Modeling and Simulation

Job title:  Research Internship (6 months) 

Location:  Schlumberger-Doll Research, Cambridge, MA, US

Job Description 

Starting April 2016, we will have openings for two post-doctoral fellow positions in experimental and computational mechanics of advanced polymers. These positions will support a new research program between Singapore University of Technology and Design (SUTD) and National University of Singapore (NUS) funded by Agency for Science, Technology and Research (A*STAR). The project focuses on synthesizing, characterizing, modeling, and simulating the thermo-mechanical behavior of polymers with covalent adaptable networks (CANs), e.g. vitrimers.

 On behalf

 A fully funded Masters or Ph.D student position is available @ Monash University, Malaysia Campus. The project will be supervised by Dr.Ean Hin OOI (http://scholar.google.com.sg/citations?user=SAj61qwAAAAJ&hl=en ). Kindly email your enquiries to Ooi.Ean.Hin [at] monash.edu (Ooi[dot]Ean[dot]Hin[at]monash[dot]edu)

VACANCY

TECHNOLOGY CENTRE – CHILTON

Experienced Researcher Fellowship /
Post Doc position -  Characterisation
of powder properties using DEM.

Marie Curie Initial Training Network – IPROCOM

Johnson Matthey Technology Centre,
Billingham, UK

Ref: D14

£ - Competitive

2 years, to start by 1st October 2013

The “Michigan Nano Computational Cluster” (MNC2) consists of 14 nodes.
Each compute node contains a hexa-core Intel Xeon X5660 processor
running at 2.66 GHz, 24 GB of memory. MNC2 contains 168 processing cores
linked with Gigabit ethernet, 12 TB of disk space.

 MNC2 currently hosts simulation tools for micro/nanoscale systems
including codes for first principles calculation, photonic devices,
molecular dynamics, multiphysics, and multiscale modeling.

The Cluster is free for use. Researchers interested in using the cluster,

IntelliSuite was the first MEMS-specific CAD tool and has been under
development for over 20 years.  In this free webinar, understand how this
industry-standard software can help MEMS designers, process engineers,
and professors save time and costs in the development cycle, share their
designs with others, and teach students about MEMS. The webinar will
cover: process development using virtual fabrication tools, etch recipe
development using process simulators, design rule checking and
cross-sectioning tools for MEMS layout, design exploration and
optimization using behavioral and parametric modeling, recent
developments in automated meshing algorithms, discussion of coupled
FEM-BEM solvers for MEMS multiphysics analysis, linking MEMS models to