Flight Paramedic - ICU in the Sky

Air Methods Clinical; Omaha (NE); On-site; USD 35,183 - 43,008; Full time

Benefits offered by this job

Health/Dental/Vision

401(k) Retirement Plan

Tuition Reimbursement

Life Insurance

AD&D Insurance

Disability Insurance

Relocation Assistance

Employee Assistance Program

Job summary

Air Methods CBS is seeking a Paramedic to deliver pre-hospital advanced life support in a busy 911 environment from on-site Omaha bases. You’ll work as part of a medical flight crew, managing patient care and documentation while maintaining safety standards.

Responsibilities include pre-hospital care, equipment maintenance, and participation in mission briefings and debriefings. A valid EMT-P license and required certifications are essential, with ongoing education supported by Air Methods CBS.

Qualifications

• Minimum three years’ related experience in a busy 911 system.
• Parademic scope of practice per state regulations and Medical Director guidance.
• Ability to maintain documentation and certifications as required.

Responsibilities

• Provide pre-hospital advanced life support from initial contact to handoff at receiving facility.
• Maintain equipment, supplies, and aviation safety standards for Air Methods CBS.
• Attend pre-mission briefings and post-mission debriefings; assist pilots and follow liftoff checklists.

Skills

911 Experience

Critical Thinking

Communication

Flexible Schedule

Education

High School Diploma or GED

Bachelor’s degree in health-related field preferred

Tools

Microsoft Office

Job description

Air Methods CBS is seeking a Paramedic to deliver pre-hospital advanced life support in a busy 911 environment from on-site Omaha bases. You’ll work as part of a medical flight crew, managing patient care and documentation while maintaining safety standards.

Responsibilities include pre-hospital care, equipment maintenance, and participation in mission briefings and debriefings. A valid EMT-P license and required certifications are essential, with ongoing education supported by Air Methods CBS.