Automatic, or dial, systems were developed in the 1920s to reduce labor costs as usage increased, and to ensure privacy to the customer.
As well as the people that were employed by the public networks, operators were required at private branch exchanges (PBX) to answer incoming calls and connect them to the correct extensions.
Operators employed in healthcare settings may have other duties, such as data entry, greeting patients and visitors, taking messages, triaging, or performing after-hours answering service.
[5] In the United States, any switchboard operator employed by any independently owned public telephone company with no more than seven hundred fifty stations were excluded from the Equal Pay Act of 1963.
[9][10][11] In the 1919 strike, after five days, Postmaster General Burleson agreed to negotiate an agreement between the union and the telephone company, resulting in an increase in pay for the operators and recognition of the right to bargain collectively.
[14] Manual central office switchboards continued in operation at rural points like Kerman, California,[15] and Wanaaring, New South Wales, as late as 1991, but these were central-battery systems with no hand-cranked magnetos.
Dorothy M. Johnson, who later became a famous writer, started as a part-time relief operator at age 14 in Whitefish, Montana, in the early 1920s.
The role demanded quick decision-making, meticulous attention to detail, a very good memory for names, and the ability to handle criticism.
[22] In actuality, operators were rule-followers, but according to April Middeljans, in American drama, film, and magazines, they were often portrayed as rule-breaking rebels who challenged societal norms.
Through disaster tales, detective stories, and romantic comedies, fiction writers suggest that operators were not just controlled by society, but rather played an active role in regulating it and shaping the lives of their clients and themselves.
These stories reflect a deep admiration for strong female leads and a preference for human ingenuity and decision-making over machine efficiency.