18 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually start by checking the hematology laboratory workflow management dashboard and the Laboratory Information System (LIS) for queued tests and urgent orders from the Electronic Medical Record (EMR).
Then you prepare specimens (label, centrifuge, aliquot), run tests on instruments like a commercial plate reader or hematology analyzers, review and validate results in the LIS, and document procedures and final reports in Word, Excel or FileMaker Pro before releasing results to the EMR.
Use automation (e.g., analyzer flags, LIS rules, or AI decision-support) only as a second check, not a final decision. If an analyzer or AI flags an abnormality, you still inspect the specimen, repeat the test if needed, and review microscopy before signing out.
Document any automated steps and overrides in the LIS or your quality logs, and follow your lab's validation protocols so the automation’s limits and error rates are known.
No. A phlebotomist mainly draws blood and labels specimens. A medical laboratory technologist performs and interprets laboratory tests: prepares samples, operates analyzers and plate readers, examines slides under a microscope, and documents results in the LIS/EMR.
You will also handle quality standards, troubleshoot instruments, assemble or clean components during device maintenance, and report defective materials if you work with medical device components.
You must follow standard laboratory procedures for obtaining, cutting, staining and mounting slides, and for specimen handling to avoid contamination. Clean components during assembly or maintenance, remove defective products, and report defective manufacturing materials to your supervisor.
Keep quality records in Excel or FileMaker Pro, run controls and document results in the LIS, and follow written protocols so results sent to the EMR meet the lab’s quality standards.
Hands-on skills with instruments (hematology analyzers, commercial plate readers), solid LIS and EMR use, and competence preparing and staining slides matter most. Being accurate with specimen labeling and documentation in Word/Excel/FileMaker Pro is crucial.
Also valuable are the ability to read assembly drawings and fasten or clean components during device assembly or maintenance, and clear communication with clinicians when collaborating on unusual or critical results.