EVENT 31 January 2025

High Tech Systems Center – Mini-Symposium

 “Increasing complexity?


About this event

We often talk about increasing complexity, especially in the high-tech systems we work on. To deal with this growing complexity, we develop new methodologies and approaches. But do we really understand what this complexity entails? If we don’t fully grasp what we are up against, it’s questionable whether our approaches will be effective. In this symposium, we reflect on this question. We will take a systems thinking approach: the keynote speaker will help us step back and discuss the intrinsic complexities in the engineering of distributed cyber-physical systems and how to cope with them. Following that, invited speakers will shed their light on the concept of complexity and how to deal with it from different (science and engineering) perspectives. We will conclude with a panel discussion to draw overall conclusions.”

 

Speakers:

  • Edward Lee (UC Berkeley) keynote on “Fundamental Challenges in the Engineering of Distributed Cyber-Physical Systems”
  • Daniel Lindenaar (Canon Production Printing) on “Dealing with complexity in high-tech print systems
  • Johan Lukkien (TU/e) on « Under the water: uncovering hidden processes in the Systems- and Software Engineering Interplay”
  • Pieter Gunter (ASML) on “Defining growing complexity of System Engineering within the ASML context.”
  • Pascal Etman (TU/e) on “Systems engineering in product development of high-tech equipment: about dependencies and synthesis”
  • Maarten Bonnema (Universiteit Twente) on “Getting to Grips with Complexity in the High-Tech Industry”

The program will end with an interactive discussion led by Chiara Treglia.

 

Date:        February 18th 2025

Time:        start 1pm, doors open from 12.30pm, drinks until 6pm

Place:       TU Eindhoven

Building: Auditorium Hall 8 (level 0)

Address: Den Dolech 2, 5612 AZ  Eindhoven

 

Check all details at HTSC Symposium 2025 (limited places)


18 February 2025


The Netherlands

TU Eindhoven, Den Dolech 2, 5612 AZ Eindhoven


References

Mikroniek April 2026: Developments in…

The April issue of Mikroniek presents developments in dynamics. The main theme article introduces a bouncing stage concept that can circumvent actuator-force limits in precision positioning.

Read more
Intellectual property for engineers

Engineers working in high-tech solve complex technical problems every day. New algorithms, control strategies, hardware architectures, production methods and software tools are constantly being developed inside engineering teams.

Read more
Analysing the shock resistance of…

Medical devices are often mounted on mobile trolleys and must survive shocks during transport, handling and everyday use, such as the sudden impact when a wheel hits a doorstep – a shocking encounter.

Read more
The next generation of gas-foil…

A high-quality standardised gas foil bearing (GFB) programme for turbomachinery up to 100 kW electrical power is presented.

Read more

References

Mikroniek April 2026: Developments in…

The April issue of Mikroniek presents developments in dynamics. The main theme article introduces a bouncing stage concept that can circumvent actuator-force limits in precision positioning.

Read more
Intellectual property for engineers

Engineers working in high-tech solve complex technical problems every day. New algorithms, control strategies, hardware architectures, production methods and software tools are constantly being developed inside engineering teams.

Read more
Analysing the shock resistance of…

Medical devices are often mounted on mobile trolleys and must survive shocks during transport, handling and everyday use, such as the sudden impact when a wheel hits a doorstep – a shocking encounter.

Read more
The next generation of gas-foil…

A high-quality standardised gas foil bearing (GFB) programme for turbomachinery up to 100 kW electrical power is presented.

Read more