Lab Technologist - RT-qPCR & High-Complexity Testing

University Hospitals Urgent Care by WellStreet; Willoughby (OH); Hybrid; USD 30,000 - 41,000; Part time

Benefits offered by this job

401K with company match

Job summary

University Hospitals Urgent Care in Willoughby, OH seeks a detail-oriented Laboratory Technologist (MLT) to perform high-complexity testing and ensure lab accuracy. The role involves handling specimens, QC, and instrument trouble-shooting in a fast-paced clinical setting.

The position offers a two-shift, 10–hour or two 12-hour schedule with no overnight shifts, plus a 401K match. Prior RT-qPCR experience is preferred, and candidates must meet CLIA, CMS, and COLA requirements for high-complexity

Qualifications

• Meets CLIA, CMS, and COLA requirements for high-complexity testing.
• Bachelor’s in Chemistry, Biology, Biochemistry, Microbiology, Clinical Laboratory Science, or Medical Technology; OR Associate degree in Laboratory Science or MLT; OR 60 semester hours including 24 science/MLT coursework.

Responsibilities

• Perform a broad range of lab testing without direct supervision, including RT-qPCR and high-complexity testing.
• Receive, accession, and process specimens; address collection/processing issues.
• Execute and document quality control procedures and corrective actions.

Skills

Attention to detail

Communication

Team player

Shift flexibility

Physical stamina

Education

Bachelor’s in Chemistry/Biology/MLT

Associate degree in Laboratory Science/MLT

60 semester hours with 24 science hours

Job description

University Hospitals Urgent Care in Willoughby, OH seeks a detail-oriented Laboratory Technologist (MLT) to perform high-complexity testing and ensure lab accuracy. The role involves handling specimens, QC, and instrument trouble-shooting in a fast-paced clinical setting.

The position offers a two-shift, 10–hour or two 12-hour schedule with no overnight shifts, plus a 401K match. Prior RT-qPCR experience is preferred, and candidates must meet CLIA, CMS, and COLA requirements for high-complexity