This project is about building a new kind of safety shoes for electrical operators in power grids or any other sites where there is high risk of electrocution while handling electrical equipment that can kill or surly make high health damage to the operators like the site electrical engineers, equipment and infrastructure inspectors, maintenance provider personals and others employees. This is done by modifying the current safety shoes to have a safety response mechanism at the time of electrocution on the operators happen. The safety response of the shoes involves a well known science, which is grounding. Grounding is electrical contact with the Earth which remains essentially at a constant potential. A grounded wire on a lightning rod leads large electric charges from the atmosphere directly to Earth, preventing them from taking other paths that might result in damage to property or injury to persons. Since people are themselves often grounded (standing on a moist basement floor or leaning against, or otherwise in contact with, metallic plumbing), interior wiring systems have one wire connected to ground to minimize accidents to persons and fire damage in case of lightning, transformer failures, or insulation breakdown in wiring. Metallic boxes and other conductor enclosures are grounded, so that even in case of insulation breaks any parts that can be touched will be at ground potential and unable to give shock. But what happens if there is no grounding system and the person is not standing in moist basement floor or not touching any structure attached to the ground while being in electrocution accident on work?This question will lead to our solution which is grounding every personal that is working in power grids or is handling high current electric power using their safety shoes as a media. When working in power station or when handling high power electrical equipments, it is very likely the risk of electrocution comes when operating the equipments. Since during the operation, the personals use their hands the electric current will get in to the body via the skin contact if it passes through their gloves or cloth. This will be very dangerous for the operators but if they are wearing our new concept safety shoes, they will not be electrocuted. This is because while standing, the safety shoes will transmit the incoming current grounding the person. The safety shoes have conductive innersole that can transmit electric current but is very comfortable for the feet and in the bottom of the heel of the safety shoes there is also a conductive material that transfer the electric current from the innersole to the ground which is the final destination of the electric current which generated by the electrocution. The conductive innersole and grounding plate found at bottom of the heel is connected by a conductive wire that transfer electric current but not hallow enough pass fluids and moisture which could compromise the primary purpose of the safety shoes. Note that in order for the safety shoes to function as intended the safety shoes need to be worn without any socks because the socks block the feet with the innersole. But if it is must for the operator to wear their socks, a new concept conductive sock that transmits electric current from the feet of the operator to the innersole of the safety shoes must be worn. You might also ask what will happen if the engineer who is wearing the electrical safety shoes steps on electric wire and the current enters via the grounding plate. Since the grounding plate is installed in both pair of the shoes any current that may enter via the grounding plate in one shoes (either the right or the left) will enter the body of the engineer and exit via the other shoes (either the right or the left) depending on the entry of the current which makes the shoes free of any risk.