Stuart John Yates, BS in Chemistry
*** * **** **, *******, CO 80305
847-***-**** ***.*****@*****.***
Summary
Versatile chemist with 3 years experience in Quality Control and R&D. I believe my
background in API manufacturing, both in Quality and Process Development, as
well as my background in Nucleotide Synthesis, would make me an outstanding
candidate for a position supporting manufacturing in a fast-paced oligonucleotide
API facility.
Core Competencies
• Experienced in Manufacturing Process Development in Biopharmaceuticals
• Extensive experience working with Nucleotide Chemistry, having developed
assays and impurity tests using techniques such as EL ISA, staining/blotting,
and SEC
• H ighly skilled in HPLC, GC, ICP, MS, UV/VIS, FT-IR in GMP environment
• Strong wri t ten and verbal skills; highly skilled in Excel, Word, Powerpoint
Work Experience
Analytical Chemist October 2012 – present
Hospira, Inc.
Boulder, CO
As a member of the Quality Control team, my chief responsibili ty is
ensuring testing of in-process samples is completed in a timely manner
to support 24/7 API manufacturing. My background and interest in
manufacturing process development also helped me greatly to
u nderstand the challenges of API manufacturing to achieve site goals.
• QC Analyst
Consistently set department-leading tu rnaround t imes for sample
analysis
Demonstrated strong ability to set up, run, and t roubleshoot HPLC
methods, and resourcefulness when identifying and fixing method
issues
Created and implemented systems to improve communication between
manufacturing and QC and within QC, while also providing a platform
to t rack and t rend sample tu rnaround times and map QC workflows
Graduate Research Assistant M ay 2011 – June 2012
Center for Innovation in Engineering & Science Education (CIESE)
Stevens Institu te of Technology, Hoboken, NJ
As a graduate researcher, I co-designed and ran a graduate-level
p rofessional development course on energy production & consumption for
44 elementary and middle school teachers across New Jersey over the
Summer of 2011. I then evaluated and analyzed all assessments and
other course materials for research purposes, and collaborated on
conference papers to present findings.
R&D Chemist August 2009 – January 2011
Hemispherx Biopharma, Inc.
New Brunswick, NJ
As an R&D chemist, I designed 2 release assays to meet FDA
requirements in a cost-effective way, drawing upon current li terature
and working entirely self-directed. As R&D support for manufacturing, I
worked with a team to design and optimize of a novel, scaleable
b ioreactor process for manufacture of human leukocyte-derived IFN- α
d rug product. Each week, I planned, facilitated, coordinated, and
carried out experiments, then gathered, analyzed, and presented data
and compiled the development report for the project.
• R&D – Assay Method Development
Developed assays for quantification of abasic sites in dsRNA drug
A mpligen using an EL ISA-like assay, and qualification of RNase
d igestion of Ampligen using agarose gel electrophoresis and acridine
orange f luorescent staining
Wrote full pre-validation reports for both assays
Developed bioassay for binding of Ampligen to TLR-3 receptor using
SEC
• R&D – Manufacturing Process Development
Worked with a team comprised of QC, QA, R&D and manufacturing to
develop a novel, scalable bioreactor process for manufacture of human
leukocyte-derived in terferon drug Alferon
Responsible for planning, execution, analysis, presentation, and
w ri ting of development report for benchtop-scale bioreactor
experiments, as well as researching and ordering of new hardware
• Quali ty Control
Assisted QC with method validation and analysis of stability samples
Troubleshooting of instrumentation and analytical methods
Education
BSc in Chemistry September 2004 – December 2008
University of Bath, United Kingdom
MS in Chemistry January 2011 – present
Stevens Institute of Technology, Hoboken, NJ
Publications
Bonne, M. J., Reynolds, C., Yates, S., Shul, G., Niedziolka, J., Opallo, M. and Marken,
F., 2006. The electrochemical ion-t ransfer reactivity of porphyrinato metal complexes in
4-(3-phenylpropyl)pyridine vertical bar water systems. New Journal of Chemistry, 30 (3),
pp. 327-334.