Seminar/Workshop

MCN is hosting a seminar with Jörg Hübner, the Director of DTU Danchip on Thursday 30 November between 1:30 - 3:00 pm.

This Showcase brings users and staff together to celebrate our successes, and look to the future.
It will highlight how our facilities enable innovative research in fields including medical technologies, advanced manufacturing, energy and agribusiness.

The MCN is proud to host A/Prof. Mohammad Fard from RMIT as he discusses Physiologically and Biodynamic Effects of Physical Vibration on Human Body.

MCN is hosting a day of talks from researchers from the University of Tokyo and ANFF-VIC on 23 August 2017. Talks from our visitors will cover nanomaterials, polymers, semiconductors and […]

The ANFF-Vic team will be exhibiting at the Emerging Sensing Technologies Summit 2016 (ESTS’16), held in Melbourne, Australia from 7-9 December 2016

Nanophoton, a Japanese equipment manufacturer, has been invited to give a seminar on its Micro-Raman Mapping and TERS techniques at MCN. The talk will be held in MCN's boardroom at 2pm on Wednesday, 23 November 2016.

This intensive two day workshop will showcase the comprehensive suite of products offered in Synopsys’ TCAD. This includes industry leading process and device simulation tools, as well as a powerful GUI-driven simulation environment for managing simulation tasks and analysing simulation results.

On Friday, October 21st, MCN will be hosting a free 3D graphics workshop to introduce attendees to Blender, an open source 3D creation suite.

MCN is organising a free two-day EBL and Data Preparation workshop on September 28-29 (9am-4pm). Dr. Nit Taksatorn from GenIsys (Layout Beamer Software) will hold a workshop with a focus on new features in EBPG and Layout Beamer followed by a couple of selected applications from EBL user-base worldwide. As a part of this workshop, we will also have a separate session as our EBL users meeting.

The aim of this seminar is to showcase research within the molecular sensing and imaging themes with a focus on how nanofabrication supports this work