Sarah Watson
**** ********* **. ***. *** 919-***-****
Raleigh, NC 27613 ********@*****.***
PROFESSIONAL SUMMARY
Dedicated laboratory technician combining excellent academic credentials with two years of experience
in the scientific collection, testing, analysis and quality control of production samples. Adept in detecting,
diagnosing and contributing to the resolution of flaws and impediments in the production of biological
and chemical products.
EDUCATION
North Carolina State University, Raleigh NC August 2011
B.S. Biochemistry, Minor: Microbiology
SKILLS
• Strong knowledge of GMP requirements
• BSL 2 Experience
• Labware LIMS
• Attention to Detail
• Organization
• Strong Work Ethic
• Ability to Multitask
• Able to work well individually and as part of a team
WORK EXPERIENCE
BioMérieux, Quality Control Analyst, Microbiology – Durham, NC June 2012 – October 2013
• Responsible for performing routine tasks related to the BacT/ALERT product line. Tasks include
new media preparation and qualification, sterility testing, bioburden, environmental monitoring
and water sampling, gram stain and microbial identification, and growth performance testing for
in-process samples, finished product and stability lots.
• Responsible for training new employees on laboratory tests and procedures.
• Designed and implemented a cost-saving retention program for extra BacT/ALERT bottles for use
as training and control lots.
• Worked closely with the research and development department to assist in the investigation of
nonconformities and out of specifications.
Covidien, Quality Control Technician – Raleigh, NC November 2011 – April 2012
• Conducted particle size analysis for acetaminophen in-process samples using the Syntron, Rotap,
and Alpine instruments.
• Prepared acetaminophen precursor samples for testing on UV/Vis, IR, and HPLC.
• Ensured proper documentation of batch analysis sheets and other documents and records.
• Adhered to company procedures and FDA guidelines.
VOLUNTEER EXPERIENCE
Dr. Daniel Williams, NC Central University September 2013 – Present
• Conducting research on the pathogenesis and antibiotic resistance in Neisseria gonorrhoeae.
Current projects involve extracting plasmid DNA maintained in E. coli to transform gonococcal
cells and disable genes involved in the maintenance and restructuring of the peptidoglycan layer
of the cell wall.