Van Driver/Phlebotomist (Per Diem)- Honickman

Job Details

-In this position you will use your phlebotomy skills to collect blood samples in community settings for cancer screening tests or other medical procedures. You'll also serve as a CDL-licensed driver for the Dietz and Watson Sidney Kimmel Cancer Center Mobile Cancer Screening Unit.

Job Description

-Customer service experience and practical verbal communication skills
Ability to work a variable schedule, including early mornings and weekends

-Valid Commercial Driver's License (CDL) required.  Phlebotomy technician certification in Pennsylvania and New Jersey required.

Work Shift

Rotating (United States of America)

Worker Sub Type

Temporary

Employee Entity

Thomas Jefferson University

Primary Location Address

100 S 9th Street, Philadelphia, Pennsylvania, United States of America

Nationally ranked, Jefferson, which is principally located in the greater Philadelphia region, Lehigh Valley and Northeastern Pennsylvania and southern New Jersey, is reimagining health care and higher education to create unparalleled value. Jefferson is more than 65,000 people strong, dedicated to providing the highest-quality, compassionate clinical care for patients; making our communities healthier and stronger; preparing tomorrow's professional leaders for 21st-century careers; and creating new knowledge through basic/programmatic, clinical and applied research. Thomas Jefferson University, home of Sidney Kimmel Medical College, Jefferson College of Nursing, and the Kanbar College of Design, Engineering and Commerce, dates back to 1824 and today comprises 10 colleges and three schools offering 200+ undergraduate and graduate programs to more than 8,300 students. Jefferson Health, nationally ranked as one of the top 15 not-for-profit health care systems in the country and the largest provider in the Philadelphia and Lehigh Valley areas, serves patients through millions of encounters each year at 32 hospitals campuses and more than 700 outpatient and urgent care locations throughout the region.