Computer System
Information System
Electrical System
Mechanical System
3
For Life How Robotics helps us.. For Productivity
4
Projections for the period 2014-2017:
About 134,500 new service robots for professional use to be installed About 31 million units of service robots for personal use to be sold
Ref: The International Federation of Robotics http://www.ifr.org/uploads/media/Executive_Summary_WR_2014_02.pdf
The service robotics market is expected to reach $19.41 Billion by 2020 at a CAGR of 21.5% from 2014 to 2020. http://www.marketsandmarkets.com/Market-Reports/service-robotics-market-681.html
5
6
Survey on Demands of Robotics and Automation in Thailand 2557 Objectives
Status &
Human Resource
Methods Technology
Needs
Interview Google Form Actual Form
Database
Domestic International
Focus Group Internet
Targeted Industrials
Automotive
Electrical and Electronics
Agriculture and Food
Medical Tool
Important Activity
Focus Group
Industrial-Expert Link
Required Hard Skills for Robotics and Automation Engineer survey based on 34 companies from 4 clusters
Sensors and Actuators (3.68/5.00) Mechanical Design (3.68/5.00) Electrical and Electronics Design (3.41/5.00)
Science and Mathematics Computations (3.00/5.00) Computer Programming (2.77/5.00)
Need Strong Basic Knowledge and Skill for Future Development for Companies
8
9
10
2559
สามารถดูรายละเอียดเพิ่มได้ที่ http://www.boi.go.th/upload/content/10_2558_12883.pdf และ http://www.boi.go.th/upload/content/7_2559_29333.pdf.... http://www.posttoday.com/biz/gov/429105 11
12
2559
13
14
What is
?
Institute of Field Robotics : A Cradle of Future Leaders in Robotics
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 15
Theme: Robotics for Productivity High Societal/Economic Impact Project
Theme: Robotics for Life
Industrial involvement with
4 Clusters
Strong Collaborations with Industries
Field Robotics Edutainment Medical & Rehab Industrial related
Research
HDD, Auto, Food, IT, and Telecom
Industrial Service
Robotics and Automation @ Mechanical Design
Automatic Machines
Well trained/Hands-on
Manufacturing
Graduates go to Industry FRA and TEP Camps
Project-based Learning Case Studies from Research/Industrial to Classroom
WiL, Internship
Education Public Education Service Module-based Curriculum with High Profile Faculty B.Eng., M.Eng., Ph.D. in Robotics and Automation M.Sc. in Technopreneurship
FACULTY MEMBERS Mechanical and Industrial Engineering
Asst. Prof. 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 Asst. Prof. Dr.Pichit Rerkshanandana Carnegie Mellon University, USA Mechanism Design and Control
University of Tasmania, Australia Vibration and Signal Processing
Computer Engineering and Science
Dr.Kanda Boonsothonsatit
Asst. Prof. Dr.Vorapoch Angkasith University of Missouri-Columbia, USA Technopreneurship Management
University of New South Wales, Australia Logistics and Supply Chain
Dr.Orapadee Joochim
Assoc. Prof. Dr.Siam Charoenseang Dr.Suriya Natsupakpong Vanderbilt University, USA Human-Computer Interface
Mr. Worawit Panpanyatep (Ph.D. Candidate)
Leibniz University Hannover, Germany Production Management and Logistics
Case Western Reserve University, USA Asia Institute of Technology, Computer Simulation and Vision Thailand
Electrical and Electronics Engineering
Dr.Warasinee Chaisangmongkon Yale University, USA Machine Learning, Big Data Analytics, Computational Modeling
University of Washington, USA Mobile and BioRobotics
KMUTNB, Thailand Bio-inspired and Educational Robotics Rehabilitation Robotics and Control
University of New South Wales, Australia Disassembly Automation, Life Cycle Engineering
Dr.Boontariga Kasemsontitum
University of Southern California, USA Logistics, Technology Management and Entrepeuneurial
Robot Vision and Intelligent System
Dr. Pitiwut Teerakittikul Asst. Prof. Dr. Thavida Maneewarn Dr.Prakrankiat Youngkong University of York, England
Dr.Supachai Vongbunyong
Bawornsak Sakulkueakulsuk Worcester Polytechnic Institute, USA Machine Learning, Robot Learning, Data Mining
Thanacha Choopojcharoen
Worcester Polytechnic Institute, USA Model-Based Design and Optimal Control
FIBO
Faculty
2 Assoc. Profs. 4 Asst. Profs. 12 Lecturers
17
FIBO Research
Field Robotics
Edutainment Robotics
Medical Robotics
Industrial Service and Technopreneurship
Research Labs
Cognition Perception
Manipulation
19
20
ขาเทียมแบบปรับอัตราหน่วงได้
นิทรรศการ Robot จักรกลทรงปั ญญา
FIBO Industrial Services DIP Coating Machine
เครื่ องเชื่อมอัตโนมัติ 2 แกน
Cutting Machine
ระบบการอ่านและวิเคราะห์ค่าแรงบิดจากเครื่ อง Wave comparator
ต้ นแบบสายการผลิตอัตโนมัติเพื่อการผลิต HSA
Inpipe Inspection Robot
ระบบอัตโนมัติลอ็ ครถบรรทุกในการเทอ้ อย AGV Heat Exchanger Re-tubing
หุน่ ยนต์ตรวจสอบท่อ
Foam Pipe Cutting Machine
ระบบลาเลียงอุปกรณ์เก็บตัวอย่างละออง ฝุ่ น
ระบบอัตโนมัติการผลิตอุปกรณ์ที่พกั ของชุดหัวอ่าน
หุน่ ยนต์จดั เก็บหางเหล็ก ระบบควบคุมประตูระบายน ้า
UAV
หุน่ ยนต์หยิบยางแท่งแบบอัตโนมัติ
อากาศยานเพื่อนาอุปกรณ์เก็บตัวอย่างละอองในชันบรรยากาศ ้
Welding Robot
พัฒนาระบบควบคุมเรื อสารวจระยะไกล
Skydome
IT
ROV
PR Robot
2.3 Collaboration with Industry - Partnership
International Research Collaboration FIBO • 6 Professors • 12 Lecturers • 13 Research Labs • 11 Engineers • 30+ Postgrad • 280+ Undergrad
External Funding
Partners • Universities • Research Institutes • Companies • EU, US, AUS, ASIA
Project
Publications • Books • Journal • Conference • Joint dissertation
Student Programs • Exchange • Internship • WIL Human resources • Researchers • Students
Project Outcome • Industrial project • Research project • Technopreneur (Start-Up)
Case Model #1 Research + Inter + Co-op University Project: System of VR/AR product assembly training
Industry
University
Expected publications: 1 BE Thesis, 1 Journal, and 1-2 conference
AR/VR Training
Partners • University - UTAS • Industry - Asahi Sanwa Co-op Program • 1 Academic as a principle investigator • 1 student as a researcher • 6 months ( 4 at Sanwa + 2 at UTAS)
Funding Matching • FIBO Research (stipend 40KB) • UTAS (salary 50KB) • Sanwa (salary 20KB + Equipment )
Project Roles • Sanwa • Real industrial problem in virtual training • Provide technical supports for industrial knowledge and practices • UTAS • Consultant technology in VR/AR consultant • FIBO • Consultant/ Supervise in Robotics • Researcher
Case Model #2 Industrial Research Collaboration Government
Project: Robot for automatic valve trimming system: Improve process safety and efficiency
Industry
[Robot, automation, gripper design, vision system]
University
Expected publications: 1 BE Thesis, 1-2 conference
Robot System
Partners • Industry - Asahi Brass-Rod Co-op Program • 1 Academic as a principle investigator • 1 Master student as a tech consultant • 3 Bachelor student as a researchers • 1 Engineers (from Sanwa) • 6 months Funding Matching • Sanwa (salary + Equipment ) • NSTDA (Talent Mobility)
Project Roles • Sanwa • Real industrial problem in trimming process • Provide technical supports for industrial practices • Provide access to the working site • Support – tools and equipment •
FIBO • Project manager / Consultant / Researcher
Case Model #3 Med Dispensary System Government
Project: Auto Medicine Dispensary System (BHIve) [Automation and Robotics]
Outcome • 3-4 Commercial prototypes • 1-2 Start-Up companies • MOU: FIBO – Supreme – Siriraj – TCELS
Industry
B-HIVE University
FIBO Roles • Academics (technical consultant) • TEP Students (Start-Up company) • FRA Students (R&D engineers)
Security Robot
Remotely Operated underwater Vehicles : (ROV)
27
UAV In-Pipe Inspection Robots
Vision Inspection Machine
28
Fully Automatic Robot Palletizing System
Automated Guided Vehicle (AGV) 29
Food Automation
30
PR Robots
31
Education at FIBO
Master of Engineering/Ph.D. Programs First in Thailand Since 2003
Robotics and Automation : FRA
Technology Development Bachelor of Engineering Program in Robotics and Automation Engineering Available in 2014
Technopreneurship : TEP
Technology Management
80 Students/year
FIBO’s 10 Modules
Curriculum Development
FRAG = FIBO Robotics and Automation Graduate FRAB = FIBO Robotics and Automation Bachelor FRAM = FIBO Robotics and Automation Master FRAD = FIBO Robotics and Automation Doctor TEP = Technopreneurship
FRAG/TEP Program Design/Preparation
35
Learning Activities Research linkage : Undergrad Research Fund Real World Experience : Contest /Site Visit / Industrial Project/ WiL
36
Student Internship and Co-op Program Activity in 2017 Institute
Country
Person
Activity
Area of Work
U. Tasmania
Australia
1
Human-Computer Interface
U. Southern Denmark
Denmark
1
Research 2 months
Taiwan
2
Japan
3
Germany
1
National Taipei U. Technology Shizuoka U. Shibaura U. IAESTE
Internship 2 months
Bio-inspired robots
Mechanical and Electrical Eng. Lab Mechanical Eng. Lab TBA
FRA 321 Image Processing and Analysis FRA 331 Basic Control Theory FRA 332 Robot Structure Design II FRA 341 Embedded System Design
38
276 FRA + TEP Students FRAD: 15 TEP : 18 FRAM 28 FRAB: 215
39
40
FIBO’s Readinesses for Being a Cradle of Future Leaders in Robotics Well-known in Robotics and Automation at National and International Levels Over Hundreds of Research Works/Academic Services related to Robotics and Automation Faculty/Engineers with Multidisciplinary and Experiences in Robotics and Automation
Already has Master/Ph.D. Programs in Robotics and Automation for 10+ years About 80 Bachelor’s Students in Robotics and Automation Engineering Program / Year
New Building for Machine Shop and Research Labs Recognized and supported by THAIST, MOST
42
Please give me a Like at FIBO Institute of Field Robotics (FIBO)
http://fibo.kmutt.ac.th
43