PHET Simulation

PhET is a computer simulation which helps in teaching and learning about science especially chemistry, biology and physics.  It can run online as well as can be downloaded to use it. PhET simulation is an artificial environment which gives one a feeling of being into that particular environment for instance in a laboratory doing chemistry experiments or in a physics lab doing physics experiments.

The simulation builds a connection between real-life experiences and science where we can visually see and conceptualize the models. PhET simulation is another way of making students and learners explore and learn on their own doing their own experiments and finding results provided that a clear instruction is given to go about with the learning.

We constructed a simple circuit using the simulation. It was indeed a great experience to learn how to use the PhET simulation for constructing a circuit. It was similar to doing the experiment  in a real physic laboratory with wires, bulbs, batteries and meters to measure the voltage of the current flowing through.

The another thing about simulation which fascinated me the most was how it can teach us to construct the circuit in a correct way as it shows short circuit if it has not been done correctly so this provokes our mind to think further to make the circuit work. This makes us think and reflect on our work and gives us opportunity to explore and discover the knowledge by engaging us into critical thinking.

The simulation also provided visual representation of how circuit looks like and I feel that this can make more meaning out of learning through visual presentation and animations.  PhET simulation can provide students and teachers a platform to actually do the experiments and this can develop inquiring mind for learners.

I found that PhET simulations can be used in the classroom while teaching and learning about a concept using an effective approach as these simulations can provide experiences to children not less than real-life experiences. It can be useful in places where resources are not easily available for carrying out experiments.  It can save time as well as resources.