Senior Operations Leadership Trainee — Travel & Growth

Biolife Plasma Services; Greensboro (NC); On-site; USD 80,000 - 110,000; Full time

Job summary

BioLife Plasma Services invites applications for a Senior Operations Management Trainee. The program leads to a Plasma Center Operations Manager role and requires relocation after completion, with extensive travel to BioLife centers across the United States.

Trainees gain hands‑on experience and mentorship while building leadership and operations expertise. The role emphasizes developing new skills, driving performance, and preparing for accelerated career growth in a fast-paced plasma

Qualifications

• Relocation required upon graduation/completion of Trainee Program; you choose location.
• 3–5 years of experience leading medium to large teams (20+ direct reports).
• Up to 90–100% travel during the Trainee Program.
• Ability to walk and/or stand for the entire work shift.
• Willingness to travel and work at various BioLife locations across the country.
• Ability to work evenings, weekends, and holidays.
• Valid driver’s license for the entire duration of the program.

Responsibilities

• Oversee and develop leaders through an accelerated development program.
• Travel across BioLife centers to learn our operations and network with leaders.
• Support team onboarding, performance reviews and staff planning.
• Contribute to a high-volume plasma collection operation with a focus on safety and quality.

Skills

Leadership

Team management

Travel readiness

Education

Associates or Bachelor’s Degree

Job description

BioLife Plasma Services invites applications for a Senior Operations Management Trainee. The program leads to a Plasma Center Operations Manager role and requires relocation after completion, with extensive travel to BioLife centers across the United States.

Trainees gain hands‑on experience and mentorship while building leadership and operations expertise. The role emphasizes developing new skills, driving performance, and preparing for accelerated career growth in a fast-paced plasma