Emergency Communications Dispatcher

Public Safety Dispatch Network; Elk Falls (KS); On-site; USD 40,000 - 64,000; Full time

Benefits offered by this job

Medical coverage

Dental coverage

Vision coverage

Retirement plans

Paid leave

Employee assistance resources

Continuing education

Premium pay

Job summary

Public Safety Dispatch Network in Elk Falls, KS, is seeking Police Dispatchers to handle emergency and nonemergency requests, document incidents, and coordinate with officers to prioritize responses.

The role requires accurate typing, clear radio communication, and the ability to learn jurisdictional geography. Shifts may include nights, weekends, and holidays; background checks and training are typical.

Qualifications

• Typing accurately and understanding spoken information.
• Clear radio communication with dispatch team.
• Ability to learn jurisdictional geography and use records systems.

Responsibilities

• Receive emergency and nonemergency requests for police assistance.
• Document incident locations, descriptions, vehicle details, and hazards.
• Assign calls to officers based on priority and procedures.
• Monitor officer status, radio traffic, and requests for assistance.
• Relay updates about changing incidents and potential safety concerns.
• Conduct authorized records inquiries after required training.
• Coordinate with neighboring agencies and other emergency services.
• Maintain clear incident records and safeguard restricted information.

Skills

Typing accurately

Radio communication

Multitasking

Geography knowledge

Education

High school diploma or equivalent

Tools

CJIS access

Job description

Public Safety Dispatch Network in Elk Falls, KS, is seeking Police Dispatchers to handle emergency and nonemergency requests, document incidents, and coordinate with officers to prioritize responses.

The role requires accurate typing, clear radio communication, and the ability to learn jurisdictional geography. Shifts may include nights, weekends, and holidays; background checks and training are typical.