Floating Medical Assistant — Travel Between Clinics (Weekly)

Pulmonary Associates of Richmond; Richmond (VA); On-site; USD 25,000 - 28,000; Full time

Benefits offered by this job

401(k)

Employee assistance program

Flexible spending accounts

Employee referral program

Health insurance

Critical Illness

Life insurance

Paid time off

Vision insurance

Weekly pay

Job summary

Pulmonary Associates of Richmond (PAR) is hiring a full-time Medical Assistant Floater to travel between PAR locations in the Richmond area. This role offers weekly pay and growth within a team-oriented practice focused on pulmonary medicine, sleep disorders, and related research.

As a Medical Assistant Floater you will obtain vitals and patient history, assist with allergy testing, document billing, manage inventory, schedule patients, and assist with prescriptions while cross-training in

Qualifications

• At least 1 year of MA experience, preferably in medical practice.
• CNA or Certified MA training completion or equivalent education or experience preferred.

Responsibilities

• Obtain vitals, patient history, current medications, and reason for visit.
• Perform allergy skin testing on patients.
• Document billing for testing performed.
• Utilize inventory system to dispense, transfer, and adjust inventory.
• Schedule new clinic patients and explain policies.
• Send prescriptions as needed.
• Manage medication and ancillary inventory.
• Cross-train in biologic and allergy injections to provide coverage.

Skills

MA experience

CNA or certified MA training

Job description

Pulmonary Associates of Richmond (PAR) is hiring a full-time Medical Assistant Floater to travel between PAR locations in the Richmond area. This role offers weekly pay and growth within a team-oriented practice focused on pulmonary medicine, sleep disorders, and related research.

As a Medical Assistant Floater you will obtain vitals and patient history, assist with allergy testing, document billing, manage inventory, schedule patients, and assist with prescriptions while cross-training in