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Helena Qi
Principal Scientist at Pfizer
Helena Qi is a Principal Scientist at Pfizer, based in Boston, Massachusetts.3 She has an impressive background in computational science and chemistry, with a focus on studying unusual structural features in proteins using advanced computational methods.5
Education and Achievements
Helena Qi has received several notable honors and awards throughout her academic career, including:
- Department of Energy Computational Science Graduate Fellowship
- The Hypercube Prize in Chemistry
- The Phyllis J. Fleming Prize for Distinction1
These accolades highlight her exceptional skills and contributions in the field of computational chemistry.
Career Progression at Pfizer
Helena's career at Pfizer has shown steady advancement:
Research Interests
Her primary research interest involves:
- Studying unusual structural features in proteins
- Utilizing GPU-accelerated quantum chemistry codes
- Applying molecular mechanics techniques5
This focus aligns well with Pfizer's commitment to innovative research and development in the pharmaceutical industry.
Skills and Expertise
As a Principal Scientist at Pfizer, Helena Qi likely contributes significantly to the company's research efforts. Her background suggests expertise in:
- Computational chemistry
- Quantum chemistry
- Molecular modeling
- Protein structure analysis
Her role probably involves leading research projects, mentoring junior scientists, and collaborating with multidisciplinary teams to advance Pfizer's drug discovery and development initiatives.
Highlights
#sc23, my first time at Supercomputing, has come to a close!
Most immediately useful tool: Spack's sbang, which lets you run scripts with long shebangs Paper I learned the most from: FPGA aided MD -- I finally understand what a FPGA does... a little. Panel I learned the most from: RSEs in HPC centers BoF* I learned the most from: Slurm. A very practical BoF haha! Best swag: Sticker of JAMSTEC's ES4 rack front panel. So beautiful -- other HPC centers with nice rack panels should do this!
And of course, I met lots of people; it's true when they say that the real value of Supercomputing is in the conversations outside of the formal program.
*why is it a BoF and not a BoaF?
It was great being back at Wellesley for a comp chem panel, composed of fellow Mala Radhakrishnan lab alumnae Aiman Sherani and Priyanka Nakka! Thanks Michael Mavros for hosting it!
