds Co-Projects among Faculty and Researchers
45
If you’re interested in... Mechanism Design, Electronics Circuit, Computer Programming, Let’s build Innovation
of Future@FIBO
https://www.facebook.com/fibokmutt
46
Pleas give me a Like at FIBOKMUTT
47