MEMS Technology Solutions

MEMS Analytical Software

MEMSolver is a powerful yet simple software tool for engineers, researchers and students working in the field of Micro Electro Mechanical Systems (MEMS). It is an analytical tool designed to solve quickly and accurately several multi-physics problems in MEMS. Click on the links below to know more about it.

Unique design tool for MEMS

MEMSolver is one of its kind. It is designed specifically for development of MEMS devices. Unlike some numerical analysis and finite element analysis software, MEMSolver has ready made models and its associated mathematics wrapped up into one. It supports all the major steps involved in MEMS design.

Ready made analytical models

MEMSolver has a wide range of analytical models that represents the most commonly used micro electro mechanical systems. The user needn't worry about meshing or setting boundary conditions or selecting the type of solution and physics involved. The user just needs to provide the basic design of the device and MEMSolver does the rest.

Device design and process simulation capabilities

MEMSolver has system level models for micro electro-mechanical-thermal-fluidic modeling for device design along with models for some of the most widely used semiconductor processes used in MEMS fabrication. No need to buy separate software for these jobs.

Mechanics, Sensing, Actuation, Process and Data analysis modules

Mechanics module deals with structures, vibration, damping and microfluidics. Sensing deals with piezoresistive, electrostatic and piezoelectric sensing schemes. Thermal, electrostatic and piezoelectric actuation are analyzed in actuation module. Process module deals with all the major semiconductor processes including simulation of diffusion and implantation. Data analysis module deals with post processing including yield estimation.

No coding or programming skills required

Existing software tools for MEMS design based on numerical and finite element simulation require its users to have extensive knowledge and theoretical background of the physics applied to these micro scale devices. Also experience in coding and programming skills are required before a successful model can be created. Sometimes a new programming language will have to be learned. MEMSolver does away with all these hurdles and makes MEMS design and development less painful.

Results at the click of a button

The user just has to enter the input parameters like length and width of the beam for example in a user friendly Graphical User Interface (GUI) like textboxes, and the software will immediately calculate the relevant results. This result file can be saved for later reference.

Graphical representation of results

The output from the model can be plotted in 1D, 2D and 3D plots which helps the user to better understand the behavior of the system. Such graphs are provided with every design form. The data can also be streamed out and saved. The graph can be printed and saved as an image.

Command line input

Along with the GUI based modeling, MEMSolver also accepts a command line input. The output from the design form can be represented by a single line of command. This helps to store the model as a single line of text which can be used later to recreate the model. It can be used for easy storage and retrieval of the model.

Extensive help files

Every design form is provided with a help file that gives a good theoretical explanation of the particular phenomena analyzed in the design form. It helps even a novice or a student to grasp the idea and prepares him to interpret the results correctly. It is equivalent to referring several text books.

Unbeatable price and value for money

Most commercially available software tools are very expensive which makes it difficult to justify its purchase. MEMSolver is offered at a fraction of the cost so that individual developers and even students can afford to buy it along with established companies working in the field of MEMS.

We offer our clients expertise in creating a full mathematical model of the device, optimizing it with analytical and numerical simulation, design drawing with mask layout, process simulation and development of test setup to suit their project and budget requirements
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