Flexible Security Officer - Full-Time, Customer-Facing

Securitas Security Services USA; Kansas City (MO); On-site; USD 21,000 - 29,000; Full time

Benefits offered by this job

Medical, Dental, Vision & 401K Options

Life, AD&D, & Disability Insurance

Virtual Medical Appointments with Tele

Paid Time Off

Free Uniforms

Paid Training

Paid Weekly

Employee Assistance Program

DailyPay Access Program

Job summary

Securitas Security Services USA seeks a Flex Security Officer for a full-time role in Kansas City, MO. The position pays $15.00-$21.00 per hour and focuses on access control, patrolling, and maintaining a safe environment for our clients and guests.

Responsibilities include enforcing post orders, reporting hazards, and delivering customer service. Qualifications include a high school diploma or GED, strong computer skills, and the ability to work independently and calmly under pressure.

Qualifications

• High School Diploma or GED required.
• Excellent customer service and team leadership skills required.
• Must be able to work independently and remain calm in stressful situations.

Responsibilities

• Monitor premises and enforce post orders.
• Control access and conduct patrols across sites.
• Report safety issues and suspicious activity.
• Provide information and assistance to employees and guests.
• Utilize technology devices during shift.

Skills

Customer service

Team leadership

Attention to detail

Independent worker

Calm under pressure

Education

High School Diploma or GED

Tools

General computer skills

Job description

Securitas Security Services USA seeks a Flex Security Officer for a full-time role in Kansas City, MO. The position pays $15.00-$21.00 per hour and focuses on access control, patrolling, and maintaining a safe environment for our clients and guests.

Responsibilities include enforcing post orders, reporting hazards, and delivering customer service. Qualifications include a high school diploma or GED, strong computer skills, and the ability to work independently and calmly under pressure.