Xiaobai Li

Director, Simulation Core Technology Center @ Eugenus, Inc.

About

- 10+ years of industrial experience on multiphysics modeling and simulation for product design and optimization - 7+ years of project management, 6+ years of team lead & people management experience - Core competences: Computational Fluid Dynamics, multidisciplinary coupling simulation combining heat transfer, electrochemistry, fluid and solid mechanics, multiscale integration, - Applications: Cooling Fans, Battery, Fuel Cells, 3D Printing, Brake Pad, Heat Exchanger, Heat Pump - Innovation, early technology detection and adoption, research collaboration with academic and industrial partners

Country

United States

City

San Francisco Bay Area

Industry

Information Technology & Services

Skill

CFD, Simulations, Heat Transfer, Modeling, Matlab, ANSYS, Solidworks, Mechanical Engineering, Thermodynamics, Fluid Mechanics, Abaqus, Fluid Dynamics, Engineering, LaTeX, Materials Science

Experience

Director, Simulation Core Technology Center

Eugenus, Inc.

2025-2 - Present · 1 yr 8 mos

Product Management Group Director

Cadence

2023-12 - 2025-1 · 1 yr 2 mos

Senior Expert, Senior Manager

Bosch

2018-7 - 2023-12 · 5 yrs 6 mos

Sunnyvale, California

Responsible for the Energy Systems Modeling and Controls team at Bosch Research and Technology Center North America, steering team strategy, acquiring new projects, coordinating internationally cross-functional partners within Bosch (Corporate Research & business divisions) and external academic & industrial partners Responsible for multiphysics modeling, high fidelity simulation and adjoint-based optimization tool development for complex multidisciplinary systems including cooling fans, fuel cells and batteries, innovation, technology early detection and adoption

Lead Engineer

Bosch

2015-10 - 2018-6 · 2 yrs 9 mos

Palo Alto, California

Project lead/Tech lead: Initiated and led multiple projects for product KPI improvement based on modeling and simulations, including Li-ion battery abuse analysis, brake pad manufacturing process optimization and melt pool dynamics analysis for selective laser melting technique.

Senior Research Engineer

Bosch

2014-1 - 2015-9 · 1 yr 9 mos

Palo Alto, California

Developed an ammonia-water absorption model and numerically evaluated different absorber concepts for design of next generation gas absorption heat pump system; Evaluated different component technologies for the development of Solid Oxide Fuel Cell (SOFC)-based combined heating and power (CHP) systems;

Research Engineer

Bosch

2011-7 - 2013-12 · 2 yrs 6 mos

Palo Alto, California

Numerically assessed the risk of condensation damage for different automotive battery pack designs using high fidelity humidity transport simulations

Post-Doc

Bosch

2010-8 - 2011-6 · 11 mos

Palo Alto, California

Developed an exhaust gas corrosion simulation framework for prediction of heat exchanger corrosion dynamics, and designed a self-cleaning control strategy for corrosion mitigation