Mechatronics System Design â part 1 (5 days) ... Start. Thermal Effects in Mechatronic. Systems. (3 days). Machine Vis
Experimental Techniques in Mechatronics
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Mechatronics Training Curriculum Workshop Mechatronics System Design
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Advanced
Standard
Advanced Motion Control (5 days)
Advanced Feedforward Control (3 days)
Motion Control Tuning (6 days)
Design Principles Masterclass (8 sessions)
Design Principles Basics (5 days)
Advanced Mechatronic System Design (6 days)
Design for Additive Manufacturing (3 days)
Design for Ultra Clean Vacuum (4 days)
Dynamics and Modelling (3 days)
Experimental Techniques in Mechatronics (3 days)
Metrology & Calibration of Mechatronic Systems (3 days)
Mechatronics System Design – part 2 (5 days)
Basic Mechatronics System Design – part 1 (5 days)
Start
www.mechatronics-academy.nl
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Actuation and Power Electronics (3 days)
Machine Vision in Mechatronic Systems (2 days)
Thermal Effects in Mechatronic Systems (3 days) Summer School Opto Mechatronics (5 days)
* Relevant partner trainings: Applied Optics, Electronics for nonelectrical engineers, System Architecture, Soft skills for technology professionals, …
Mechatronics Training December 31, 2009 Philips decided to stop all its training activities, which were carried out by the Philips Centre for Technical Training (CTT), and all training programs were transferred to external parties.
Currently, all former Philips trainings (and more) are offered to the market under the umbrella of The High Tech Institute (www.hightechinstitute.nl). Content partner for all Mechatronics courses is Mechatronics Academy B.V. (www.mechatronics-academy.nl) which is set-up and supervised by : Professor Dr.ir. Jan van Eijk Professor Dr.ir. Maarten Steinbuch Dr.ir. Adrian Rankers
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Global Program Day
Duration
Topics
Trainers
1
9.00-12.30
Introduction, Dynamics/modal analysis theory
Adrian Rankers
Discrete time signals (incl. intro Siglab)
Bert Roozen + Pieter Nuij
Frequency analysis
Pieter Nuij + Bert Roozen
Frequency analysis
Pieter Nuij + Bert Roozen
System analysis
Bert Roozen + Pieter Nuij
9.00-12.30
Excitation Techniques - Theory / Demonstration / Exercises - Discussion/demonstration of error sources
Pieter Nuij + Bert Roozen
13.30-16.30
Sensors & Calibration - Theory / Demonstration / Exercises - Discussion/demonstration of error sources
Pieter Nuij + Bert Roozen
9.00-12.30
Modal Parameter Estimation - Curve Fitting (general) - Theory of Quadrature Peak Pick and Polynomial
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 1 (morning) Introduction, Dynamics/modal analysis theory Discrete time signals (incl. intro Siglab) Discrete vs. continuous time, Sampling, Nyquist Aliasing, Anti aliasing filters ADC, dynamic range, signal to noise ratio
Frequency analysis
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 1 (afternoon) • Frequency analysis (continued) • System analysis
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 2 (morning) Excitation Techniques
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 2 (afternoon) Sensors & Calibration
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 3 (morning) Modal Parameter Estimation Curve Fitting (general)
Quadrature Peak Pick and Polynomial
Exercise Quadrature Peak Pick
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Day 3 (afternoon) Exercise Quadrature Peak Pick (continued) Measurement Validation Approaches Test Report Special Topics
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
Sign-up for this training Via the website of our partner The High Tech Institute
Experimental Techniques in Mechatronics – overview Adrian M. Rankers
