Medical Devices

It’s 7 a.m.. Your patient wakes up. Her wearable automatically syncs her glucose data with her insulin pump, which discreetly adjusts her basal rate for the day. No finger sticks, no alerts, no drama. Just competent, seamless care, powered by real-time data and robust simulation. For medical device engineers, this vision isn’t futuristic. It’s fast

Dialysis, a process that has remained largely unchanged since the 1960s, is on the brink of a significant transformation. Simulation technology is playing a crucial role in this evolution, empowering engineers to pioneer more compact, wearable, and adaptive dialysis solutions. Shrinking the Machine Traditional hemodialysis machines are massive, require fixed infrastructure, and rely on trained

Medical device design isn’t what it used to be, and thank goodness for that. Gone are the days when trial and error in the lab consumed months (or years) of development. Today, “in silico” modeling is changing the game for engineers developing microfluidic devices and MRI-compatible systems. And at the heart of it all? Simulation

Introduction Electromagnetic modeling and simulation are powerful tools used in a variety of fields, including physics, engineering, and telecommunications. These tools allow us to predict and analyze the behavior of electromagnetic fields in different environments and under various conditions. Electromagnetic modeling is the process of creating mathematical models that represent electromagnetic systems. These models are

Finite element analysis (FEA) and finite element method (FEM) are two terms that are often used interchangeably, but they have different meanings and applications. FEM is a “mathematical method” for solving problems of engineering and mathematical physics that involve complex geometries, loads, boundary conditions, and material properties. FEA is the “practical application” of FEM to simulate

Introduction Microphone simulation and modeling are integral parts of audio technology, playing an important role in the design and development of microphones. These techniques provide insights into the performance of a microphone under different conditions, helping engineers optimize its design for superior sound capture. What is Microphone Simulation? Microphone simulation involves computational methods to predict

Introduction Magnetic field simulation and modeling are critical components of electromagnetism and electronics, playing a pivotal role in the design and development of various devices and systems. These techniques provide insights into the behavior of magnetic fields, aiding engineers in optimizing designs for superior performance. What is Magnetic Field Simulation? Magnetic field simulation involves computational

Introduction Corrosion simulation and modeling are vital tools in the field of materials science and engineering. These techniques provide a deeper understanding of corrosion processes, enabling engineers to predict and mitigate corrosion in various materials and environments. What is Corrosion Simulation? Corrosion simulation is a computational method used to mimic the corrosion process in a

Introduction Chemical reaction simulation and modeling are techniques that allow scientists and engineers to predict the outcomes of chemical reactions, optimize reaction conditions, and understand complex reaction mechanisms. What is Chemical Reaction Simulation? Chemical reaction simulation is a computational method used to model or mimic a chemical reaction on a computer. This technique involves the