Create ray-diagrams using optics tools integrated with Maths module.
Interactive virtual devices and experiments based on school curriculum.
Create real world Mechanics problems with easy drag and drop tools
Ongoing development to introduce partilce physics in Simphy.
Create 3-D simulations with Simphy in-built intellisence code editor.
Visualize the simulations using tools like FBD, Graph, tracers, camera.
Create custom fields like Electric, Magnetic, Gravitational and Buoyancy.
Create and simulate DC and AC circuit diagrams with basic circuit elements.
With SimPHY, teachers can create their own simulations with our easy to use drag-drop tools to make physics lectures more intuitive and engaging.
Ready to run interactive physics simulations from our exhaustive library, for live teaching with SimPHY. Just plug and play.
The complete guide to SimPHY. Explore the capabilities of SimPHY with our tutorial videos designed by the creators themselvesand and fall in love with SimPHY.
SimPHY has completely transformed the way I teach physics. My students can now see what’s happening inside every concept — from mechanics to electricity and optics. It’s not just a simulator; it’s a bridge between imagination and understanding. Creating my own simulations for class has made lessons more interactive and memorable.
As a professor in Bioengineering, I find SimPHY to be an exceptionally powerful tool for exploring and demonstrating physics-based modeling. Even while exploring the free trial, I was impressed by its depth, flexibility, and potential for integrating into advanced biomechanics coursework. The platform’s intuitive design makes simulation creation accessible, yet it clearly holds the sophistication needed for complex analyses. I’m particularly interested in its rigid body modeling capabilities and scripting interface, which could open remarkable opportunities for teaching dynamic systems and impact mechanics. SimPHY shows great promise as a bridge between conceptual learning and practical modeling — a tool that could significantly enhance both teaching and research in physics and engineering education.
SimPHY is a wonderful application that has greatly enhanced my teaching. I use it regularly to prepare lessons and illustrate complex physics concepts in a clear and engaging way. It’s an excellent tool for both teachers and students.
SimPHY is truly a gamechanger in the STEM field! I use it to create interactive learning experiences for my students, making complex concepts much easier to understand. I’m deeply grateful to the SimPHY team for providing such an incredible educational tool.
Simphy has been very helpful in engaging students by developing curiosity in them . It has brought the below average student at par level by helping them visualize and feel what they learn in physics.
SimPHY is by far the most sophisticated and handy simulator tool I have used for my Physics classes. From designing complex simulations well before the class to customizing them on the go according to the questions asked by students inside the classroom SimPHY has given me outstanding results. I would highly recommend all science teachers to give this software a try and feel the change themselves.
As a clinical assistant professor at the University of Alabama in Huntsville, the past 2 years I implemented SimPhy to my undergraduate Physics labs, a curriculum spanning from Mechanics to E/M and optics. Simphy showed no discrepancy between the actual experiment and the simulated one. This is particularly encouraging for experiments that particularly difficult to replicate in the lab e.g. multiple pulleys, rolling and more elaborate contraptions.
Thanks very much to Simphy, — I really love it! I’ve never seen such a powerful physics simulation software before. It’s truly impressive!
I’m not a teacher or student — just a hobbyist who loves experimenting and building things. SimPHY has been a revelation for me! It’s exactly what I needed to test and visualize my ideas before spending time and money building them. I only wish I had known about SimPHY earlier — it would have saved me so many resources over the years. It’s a wonderful tool for curious minds who love to simulate, explore, and create.
Thank you so much for SimPHY! I’ve been exploring it nonstop since I received it — so many possibilities and unexpected insights into physics, inertia, and motion. It’s a truly fascinating tool for anyone who loves experimenting with physics!
A conducting spherical shell with inner radius a a...
This experimental simulation on Screw Gauge is one...
A vernier caliper is defined as a measuring device...
This simulation describes the relation between int...
The simulation displays the magnetic field of eart...
Current flows from positive to negative and electr...