Program DSPE Conference 2023
Tuesday September 26
Morning session
Chairman: Marc Vermeulen
09.30 | Arrival and coffee | |
10.00 | Welcome by Marc Vermeulen, conference chair | |
10.10 | Engineering the Future, How AI will Redefine Engineering and Design This keynote will explore the fascinating intersection of engineering, AI, and generative design. Here’s a snapshot of what you can expect: Introduction: As we stand on the brink of a new technological era, it is clear that the advancements in AI and engineering will redefine our future. This keynote will set the stage by examining how the acceleration of technological innovation is fundamentally altering not just industries, but society and human capabilities. Impact on Society (WORLD): This section will discuss the new paradigm of ‘biomimetic evolution,’ where generative design mimics biological processes to revolutionize engineering. Imagine a world where our engineering solutions are as efficient, robust, and elegant as nature’s own designs. The synergy between AI and engineering isn’t just a trend; it’s a transformative force poised to accelerate change far more rapidly than anything we’ve seen before. Transforming Organizations (WE): The advent of AI enables a novel concept: “organisation as a Service.” Organizations will become more agile and adaptable, employing AI-driven generative designs to solve problems and create new products. These fluid, project-focused entities will far surpass the capabilities of traditional organizational structures, allowing for a more natural way to design and engineer solutions. Shaping the Future Workforce (IT): Including AI design tools in the engineering domain will not only disrupt but also enrich the workforce. As these tools take on complex calculations and scenario testing, engineers will be empowered to focus on creative, innovative solutions, ushering in a many-to-many economy where consumers become active participants in the design process. Preparing Individuals for the New Age (ME): What competencies should one hone to stay relevant in an era where AI can automate complex engineering tasks? While machines will excel in optimization and analytics, the human touch will remain irreplaceable for its creative and ethical considerations. This section will explore the skills that will define human relevance in a future augmented by AI and generative design. This keynote is not just a glimpse into the future; it’s a roadmap for how we can actively shape it, using the untapped potential of AI to redefine the very essence of engineering and product development. Christian Kromme, Trendwatcher and a recognized authority in speaking about technological disruption and exponential technologies | |
10.55 | Break | |
11.15 | How to balance litho tool complexity within the semiconductor evolution? Continuous integration of electronics at nanometer scale enables the world to become digital. Lithography is the main the production technology and the precision of litho tools is instrumental to manufacture small electronic features. The technical complexity increases and the challenge is how to keep litho tools affordable.
Jan Jaap Kuit Vice President Mechanical Development ASML | |
12.00 | Plenary introduction of demonstrations & posters | |
12.10 | Lunch/ Visit to demonstrations & posters |
Afternoon sessions
Chairman: Kees Verbaan
SESSION 1 System Design – 1
14.10 | Next Generation Microsurgery Martijn Chartrou, Microsure and Richard van Lieshout, MTA | |
14.30 | Multi pipette placement head Rik van der Burg, Kulicke & Soffa | |
14.50 | EUV energy efficiency Theo Thijssen, ASML | |
15.10 | Break / Visit to demonstrations & posters |
SESSION 2 Sensing
15.40 | Next level flow controller combines the best of Thermal- and Pressure- based flow control Gert Jan Snijders, Bronkhorst High Tech | |
16.00 | Low-noise, high bandwidth acquisition and tracking sensor for Airborne Laser CommunicationTerminal Max Geljon, TNO | |
16.20 | Measuring paper deformation in real time René van Acquoij, Canon Production Printing | |
16.40 | Break / Visit to demonstrations & posters |
SESSION 3 Piezoelectric actuation
17.40 | Piezoelectric vibration suppression in a large stroke flexure hinge Bram Seinhorst, University of Twente | |
18.00 | Metamaterials for integrated active damping and vibration isolation in mechatronic applications Marcin Kaczmarek, Delft University of Technology | |
18.20 | Enabling piezoelectric wafer stages with highly variable stiffness device for next-generation semicon equipment Ron de Bruijn, Eindhoven University of Technology | |
19.30 | Beer, dinner and social event |
Wednesday September 27
Morning sessions
Chairman: Adrian Rankers
08.30 | Integrated Photonics for a Sustainable Information Society Integrated photonics has become a relevant technology in the broad set of semiconductor technologies. Alternatively known as optical chips, in integrated photonics optical functionalities, such as lasers, modulators, photodetectors, filters and waveguides, are integrated together on a semiconductor substrate, into a photonic integrated circuit. Initially, it was used to enable long-haul telecommunications, through optical fibers, connecting cities, countries and continents with the internet. Nowadays, such communication links are getting into the servers and even into the processors, to enable high-bandwidth and energy-efficient communication in our datacenters and supercomputers. It is thus a key enabler for big data and artificial intelligence. Moreover, with this advance and maturing of the technology, new opportunities have arisen. These include applications in fiber sensors, biomedical sensors, metrology and even quantum and optical computing. In this talk, I will explain the technology, and show how it is and will be a key enabling technology for the future information society.
Martijn Heck, Full Professor Eindhoven University of Technology, Eindhoven Hendrik Casimir Institute | |
09.20 | Break / Visit to demonstrations & posters |
SESSION 4 Precision Mechanics
09.40 | Design of a High Stiffness, High Repeatability Kinematic Coupling Robin Trines, JPE Janssen Precision Engineering | |
10.00 | Design of a Tunable Resonant Scanning Mirror Jiajin Li, Hittech Multin | |
10.20 | Particle contamination transport at low pressure Dmitri Shestakov, VDL ETG | |
10.40 | Break / Visit to demonstrations & posters |
SESSION 5 Thermomechanics
11.00 | Thermal contact conductance: relation between surface topography and heat transfer Joris Oosterhuis, Philips Engineering Solutions | |
11.20 | Thermal path optimization between cryocooler and sample Rens van Alebeek, ThermoFisher Scientific | |
11.40 | Pitfalls in the experimental and numerical validation of a forced air cooling heat sink Bart Koolmees, NTS-Group | |
12.00 | Lunch / Visit to demonstrations & posters |
Afternoon sessions
Chairman: Richard van Lieshout
SESSION 6 Modelling and Control
14.00 | Model Based Systems Engineering coupled with Model Based Design Pieter de Jong, Philips Engineering Solutions | |
14.20 | The role of VR and digital twins in the system design of mechatronic medical devices Jesper Huijgens and Martijn Wijns, Sioux | |
14.40 | Physics–Guided Neural Networks for Feedforward Control: with application to an industrial linear motor Nard Strijbosch, IBS | |
15.00 | Break / Visit to demonstrations & posters |
SESSION 7 System Design-2
15.20 | The HD-DCM – a high-performance precision-mechatronicsinstrument for synchrotron X-ray beamlines Ricardo Caliari, Eindhoven University of Technology | |
15.40 | Modular Wafer Handler Platform Joost Lobbezoo, VDL ETG | |
16.00 | Integrating APT on TEM Hugo van Leeuwen, ThermoFisher Scientific | |
16.20 | Break / Visit to demonstrations & posters | |
16.30 | Best contribution award & closing |
Posters / Demonstrations
University of Twente | M. Naves, M. Nijenhuis, B. Seinhorst, W.B.J. Hakvoort, D.M. Brouwer | Flex: flexure-based hexapod for large range of motion |
Delft University of Technology | Jette Bloemberg, Fabian Trauzettel, Dimitra Dodou, Aimée Sakes, Paul Breedveld | Design of an MRI-compatible, wasp-inspired needle for prostate cancer treatment |
Eindhoven University of Technology | Johan Kon, Dennis Bruijnen, Jeroen van de Wijdeven, Marcel Heertjes, Tom Oomen | Learning for Precision Motion of Mechatronic Systems: Add-on Physics-Guided Neural Network Feedforward Control |
Eindhoven University of Technology | Haoyuan Li, Jeroen van Duivenbode, Elena A. Lomonova | Modelling of static and dynamic effects of the PZT multilayer piezo actuator |
University of Twente | Sil Spanjer, R. Grootkarzijn, W.B.J. Hakvoort | Mechatronic considerations on replacing a force frame with a virtual balance mass |
Delft University of Technology | A. Natu, Marcin Kaczmarek, S.H. HosseinNia | Overactuation in compliant motion stages using distributed piezoelectric transducers |
ASML | Jake Platz | ASML Adopts a Circular Economy |
Tech4Green | Tom Bijnagte | Design and realisation of a high speed circular nut cracker |
ThermoFisher Scientific | Ronald Lamers, Maurice Limpens, N. Hernandez Rodriguez | 20 K Vibration-Free Cold Battery |
Eindhoven University of Technology | Lars Janssen, B. Besselink, R.H.B. Fey, N. van de Wouw, D. Kostić | An efficient Top-Down Redesign Approach: Translating System Specifications into Subsystem Requirements |
Sioux | Caspar Gruijthuijsen, Lense Swaenen, Daan Nieuwenhuizen, Mark van den Broek, Hans Kuppens | Exploring the benefits of adaptive model-based control techniques for low-cost systems |
Sioux | Jesper Huijgens, Rob Hendriksen | Reducing cost and shortening time to market by embracing holistic engineering |
Eindhoven University of Technology | Max van Meer, Gert Witvoet, Tom Oomen | Reducing Torque Ripple in Switched Reluctance Motors |
ASML | Jaap Kooijman, Frank Kouwenberg, Gerrit van der Straaten | Every Kilogram counts! |
Canon production printing | Mark Rietbergen | Simulation model for the tracking of flat belts |
Sioux | Lennart Blanken, Max van Haren, Hans Kuppens, Tom Oomen | Learning of physics-based feedforwards for position-dependent motion systems |
TNO ESI | Roland Mathijssen | Experiences with online learning platforms for systems engineering |
VDL ETG | Maikel Bruin, Kristof Vandenrijd, Saeede Ghorbanpour | Welding Simulation |
Eindhoven University of Technology | Leontine Aarnoudse, N. Strijbosch, P. Tacx, E. Verschueren, T. Oomen | Commutation-angle domain iterative learning control: Learning waveforms for piezo stepper actuator |
Eindhoven University of Technology | Leontine Aarnoudse, T. Oomen | (Machine) learning for feedforward in precision mechatronics |
Delft University of Technology | Ali Amoozandeh Nobaveh, G. Radaelli, Just Herder | A compliant zero stiffness revolute joint |
Eindhoven University of Technology | Max van Haren, Leonid Mirkin, Lennart Blanken,Tom Oomen | FRF Identification Above the Nyquist Frequency |
NTS-Group | John Timmermans | Ultra-sensitive RGA system |
ThermoFisher Scientific | Jelle Tosseram, R. Lamers, J. Theeuwes, M. van Wensveen | Model based drift compensation after sample load |
Eindhoven University of Technology | Koen Classens, Maurice Heemels, Tom Oomen | Fault Diagnosis for High-Tech Precision Mechatronics |
Eindhoven University of Technology | Paul Tacx, Matthijs Teurlings, Roel Habraken, Gert Witvoet, Marcel Heertjes, Tom Oomen | Mechanical Models for Advanced Motion Control |
ASML | Peter Hempenius, Rob van der Heijden, Aiden Chen, Tom Engels, Arno Wellink, Mark Sleegers, Remco Heijmans | Rethinking the system for energy efficiency: 30% energy saving with the same performance and lower total cost. |