Page last updated: May 13, 2026
MNE 2026 will feature a distinguished line-up of plenary and invited speakers from academia and industry, covering key developments in micro- and nano-engineering, fabrication, sustainability, biosensing, biointerfaces, and advanced manufacturing.
Plenary Talks

Jos Benschop
High resolution lithography using EUV – status and prospects

J. Alexander Liddle
Nanoimprint lithography for high volume fabrication – status and prospects

Kees (Cornelis W.) Hagen
MNE Fellow Award 2026
Focused Electron-Beam Induced Material Processing

Ellis Fan-Chuin Meng
BioMEMS and microfluidics

Andrew De Mello
Microfluidic technologies for high throughput biological experimentation

Xavier Multone
Bridging heritage and innovation: Pioneering technologies and advanced materials for the watchmaking industry

Heiko Stahl
MEMS miniaturization over the last 40 years at Bosch
Invited Talks

Gabi Grützner
Resist development at micro resist technology GmbH over 30 years

Irene Fernandez-Cuesta
Nano-opto-fluidics for biosensing

Junsuk Rho
Sustainable manufacturing of optical metasurfaces with engineered optical materials

Francesc Pérez-Murano
Advances in directed self-assemby for semiconductor device fabrication

Bruno Azeredo
Roughness suppression in electrochemical nanoimprinting of Si

Lucia Romano
HF gas assisted chemical etching for sustainable manufacturing

Carla Frege
Advancing Sustainable Micron-Nano Manufacturing through Real-Time AMC Monitoring including PFAS and F-GHGs

Yujia Zhang
Bioiontronics for biointerfaces and future medicine

Isabelle Servin
Sustainable process strategies based on the environmental footprint of semiconductor manufacturing

Yannick Rivoira
From Silica Sand to Semiconductors: Understanding and Assessing Environmental Impacts in Cleanroom Manufacturing

Sébastien Toussaint
Implementing resilience with ICTs

Jeff Kettle
Life Cycle Analysis of electronic assemblies and discrete components to reduce environmental impact as well as waste

Vittorio Morandi
EuroNanoLab: present and future of the European distributed research infrastructure on micro- and nano-fabrication

Tobias Keller
From Micrometer structures to thousands of Amps – How Power Semiconductors change the power grid
