Research and Education for Průmysl 4.0

Slides:



Advertisements
Similar presentations
Future Careers in Embedded Systems, Mechatronics, and Control Mark W. Spong Coordinated Science Laboratory University of Illinois Urbana, IL
Advertisements

SCM-Tempus Project C015A05 Faculty of Electronic Engineering, Niš, March 24th, 2006 The Bologna Process at the University of Dortmund, Germany Transition.
1 The foundation of Business Informatics at the Faculty of Economics, University of Tirana Current state – Program – Bologna process Marsida Ganaj Source:
Industrial Ontologies Group University of Jyväskylä International Master Program: “Mobile Technologies and Business”
University of Zilina Slovakia. Brief history The University of Zilina was established on October 1, 1953 as the University of Railway Transport in Prague.
Society of Hispanic Professional Engineers. College of Engineering.
1 Engineering Economic Decisions Lecture No.1 Professor C. S. Park Fundamentals of Engineering Economics Copyright © 2005.
Testing RAVEN Helmut Neukirchen Faculty of Industrial Engineering, Mechanical Engineering and Computer Science University of Iceland, Reykjavík, Iceland.
Jiri Vaclavik, VÚTS, 23/04/09 – AIP Hannover Messe VÚTS innovation activities in the textile and processing industry
14 October 2009 Global Colloquium on Engineering Education, Budapest1 Engineering is fun in the instrumentation laboratory Angéla Váradi, Tamás Bodolai.
European Network of Excellence in AI Planning Intelligent Planning & Scheduling An Innovative Software Technology Susanne Biundo.
1.stránka 1. 2 Czech Technical University in Prague International Computer Science Program Faculty of Electrical Engineering OPEN INFORMATICS bachelor.
Silvano Bertini ADC Project Manager, Head of economic development Unit of Emilia-Romagna Region ADC project MECHATRONICS SECTORAL WORKING GROUP Mechatronics.
The Balance Between Theoretical and Practical Work Within Electrical and Computer Engineering Courses Dr. Bahawodin Baha March Development Partnerships.
Measuring of the time consumption of the WLAN’s security functions Jaroslav Kadlec, Radek Kuchta, Radimír Vrba Dept. of Microelectronics.
Profile Organisation & Management (O&M). Types of students Researchers: are curious Designers: are creative and constructive Managers: deal with processes.
Fundamentals of Information Systems, Third Edition1 The Knowledge Base Stores all relevant information, data, rules, cases, and relationships used by the.
Industry Outlook November Manufacturing Matters in Canada  A $620 billion industry  12% of GDP (18% in 2004)  1.7.
Interactive educational system for coal combustion modeling in Power Plant boilers Marek Gayer, Pavel Slavík and František Hrdlička Computer.
Modeling and Visualization of Combustion Using Fluid Simulator and Particle Systems Ing. Marek Gayer (supervised by prof. Pavel Slavík) Computer Graphics.
Software Agents & Agent-Based Systems Sverker Janson Intelligent Systems Laboratory Swedish Institute of Computer Science
The 5th International Conference on Internet of Things 2015 Coex, Soeul, S. Korea Oct , 2015 Internet of Processes Vladimír Kebo, Center of Advanced.
CONTACT PERSON Prof. José-Fernán Martinez AFarCloud Aggregate Farming in the Cloud.
Chapter 1: Roles and Opportunities for Information Technology in Meeting Sustainability Challenges Helynranta Viola Parkkila Vilma
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement n° iGrid Aron Kondoro.
Contact Pathways Resource Center:
Future Careers in Embedded Systems, Mechatronics, and Control
EE5900 Cyber-Physical Systems Smart Home CPS
AREAS OF APPLICATION Mechatronics is the synergistic combination of mechanical and electrical engineering, computer science, and information technology,
Accelerated B.S./M.S An approved Accelerated BS/MS program allows an undergraduate student to take up to 6 graduate level credits as an undergraduate.
Main Research Areas Signal Processing and Communications
Prepared by: Lưu Tường Bách Time: – 15.15
2nd GEO Data Providers workshop (20-21 April 2017, Florence, Italy)
Changes in the Curriculum of ETF Belgrade
INFORMATION SYSTEM CATEGORIES
Minor Industrial Automation
Computer Science at UNCW
Cloud Challenges C. Loomis (CNRS/LAL) EGI-TF (Amsterdam)
Fundamentals of Information Systems, Sixth Edition
Artificial intelligence (AI)
ITEA3 Project: ACOSAR Advanced Co-Simulation Open System Architecture
Organization and Knowledge Management
A framework for Web science didactics michalis vafopoulos
Computer Science Courses
Prof. Yrjö Neuvo Chairman of the Aalto DigimPlatform
Industrial Robots and the Metamorphosis of Work Irmgard Nübler International Labour Organisation Prepared for the International Symposium and Presentation.
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
ECO 303 INTERNATIONAL ECONOMICS I LECTURE NOTES
UN Task Force on Cyber Security and OTA issues
Background: Today, spray coating of high mix/low volume products at SMEs: requires labour-intensive manual processes (preparation, planning, painting,
3.2 Virtualisation.
به نام خدا Big Data and a New Look at Communication Networks Babak Khalaj Sharif University of Technology Department of Electrical Engineering.
COMP 4640 Intelligent & Interactive Systems
The 4th Industrial Revolution
Traditionally innovative
Artificial Intelligence Changes the Security Landscape
CS 1104 INTRODUCTION TO COMPUTER SCIENCE
Special English for Industrial Robot
WIS Strategy – WIS 2.0 Submitted by: Matteo Dell’Acqua(CBS) (Doc 5b)
Information Systems General Information.
Special English for Industrial Robot
University of Nice Sophia Antipolis
Global megatrends (relevant for our business)
Technology Chapters 9 and 18.
Advancing Children’s Engineering Through Desktop Manufacturing
Information Systems General Information.
Prices in Civil Engineering
The Curriculum of the Department of Informatics TEI-A
Why Businesses Need to Digitally Transform? - Your Future is Here!!
5G as a Social Infrastructure Chaesub LEE, Director, ITU
Presentation transcript:

Research and Education for Průmysl 4.0 Michael Valášek CTU in Prague, Faculty of Mechanical Engineering

Scope of presentation Essence of 4th Industrial Revolution On-going research Education Conclusion

Essence of 4th Industrial Revolution My opinion Change of way of human livelihood (živobytí, Broterwerb) with internet Livelihood = entrepreneurship, employment, earning money The majority of human livelihood based on industry –> therefore Industry 4.0/Průmysl 4.0, but it could be also Livelihood 4.0 Internet changes our life The complete theory of such change does not exist We have only examples of such changes

Example 1 What entrepreneurship is better? Negotiate, organize a deal is better than execute it

Example 2 New product traditionally requires reconstruction of production line Production line reconstructed just-in-time from the cloud on internet Production line reconstruction took 2 years Production starts immediately after successful simulation

Further examples Service of products (robots, aircrafts, cars…) on internet Setting of parameters of products on internet Deduction of consumption of energy, water, … on internet Finding parking place, transportation through internet Concentration = manufacture non-material service on internet Individualized product design and its manufacture for the price of mass production Reduction of stock capacity = demand and supply on internet Reduction of production costs = precise production from unprecise components

XVIII. Štiřínské rozhovory 2016, Štiřín 10.3.2016 Possible essence Objects of our worlds have Their real life and Their virtual life – on internet Objects of our world mutually communicate – through their IP address Virtual life may be unlimitedly rich Memory Copy, agents Simulation what …, if … Virtual life maybe materialized XVIII. Štiřínské rozhovory 2016, Štiřín 10.3.2016

On-going research Industry 4.0/Průmysl 4.0 = Livelihood 4.0 -> new ways of doing bussiness – how??? Industry 4.0/Průmysl 4.0 = production flexibility -> Robotics Service

Example 1: Cooperating robots for machining RoboMill project Patent pending

Example 2: Crane manipulator (robot) for cooperation with human workers Nonlinear control for large displacements

Example 3: Intranet of machines in production line Capacity and stability of communication within intranet of machines on production line (e.g. EtherCAT) Limits of communication in control network

Education Industry 4.0/Průmysl 4.0 = Livelihood 4.0 -> education at all schools General subject in each school Specialized subjects/study programs in engineering, bussiness, law, social universities

General subject Industry 4.0/Průmysl 4.0 Creating a content for all schools is a challenge 1)IP address and navigation on web 2)E-bussiness 3)Production on internet 4)Social networks and their tricks 5)E-security 6)Social influences of Industry 4.0/Průmysl 4.0 7)Usage of clouds 8)Artificial intelligence 9)Smart energy grids 10)Smart transportation 11)Smart house 12) ???

Study program at FME CTU in Prague Study program based on existing study program Mechatronics Extended by essence of Industry 4.0/Průmysl 4.0 (tele)communication, distributed systems, big data Specialized to production systems Foreseen further versions specialized to smart energy systems, smart transportation systems etc.

Study program Industry 4.0/Průmysl 4.0 Semester I Project I Microelectronics Mechanics of mechanisms Controlled mechanical systems I Automation of assembly processes Additive and alternative production technologies Bussiness on internet and Industry 4.0/Průmysl 4.0 Communication networks for industry Semester II Project II Electrotechnics for mechatronics Simulation of mechatronical systems Controlled mechanical systems II Simulation of production technologies Fundamentals of law and IPR Mechatronics Distributed systems

Study program Industry 4.0/Průmysl 4.0 Semester III Project III Statistical mechanics Artificial intelligence Design of production systems Design of information systems Knowledge and data engineering Project management Foreign language II Semester IV Project IV Synthesis and optimization of mechanical systems Software engineering Fundamentals of engineering experiments Industrial robots and manipulators Industrial metrology Computer vision and virtual reality Budget and economical evaluation of projects Diploma thesis

Demand from education Research is necessary for concentration of knowledge in order to create systematic lectures

Conclusions Industry 4.0/Průmysl 4.0 is deeper change than it seems Therefore Czech republic must start immediately with preparation to Industry 4.0/Průmysl 4.0 The immediate start is necessary especially in education Therefore Industry 4.0/Průmysl 4.0 is a larger opportunity for Czech republic than it seems Let us open our phantasy and creativity

Thank you for your kind attention Contacts: dekan@fs.cvut.cz Michael.Valasek@fs.cvut.cz