Common Safety Procedures

When you walk across a carpet and touch a metal doorknob, the resulting shock represents thousands of volts of electricity equalizing in a fraction of a second. To a human being, this is a minor physiological annoyance. To the microscopic silicon pathways of a modern computer processor, it is a catastrophic lightning strike. As an IT professional, you are the steward of highly engineered, fragile systems and frequently work in potentially lethal electrical environments. Mastering safety procedures is not an administrative formality; it is the strict application of physics to neutralize invisible electrical threats, prevent sudden hardware failure, and ensure your physical survival in a workspace filled with hazardous currents, toxic particulates, and heavy machinery.

A modern high-end computer CPU. The microscopic silicon pathways inside these processors operate on minute electrical tolerances and are extremely susceptible to catastrophic damage from minor electrostatic discharges.
A modern high-end computer CPU. The microscopic silicon pathways inside these processors operate on minute electrical tolerances and are extremely susceptible to catastrophic damage from minor electrostatic discharges.