Blog List

In this role, you will work with our design team and external foundries to translate MEMS device requirements into manufacturable designs. You will assess process and layout compatibility, identify fabrication risks and use simulation and measurement results to recommend improvements.

We’re pleased to announce our collaboration with EDC Electronic Design Chemnitz GmbH. A key focus of our joint work is the systematic wafer-level characterization of MEMS devices after tape-out.

The package interface of the i-ROM MODELBUILDER enables you to simulate precisely the influence of package warp on the performance of MEMS sensors and actuators. Temperature dependent bias-offset drift and sensitivity changes can be predicted before manufacturing.

With the rise of artificial intelligence (AI) and large language models (LLMs) in various applications, there is growing interest in leveraging these technologies for MEMS development.

Getting from an idea of what a next-generation accelerometer or gyroscope might look like to a manufacturable layout involves many complex simulation steps. Normally, many redesigns and a variety of software tools are used to arrive at a feasible layout that meets the target specifications and can be fabricated within manufacturing tolerances.

i-ROM Modelbuilder is an advanced MEMS design software that incorporates cutting-edge reduced order modeling (ROM) techniques to simulate nonlinear electrostatic and mechanical behaviors in microelectromechanical systems (MEMS).