Young Alumni Event at ASML

29 februari 2024 17:00 t/m 21:00 - Locatie: ASML Building 7, De Run 6501, 5504 DR Veldhoven | Zet in mijn agenda

Making high-tech companies sustainable


We are thrilled to invite you to a joined young alumni event at ASML on 29 February from 17:00 - 21:00 in Veldhoven. Join us for an unforgettable evening of networking and learning about the world of ASML.

ASML has publicly announced its target to be CO2 neutral by 2040 for their direct downstream impact. TU Delft alumnus Jeroen Melman will show their strategy to achieve this through technological innovation and industry-wide collaboration. You will also learn more during four pitches about Re-use at ASML, PFAS a challenge for Semicon?, Green ASML and how research at TU Delft contributes to a more sustainable future.

Following the pitches, enjoy a drink while continuing to network with fellow young TU Delft alumni. Grab your chance to take a look behind the scenes at ASML during an Experience Center visit.

Don't miss this unique opportunity to discover how we can make high-tech companies more sustainable. Register now to secure your spot at this exciting event!

Do you know other recent graduates who might like to join? Please forward them this webpage!

We hope to see you on 29 February in Veldhoven!

Programme

17:00 - 18:00

Walk in & Registration at ASML

(with drinks & buffet)

18:00 - 18:30

Opening

  • Welcome by Maarten ter Heerdt
    (ASML)
     
  • Welcome on behalf of TU Delft by Janneke Hermans
    (TU Delft Alumni Relations)
     
  • ASML presentation about ESG by Jeroen Melman
    (ESG Sustainability Strategy Architect & System Engineer Sustainability DUV and TU Delft alumnus Aerospace Engineering)

18:30 - 19:15

Pitches

  • Re-use at ASML by Jules Tops
    (TU Delft alumnus Mechanical Engineering)
     
  • PFAS, a challenge for Semicon? by Maarten ter Heerdt
    (TU Delft alumnus Applied Sciences)
     
  • Green ASML by Manas Tripathi
    (TU Delft alumnus Material Science and Engineering)
     
  • Merging insights from artificial and biological neural networks for
    neuromorphic edge intelligence by Charlotte Frenkel
    (TU Delft Assistant professor)

19:15 - 21:00

Q&A and networking

Experience Center visit (optional)

TU Delft Young alumni event at ASML


Date: Thursday 29 February

Time: 17:00 - 21:00 

ASML Building 7
De Run 6501, 5504 DR Veldhoven


We have reached the maximum number of registrations.


Please leave your details below if you want to be placed on the waitinglist. We will then contact you if a spot becomes available.

Location

This event is organised by TU Delft Alumni Relations in collaboration with ASML. Registration is taken care of by TU Delft Alumni Relations. Please register before 20 February. Places are limited and registration goes on first come first served basis.

Please note:

  • That you will need to show your ID (ID card, passport or driver's licence) in order to enter the venue.
     
  • That there will be a touring bus that can take you from Eindhoven station to ASML. Please let us know in the registration form if you will be using this bus.

Speakers

Jeroen Melman
 

ESG Sustainability Strategy Architect & System Engineer Sustainability DUV, ASML

TU Delft alumnus (2007)
Aerospace Engineering


Sustainability at ASML
The importance of sustainability is increasing everywhere, also in the semiconductor industry. Companies need to lower their environmental and societal impact and are defining sharper top-down targets for their operations and suppliers. ASML has publicly announced its target to be CO2 neutral by 2040 for our direct downstream impact. This talk will show the strategy to achieve this through technological innovation and industry-wide collaboration. Next to that, we will look at other aspects of sustainability at ASML, such as minimizing our waste streams and engaging with our communities.

Jules Tops


Senior director Re-use, ASML

TU Delft alumnus (1994)
Mechanical Engineering, Industrial Engineering
 

Re-Use at ASML
Why is Re-use an important topic for ASML?
Share the Re-use roadmap, the plan for 2024, kpi’s and targets, a glance on the main activities, challenges and successes. Including some nice examples.
How are we organized cross sector and to external stakeholders like suppliers and customers?

Maarten ter Heerdt


Group Lead Materials, ASML

TU Delft alumnus (2000)
Applied Sciences
 

PFAS, a challenge for Semicon?
Sometimes, great innovations turn out to have a twist. What previously was considered a fantastic invention, can be considered poisonous by later generations. A few years ago, this happened with Chromium(VI); the story is repeating itself now, with PFAS. I'm going to discuss both and showcase the impact this has on materials innovation and our industry. 

Manas Tripathi


Development & Engineering Onsite Engineer, ASML

TU Delft alumnus (2022)
Material Science and Engineering
 

GREEN ASML
Green ASML is a community of ASML employees passionate about environmental sustainability, reaching the entire company at all levels and all locations. We stand for: Striving to do what’s right. Thinking big, taking clear steps. We challenge the status quo and prevent greenwashing. We lead by example and drive for change. We want to be: a community that people are proud to be associated with, known by all ASML employees as the challenging and inspirational thought leader within ASML.
 

Charlotte Frenkel


Assistant professor, TU Delft 
Faculty Electrical Engineering, Mathematics and Computer Science

 

Merging insights from artificial and biological neural networks for neuromorphic edge intelligence
The development of efficient bio-inspired training algorithms and adaptive hardware is currently missing a clear framework. Should we start from the brain computational primitives and figure out how to apply them to real-world problems (bottom-up approach), or should we build on working AI solutions and fine-tune them to increase their biological plausibility (top-down approach)? In this talk, we will see why biological plausibility and hardware efficiency are often two sides of the same coin, and how neuroscience- and AI-driven insights can cross-feed each other toward low-cost on-device training.

Questions?

Janneke Hermans