Public Safety Dispatcher - Emergency Communications Pro

Public Safety Dispatch Network; Taylor (AZ); On-site; USD 42,000 - 64,000; Full time

Benefits offered by this job

Medical coverage

Dental coverage

Vision coverage

Retirement benefits

Paid leave

Continuing education

Job summary

Public Safety Dispatch Network in Taylor, AZ is seeking Police/Fire/EMS dispatchers to coordinate emergency responses across agencies. The role involves processing calls, verifying incident details, and routing units in line with approved response plans.

Applicants typically hold a high school diploma or GED; cross-training opportunities may exist. This position requires clear communication, calm decision-making, and the ability to multitask across radio and computer systems.

Qualifications

• A high school diploma or recognized equivalent is commonly required.
• Some agencies provide cross-training; others require experience in one or more dispatch disciplines before appointment.

Responsibilities

• Process requests involving police, fire, rescue, and medical assistance
• Verify locations, incident details, and immediate hazards
• Apply discipline-specific procedures to prioritize and route calls
• Dispatch appropriate units according to approved response plans
• Coordinate incidents requiring more than one emergency service
• Monitor radio traffic, unit availability, and requests for assistance
• Provide approved caller instructions when trained and authorized
• Maintain incident records and support interagency communications

Education

High School Diploma or GED

Job description

Public Safety Dispatch Network in Taylor, AZ is seeking Police/Fire/EMS dispatchers to coordinate emergency responses across agencies. The role involves processing calls, verifying incident details, and routing units in line with approved response plans.

Applicants typically hold a high school diploma or GED; cross-training opportunities may exist. This position requires clear communication, calm decision-making, and the ability to multitask across radio and computer systems.