European Congress on

Mechatronics

Theme:
Mechatronics: The Evolutions in Manufacturing the Technologies

Event Date & Time

Event Location

Prague, Czech Republic

18 years of lifescience communication

Performers / Professionals From Around The Globe

Tracks & Key Topics

Mechatronics 2018

About Conference

About Conference

Mechatronics 2018 warmly welcome all the researchers, developers, experts, students from the field of mechatronics to attend International Conference on Mechatronics during November 26-27, 2018 in Prague, Czech Republic. Mechatronics 2018 anticipates more than 150 participants around the globe with thought provoking Keynote lectures, Oral and Poster presentations. Technology diluted in every sector like Manufacturing, home automation, Medicinal services, Energy, Defence, Space, etc. Mechatronics will be the best common platform to pick up learning and offer new thoughts, create a network amongst the Technologist, Professionals, Industrialists, Researchers, Innovators and students from the area of Mechatronics.

Why to Attend?

With the prime of this theme, the conference series aims at providing the links between Mechatronics by creating a platform for active participation, exchange of expertise and lateral thinking from researchers, scientists, and educators through invited plenary lectures, symposia, workshops, invited sessions and oral and poster sessions of unsolicited contributions.

The conference series look forward to welcoming you to an inspiring, educational and enjoyable program with the intent of emphasizing the applications of Mechatronics, Automation and Control Systems research to the improvement of the global strength.

Our aims:

•           Unite all the people engaged in this enormous field.

•           Exchange the knowledge, discuss.

•           Look forward to the new way by interfacing new thoughts.

•           Upgrading the limits of the future technology.

•           Offer one of a kind stage to take an interest in the share learn and meet with famous speakers of this field, covering both wide and particular subjects.

•           Unites specialists, leading researchers, scholars, scientists, and educators from fields of Physics, Mechanical Engineering, Electrical Engineering, Aerospace Engineering, Computer Science and related zones.

•           Connect and trade thoughts regarding the best in class advances identified with Mechatronics.

•           Provide an insightful understanding of the issues arising out of the Mechatronics  and the future concern and remedies.

 

Target Audience :

• Directors of companies

• Researchers

• Professors

• Lecturers

• Scientists

• Students

• Managers & Business Intelligence Experts

• Research students and Research Institutes

• Advertising and Promotion Agency Executives

Session/Tracks

 TRACK 1 MECHATRONICS

 

Track1 Mechatronics

 

Mechatronics Is A Synergistic Combination Of Mechanical Designing, Control Hypothesis, Software Engineering, And Hardware To Oversee Multifaceted Nature, Vulnerability, And Correspondence In Built Frameworks. The Normal Knowledgebase For The Ideal Plan And Task Of Mechatronics And Shrewd Frameworks Includes Framework Displaying And Examination, Choice And Control Hypothesis, Sensors And Flag Molding, Actuators And Power Gadgets, Equipment Interfacing, Quick Control Prototyping, And Inserted Processing. The Significant Innovation Utilizations Of Mechatronics Incorporate Medicinal, Guard, Fabricating, Mechanical Technology, Car, And Circulated Frameworks And Savvy Shopper Items.

 

Track2 Bio-Mechatronics

 

Bio-Mechatronics Is An Innovation That Joins Science, Mechanical Building, Hardware And Mechanics With A Specific End Goal To Research And Outline Helpful, Assistive And Demonstrative Gadgets That Can Possibly Be Utilized To Repay And In The Long Run Supplant Human Physiological Capacities. The Innovation Centers Around The Association Between Human Physiology And Electromechanical Gadgets Or Frameworks To Copy The Human Body, In This Manner It Envelops Fields, For Example, Neuroscience And Apply Autonomy.

 

Track3 Optomechatronics

 

The Field Of Optomechatronics Joins The Synergistic Impacts Of Optics, Mechanics And Gadgets For Effective Sensor Advancement. Optical Sensors For The Estimation Of Mechanical Amounts, Furnished With Suitable Electronic Flag (Pre)Processing Have An Extensive Variety Of Utilizations, From Surface Testing, Push Observing, And Thin Film Investigation To Biochemical Detecting.

  • Acoustic Metamaterials & Phononic Crystals
  • Optical And Vision-Based Monitoring/Control
  • Optomechatronics For Manufacturing Applications
  • Optomechatronic Sensing And Perception
  • Plasmonic Nano Opto Mechanics
  • Biomedical And Industrial Applications Of Terahertz Spectroscopy And Imaging Technology
  • Novel Optical System In Measurements
  • Structure And Machinery Condition Monitoring Using Optomechatronics Sensors

 

Track4 Robotics

 

Apply Autonomy Is An Interdisciplinary Branch Building And Science That Incorporates Mechanical Designing, Electrical Building, Software Engineering, And Others. Mechanical Technology Manages The Plan, Development, Activity, And Utilization Of Robots, And Additionally Pc Frameworks For Their Control, Tactile Criticism, And Data Preparing. These Advances Are Utilized To Create Machines That Can Substitute For People And Imitate Human Activities. Robots Can Be Utilized As A Part Of Any Circumstance And For Any Reason, Yet Today Numerous Are Utilized As A Part Of Risky Conditions (Counting Bomb Identification And De-Actuation), Fabricating Forms, Or Where People Can't Survive. Robots Can Go Up Against Any Frame Yet Some Are Shown Up. This Is Said To Help In The Acknowledgment Of A Robot.

  • Etymology
  • Robotic Aspects
  • Actuation
  • Sensing
  • Manipulation
  • Locomotion
  • Environment Interaction And Navigation
  • Control

 

Track5 Haptic Innovation

 

Haptic Capacity, Both Detecting And Collaboration, Is Fundamental For A Robot Working In Unstructured Conditions, Yet Automated Haptic Innovation Today Is Still Exceptionally Crude Contrasted With Even The Easiest Natural Animals. Haptic Connection Is A Foundation Of Numerous Restorative Intercessions/Hones. Utilizations Of Our Exploration Incorporate Mechanical Endoscopes, Haptic Detecting For Medicinal Instruments, Drive Detecting And Control For Steerable Catheters For Medicinal Mediations, And Automated Ultrasound Direction.

  • Vibration
  • Non-Contact Haptic Technology
  • Air Vortex Rings
  • Microsoft
  • Ultrasound
  • Tactile Electronic Display
  • Teleoperators And Simulators

 

Track6 Robotic Arm

 

An Automated Arm Is A Sort Of Mechanical Arm, Normally Programmable, With Comparative Capacities To A Human Arm; The Arm Might Be The Aggregate Of The System Or Might Be A Piece Of A More Unpredictable Robot. The Connections Of Such A Controller Are Associated By Joints Permitting Either Rotational Movement, (For Example, In An Explained Robot) Or Translational (Direct) Dislocation. The Connections Of The Controller Can Be Considered To Shape A Kinematic Chain. The End Of The Kinematic Chain Of The Controller Is Known As The End Effector And It Is Comparable To The Human Hand.

  • Gantry Robot
  • Cylindrical Robot
  • Polar Robot
  • Scara Robot
  • Articulated Robot
  • Parallel Robot
  • Anthropomorphic Robot

 

Track7 Humanoid Robot

 

A Humanoid Robot Is A Machine With Its Body Shape Worked To Look Like The Humanoid Body. The Plan Might Be For Useful Purposes, For Example, Communicating With Human Devices And Situations, For Test Purposes, For Example, The Investigation Of All Drive, Or For Different Purposes. When All Is Said In Done, Humanoid Robots Have A Middle, A Head, Two Arms, And Two Legs, However A Few Types Of Humanoid Robots May Display Just Piece Of The Body, For Instance, From The Abdomen Up. Some Humanoid Robots Likewise Have Goes To Repeat Human Facial Highlights, For Example, Eyes And Mouths. Androids Are Humanoid Robots Worked To Tastefully Look Like People.

  • Components And System
  • Biped Motion
  • Acquisition, Data Processing And Control
  • Learning And Interaction

 

Track8 Non-Holonomic Systems

A Non-Holonomic Framework In Material Science And Arithmetic Is A Framework Whose State Relies Upon The Way Taken Keeping In Mind The End Goal To Accomplish It. Such A Framework Is Depicted By An Arrangement Of Parameters Subject To Differential Imperatives, With The End Goal That When The Framework Advances Along A Way In Its Parameter Space (The Parameters Fluctuating Constantly In Values) However At Long Last Comes Back To The First Arrangement Of Parameter Esteems Toward The Beginning Of The Way, The Framework Itself Might Not Have Come Back To Its Unique State.

  • Foucault Pendulum
  • Rolling Sphere
  • Linear Polarized Light In An Optical Fibre
  • Robotics

 

Track9 Automation

 

Is The Utilization Of Different Control Frameworks For Working Gear, For Example, Apparatus, Forms In Manufacturing Plants, Boilers And Warmth Treating Broilers, Exchanging On Phone Systems, Directing And Adjustment Of Boats, Flying Machine And Different Applications And Vehicles With Insignificant Or Decreased Human Intercession. A Few Procedures Have Been Totally Computerized.

  • Fixed Automation
  • Programmed Automation
  • Flexible Automation
  • Cognitive Automation
  • Industrial Automation

 

Track10 Simatic Modern Mechanization Framework

 

The Correct Controller For An Extensive Variety Of Mechanization Necessities. The Simatic Scope Of Controllers Contains Basic, Advanced, Distributed, And Software Controllers That Offer Amazing Versatility And Joining Of Their Capacities. The Building In The Totally Integrated Automation Portal (Tia Portal) Empowers Ideal Robotization Answers For Be Found For Each Application.

Track11 Operator Control And Observing Gadgets

 

As Your Single-Source Supplier, Siemens' Human Machine Interface Innovation Simatic Hmi Is Built To Meet The Undeniably Complex Procedures Of Your Machines And Frameworks. Simatic Hmi Is Enhanced To Meet Your Particular Human Machine Interface Needs Utilizing Open And Institutionalized Interfaces In Equipment And Programming, Which Permit Effective Mix Into Your Mechanization Frameworks.

 

Track12 Automation Instruments

 

In Programming Testing, Test Computerization Is The Utilization Of Extraordinary Programming To Control The Execution Of Tests And The Examination Of Real Results With Anticipated Results. Test Mechanization Can Robotize Some Monotonous Yet Fundamental Assignments In A Formalized Testing Process As Of Now Set Up, Or Play Out Extra Testing That Would Be Hard To Do Physically.

  • Programmable Logic Controllers
  • Motion Control
  • Instrumentation
  • Robotics
  • Artificial Network

 

Track13 Optimization Strategy

 

Advancement Is The Demonstration Of Accomplishing The Most Ideal Outcome Under Given Conditions. In Outline, Development, Support, Engineers Need To Take Choices. The Objective Of Every Single Such Choice Is Either To Limit Effort Or To Boost Benefit. The Effort Or The Benefit Can Be Generally Communicated As An Element Of Certain Outline Factors. Consequently, Streamlining Is The Procedure Of finding The Conditions That Give The Most Extreme Or The Base Estimation Of A Capacity.

• Design Of Aircraft For Minimum Weight

• Optimal (Minimum Time) Trajectories

• Minimum Weight Design Of Structures

• Optimal Design Of Electric Networks

• Optimal Production Planning, Resources Allocation, Scheduling

• Design Of Optimum Pipeline Networks

• Optimal Control.

 

Track14 Simulation And Demonstrating

 

Demonstrating, Reproduction, Examination And Assessment, Assume A Basic Part Amid The Outline Phases Of A Mechatronic Framework, The Essential Test In Displaying And Reenactment Of Mechatronic Frameworks Lies In Their Multi-Area Nature, Comprising Of A Wide Range Of Interconnected, Interdisciplinary, Incorporated Subsystems (And Segments, For Example, Sensors, Actuators, Interfaces And Mechanical Geometry), Displaying And Recreation Are Multidisciplinary And Crosses Space Limits.

  • Mathematical Modeling
  • Topological Modeling
  • Analytical Modeling
  • Physical (Experimental) Modeling
  • Mechanical Simulation
  • System Simulation
  • System Simulation

 

Track15 Sensor Systems

 

In The Broadest Definition, A Sensor Is A Gadget, Module, Or Subsystem Whose Reason For Existing Is To Distinguish Occasions Or Changes In Its Condition And Send The Data To Different Hardware, Much Of The Time A Pc Processor. A Sensor Is Constantly Utilized With Different Gadgets, Regardless Of Whether As Basic As A Light Or As Intricate As A Pc.

  • Selection Of Sensors
  • Sensor Fundamentals
  • Resistive Sensors
  • Sensor Error Reduction Techniques
  • Capacitive Sensors

 

Track16 Intelligent Frameworks

 

A Smart Framework Is A Machine With An Implanted, Internet-Associated Pc That Has The Ability To Assemble And Break Down Information And Speak With Different Frameworks. Learning The Correct Portrayal For The Information Gives One Point Of View On Profound Learning. Another Point Of View On Profound Learning Is That Profundity Enables The Pc To Take In A Multi-Step Pc Program.

  • Computational Intelligent
  • Intelligent Network
  • Neuro Fuzzy Network
  • Artificial Network
  • Ambient Network

 

Track17 Control Framework

 

A Control Framework Oversees, Charges, Coordinates, Or Directs The Conduct Of Different Gadgets Or Frameworks Utilizing Controller Circles. It Can Go From A Solitary Home Warming Controller Utilizing An Indoor Regulator Controlling A Local Kettle To Substantial Industrial Control Frameworks Which Are Utilized For Controlling Advancements Or Machines.

  • Open Loop And Closed Loop Control
  • Logic Control
  • On-Off Control
  • Linear Control
  • Proportional Control
  • Pid Control

Track18 Control Techniques

 

Free Frameworks Have The Capacity To Autonomously (And Effectively) Perform Complex Errands. Client And Managerial Requests For Such Frameworks Are Oftentimes Constraining Designers To Push Numerous Capacities Regularly Performed By People Into Machines, Pragmatic Way For A Savvy Independent Controller With An Interface To The Procedure Including Detecting.

  • Cooperative, Coordinated And Decentralized Control
  • Advanced Process Control
  • Optimal Control
  • Process Control
  • Adaptive Control
  • Stochastic System Control

 

Track19 Intelligent Control Frameworks And Improvement

 

Hereditary Procedures Are Heuristic Inquiry Approaches That Are Material To An Extensive Variety Of Enhancement Issues. This Flexibility Makes Them Alluring For Some Enhancement Issues By And By. Advancement Is The Premise Of Genetic Algorithms. It Takes After 3 Principles And They Are Selection Administer, Cross Over Control And Mutation Rule. Hereditary Agents Change The Arrangements. Hybrid Administrators Consolidate The Genomes Of At Least Two Arrangements. Change Adds Easygoing Quality To Arrangements And Ought To Be Versatile, Float Less, And Achieve Every Area In Arrangement Space.

  • Genetic Algorithms
  • Fuzzy Control
  • Engineering Application
  • Hybrid Learning System
  • Evolutionary Computation
  • Planning And Scheduling

 

Track20 The Role Of Control Systems In Mechatronics

 

It Centers Around Control Frameworks And Control Calculations Subsystems Choice, Assessment, Plan And Synergistic Joining Stage In Mechatronics Frameworks Outline And Advancement System, Fundamental Ideas, Orders, Part, Depiction Of Primary Highlights And Determination Criteria Are Displayed And Talked About. The Paper Expected To Help Building Teachers And Enable Understudies In Understanding Mechatronics To Outline And Improvement Errands.

 

  • Design And Integration.
  • Digital Signal Processor
  •  Microcontroller(Embedded)  Based Control Subsystem  
  • Application Specific Integrated Circuits(Asicss)
  • Digital Communications
  • Feedforward Control Algorithm

 

 

Track21 Engine Control Unit

 

A Motor Control Unit (Ecu), Additionally Generally Called A Motor Control Module (Ecm), Is A Sort Of Electronic Control Unit That Controls A Progression Of Actuators On An Interior Burning Motor To Guarantee Ideal Motor Execution. It Does This By Perusing Esteems From A Large Number Of Sensors Inside The Motor Cove, Deciphering The Information Utilizing Multidimensional Execution Maps (Called Query Tables), And Modifying The Motor Actuators As Needs Be. Before Ecus, Air-Fuel Blend, Start Timing, And Sit Still Speed Were Mechanically Set And Progressively Controlled By Mechanical And Pneumatic Means. In The Event That The Ecu Has Control Over The Fuel Lines, At That Point It Is Alluded To As An Electronic Engine Management System (Eems). The Fuel Infusion Framework Has The Significant Part To Control The Motor's Fuel Supply. The Entire Instrument Of The Eems Is Controlled By A Heap Of Sensors And Actuators. 

 

Track 22 Optimal Control

A Programmed Control Framework That Guarantees Working Of The Question Of Control That Is The Best, Or Ideal, From A Specific Perspective. The Qualities Of The Protest, And Furthermore The Outer Exasperating Impacts, May Change In An Unanticipated Way Yet More Often Than Not Stay Inside Specific Breaking Points.

  • Discrete Time Optimal Control
  • Finite Time Optimal Control
  • Continuous Time Optimal Control
  • Numerical Methods Of Optimal Control

 

Track23 Mechanical Vibration

 

A Mass M Is Suspended Toward The Finish Of A Spring, Its Weight Extends The Spring By A Length L To Achieve A Static Express (The Harmony Position Of The Framework). Let U(T) Mean The Uprooting, As A Component Of Time, Of The Mass In Respect To Its Harmony Position. Review That The Reading Material's Tradition Is That Descending Is Certain. In This Way, U > 0 Implies The Spring Is Extended Past Its Balance Length, While U < 0 Implies That The Spring Is Compacted. The Mass Is Then Thought To Be Gotten Under Way (By Any Of A Few Means)

  • Vibrational Resonance
  • Deterministic Modeling
  • Equation Of Motion
  • Harmonic Forced Without Damping
  • Undamped Free Vibration

 

 

 

 

 

 

 

 

 

Market Analysis

MARKET ANALYSIS

Mechatronics, Automation and Control Systems are the stage to pick up and share the learning in the new innovative improvements in the fields of Mechatronics Engineering, Automation Engineering, Mechanical Engineering and Electronic Engineering. This meeting unites Professors, Researchers, Scientists, Engineers, Technologist and Practitioners in every one of the regions of Mechatronics, Automation and Control Systems and gives a global discussion to the spreading of endorsed inquire about outcomes, new thoughts and down to earth advancements. We are regarded to welcome all of you to go to and enlist for the "Universal Conference on Mechatronics, Automation and Control Systems", which will be held amid November 26-27, 2018 Prague, Czech Republic.

MECHATRONICS

The interest for manmade brainpower in mechatronics is required to develop at a high CAGR over the figure time frame. Mechatronics is a coordination of mechanical building and gadgets. Manmade brainpower has increased wide inclination in the market in the course of recent years. The expanding requirement for PC frameworks and machines to work also as people are relied upon to drive computerized reasoning in mechatronics over the coming years. The worldwide mechatronics and apply autonomy courses showcase is required to develop at a CAGR of over 15%, attributable to the fast selection of mechanical and mechatronic advancements in the modern division, especially in the car business.

 

 

Market analysis of mechatronics

The worldwide mechatronics and apply autonomy courses showcase is required to develop at a CAGR of over 15%, inferable from the fast appropriation of automated and mechatronic advancements in the modern division, especially in the car business.

 

The report, Global Mechatronics, and Robotics Courses Market 2017-2021 have been readied in view of an inside and out market investigation with contributions from industry specialists. The report covers the market scene and its development prospects over the coming years. The report additionally incorporates a discourse of the Key merchants working in this market.

 

Scope and Importance:

On the off chance that you see the things around you the vast majority of them are comprised of the blend of Mechanical Electronics, and the future will contain the mixes of various fields, a solitary field can't command. We are entering in a Digital world in which gadgets will assume an essential part for the most part in correspondence direction and all other, however the real work is going to done by mechanical machines whoever controls them. So you would now be able to acknowledge how much essential is the Mechatronics in the forthcoming future for at any rate for next 25 years till the time we build up the computerized reasoning.

The top three emerging market trends driving the global mechatronics, according to Technavio research analysts are:

  • The increased popularity of mechatronics and robotics workshops.
  • The increased popularity of task-based learning.
  • The advent of modular mechatronics training modules.

CONCLUSION

Mechatronics is a quickly developing field that coordinates gadgets, mechanics, pneumatics, water power, and PC control frameworks to make better than ever mechanized assembling creation frameworks. This meeting is intended for mechanical specialists, electrical and hardware engineers, PC engineers, keen pioneers, gaming experts, outline engineers, guard inquire about experts, and for individuals who are occupied with plant upkeep, set up, establishment, and get together. Mechatronics 2018 is intended to strengthen the centre specialized aptitudes and genuine application required in the present assembling condition.

 

Learn More

UNIVERSITIES RELATED TO MECHATRONICS IN EUROPE

Sabanci universitesi | Bahcesehir university | kaunas university of technology | vilnius gediminas techinical university | Institute of technology Blanchardstown | polytechnic of Porto | University of Bolton | Eastern Mediterrian University | University of Southampton | Edinburgh Napier University | Fontys University of Applied Sciences | Yildiz Technical University | Istanbul bilgi University | Rhein-Waal university of Applied science | University of Southern Denmark  | Middlesex University | Slovak University of Technology in Bartislava | Technical University of Ostrava | Dublin Institute of Technology  | University of Glasgow | University of Applied science Wurzburg-Schweinfurt | The University of Hertfordshire | Obuda University | Brunel University London | Newcastle University | Istanbul Commerce university | University Of Debrecen | Ariel University | Cracow University of Technology

UNIVERSITIES RELATED TO MECHATRONICS IN USA

Middle Tennessee State University | North Carolina state University | Purdue University Northwest | Utah Valley University | Kennesaw state University | Bethel University | Purdue University | University of the Incarnate word | Purdue University Calumet | Kent State UniversityCentral Connecticut State University | University of Utah | Austin Peay State University

UNIVERSITIES RELATED TO MECHATRONICS IN ASIA

Isik University | Xi’an Jiaotong-liverpool University | Okan University | The University of Nottingham Malaysia | Izmir University | Tianjin Polytechnic university | National University of Science and technology | Istanbul Commerce university | An-Najah National University | Faculty of engineering and Natural Sciences | University of Tunku Abdul Rahman | International Islamic University of Malaysia | University of Nottingham Ningbo China | University of Kuala Lumpur | Atilim University | Ozyegin University | Birzeit University | University technology Malaysia | MEF University | De La Salle university | Shibaura Institute of Technology | Beijing Institute of Technology | Thapar University | Ningbo University | Hong Kong University of science and technology | Ningbo University of technology | Khalifa University | Nanyang Technology University | Manipal University | Shanghai University of Engineering Science | Kun Shan university | The Hong Kong Polytechnic University | National cheng kung university | The Chinese University of Hong Kong | Shanghai Jiao tong University | American University of Sharjah | Technion-Israel Institute of Technology

COMPANIES RELATED TO MECHATRONICS IN EUROPE

Hydequip | Cefosmet consulting | Bibus France | Industrion GMBH | ATEX Industries S.R.L | Agora industries | Wittenstein AG | AXE system | Jumarpol Spolka Jawna | Groupe RGM | Asteelflash Technologie | Roosen Laser | Larraioz Elektronika | ISP system | Rodamientos Alcazar ,S.L | Thesame Innovation | B&R Automation France | Mecmatic Unipessoal LDA | Advanced Intelligent Mechatronics | Beflex Electronic GMBH | Roosen Industries | Forecast Electronics | Axon Cables SAS | Harting Stiftung & co.Kg | CIS Electronic GMBH.

COMPANIES RELATED TO MECHATRONICS IN USA

Acme mechatronics, inc. | General Display Mechatronics co., Ltd. | Hanlim Mechatronics co., Ltd. | Yujin Taeyang Mechatronics co., Ltd . | Mechatronics co., Ltd. | Dongyang Mechatronics corp. | Shenzhen Bonjee Mechatronics Technology co., Ltd. | Han’s Precision Mechatronics Co., Ltd. | Tongmyung mechatronics co., Ltd.

COMPANIES RELATED TO MECHATRONICS IN ASIA

Interplex NAS Electronics GmbH | Dolang technology equipment Co.Ltd | Shandong Guangdi Education Equipment Co.ltd | IKUSHIMA CO.,Ltd | Zreyas Technology | Fuzho OLE Electric Co.,Ltd. | Eun Kwang Mechatronics co.,Ltd | ZD Mechatronics S.R.L | A-one Technology | FERMA Engineering | Wenzhou choieo Trade co.,Ltd | Zhejiang Yalong Educational Equipment Joint-stock co.,LtdM tech Korea co., Ltd | Federal University of Espirito Santo | MTAB Engineers Private Limited | SAKAMOTO Seiki Sangyo Co., Ltd | A-MECs Co., Ltd| Kukil Mechatronics co., ltd.

SOCIETY RELATED TO MECHATRONICS IN EUROPE

Association National de Normalizations y Certifications del Sector Electrico | European Association for Education in Electrical and Information Engineering | European Telecommunications Standards Institute | Institute of Electrical Engineers of Japan | Institute of Microelectronics | Italian Electrotechnical Commission | Institution o Society of Automotive Engineers f Mechanical Engineers | Institution of Mechanical Incorporated Engineers |

SOCIETY RELATED TO MECHATRONICS IN USA

Institute of Electrical & Electronics Engineering | Optoelectronic Technology Consortium | Society for Manufacturing Engineers | American Society of Mechanical Engineers | Institute of Electrical and Electronics Engineers | Society of Automotive Engineers | Society of Manufacturing Engineers | Automation Association | Control System Integrators Association | The International Society of Automation | AMT - The Association for Manufacturing Technology | Automation federation.

SOCIETY RELATED TO MECHATRONICS IN ASIA

French Association for Artificial Intelligence, Association Française d'Intelligence Artificial | Japan Society for Fuzzy Theory and Systems, JSFTS | Japanese Cognitive Science Society | Japanese Society for Artificial Intelligence | Japanese Cognitive Science Society | Society of Instrument and Control Engineer | Electronics & Electrical Engineering Laboratory at the National Institute of Science and Technology | Electronic Design Automation Companies.

 

 

 

 

 

Media Partners/Collaborator

A huge thanks to all our amazing partners. We couldn’t have a conference without you!

Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker
Conference Speaker

Sponsors/Exhibitors

A huge thanks to all our amazing partners. We couldn’t have a conference without you!