Tianshi Fang
Project Leader @Shell
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WORK HISTORY
Project Leader @Shell
Houston, TX, US
Design tribology tests and deliver result analyses to support development of multiple portfolios of lubricant products.• Conduct theoretical analyses, mathematical modeling, and computational simulations on various subjects related to lubrication. o Conduct simulations and analyses of engine piston friction to support lubricant formulation and piston design optimization. o Develop methodologies to process signals from oil condition sensors to facilitate new technology and business development. o Develop algorithms and computer programs that automate analyses of experimental results to boost operation efficiency.• Investigate immersion cooling technology and conduct heat transfer analyses to support new technology and business development.• Led development of machine learning tools to predict lubricant properties to substantially accelerate development and save cost.• Lead, deliver, and support multiple collaborative projects with internal stakeholders and key customers, e.g. Ferrari and Stellantis. • Lead collaborations with universities, research institutes, and external research consortia.• Coach junior colleagues on lubrication science, modeling, oil condition sensors, and technologies related to electric vehicles.
EDUCATION
The University of Hong Kong
Bachelor of Engineering (BEng), Mechanical Engineering
Massachusetts Institute of Technology
Doctor of Philosophy (Ph.D.), Mechanical Engineering
Massachusetts Institute of Technology
Master’s Degree, Mechanical Engineering
Zhejiang University
Foundation Year (arranged by the University of Hong Kong), Engineering
Yale University
English Language Institute, Summer Exchange, English
SKILLS
ABOUT TIANSHI FANG
Research Engineer at Shell Lubricant Science.• Extensive experience in quantitative modeling of lubricant transport in automotive engines through the application of fluid mechanics, applied mathematics, and numerical methods (especially Computational Fluid Dynamics (CFD))• Sound knowledge in all fields related to mechanical engineering, especially at an advanced level in Thermal-Fluids Engineering, Numerical Methods, and Mathematics• Proven abilities in communication and teamwork during the collaboration with colleagues and external collaborators.• Strong skills in organization, negotiation, and leadership through extra-curricular activities
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