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MEMS Piezoelectric Optical Test engineering Mathematical & FEA Data Processing

We provide Mathematical modelling and FEA (Finite element analysis) modelling for a wide variety of engineering areas from physical behaviours to development of models used for increased performance in assembly or products. Whether performing contract project work or consultant advice.

What tecray can do for you

bullet Clear communication and focus on the essential results
bullet CAD mechanical design
bullet FEA modelling (including MEMS, piezoelectric and optical devices)
bullet Design for reliability, packaging and qualification
bullet Mathematical modelling for design, predictions and debugging
bullet Algorithm development for self calibration or performance enhancements
bullet Enable algorithms to be integrated for rapid software / firmware development


FEA modelling & CAD
ANSYS, Solidworks, Cosmosworks, AutoCAD.
Mathematical modelling
Labview, Matlab, VB. Physical systems: thermal, shock and vibration, optical, piezoelectric, electrostatic actuation and discharge, squeeze film damping.
Algorithm development
Product performance enhancement methods and algorithms - e.g. deconvolution, optimisation and self-calibration. Can reduce manufacturing issues by moving requirements from hardware to software.
Embedded algorithms & software
Mathematical models written into test software provide for intelligent product test and calibration. Program design carries these into embedded DSP software in the product electronics.

Home Enquires Links MEMS M2 Piezoelectric Optical Test Maths&FEA Data Analysis