Changwei Lin

Software Engineer @ FEV Europe GmbH

About

Responsible for BMS application software development, expert in advanced SOX algorithms including SOC, SOH, RUL, SOP, Balancing, battery modeling.Responsible for software architecture/system engineering/A-SPICE process developer in series production development for EU and Asian leading OEMs.Familiar with automotive standard, German OEM development lifecycles, frontier automotive regulation.

Country

Germany

City

Cologne

Industry

Automotive

Skill

Battery Management Systems, Matlab / Simulink, Automotive SPICE (ASPICE), Software Architecture, Battery Electrochemical Simulation, Machine Learning, Lithium-ion Batteries, Software Development, Automotive Engineering, Numerical Simulation, Solidworks, AutoCAD, ANSYS, State Estimation, Hypermesh, Control Algorithm

Experience

Software Engineer

FEV Europe GmbH

2020-8 - Present · 6 yrs 2 mos

Aachen

Advance algorithm development in BMS application software including: SOH, RUL, SOC, SOP, Balancing. A-SPICE process developer in series production development. Li-ion battery modeling and simulation utilizing MATLAB/SIMULINK for leading global OEMs.

Hilfswissenschaftler

FEV Europe GmbH

2020-1 - 2020-8 · 8 mos

Aachen

Lithium-ion Battery simulation: * Perform electrical and thermal simulations of Lithium-ion cell to support validation on thermal and aging performance; * Research and implementation of advanced battery state estimation algorithm in Matlab; * Fulfill engineering tasks defined within projects and customer requirements.

Development Intern

BMW China

2016-11 - 2017-3 · 5 mos

Beijing, China

Research on Automated Driving Project of BMW China: * Research on traffic situation in Beijing * Research on regulatory aspects of autonomous driving * Competitor benchmarking

Intern

Ningbo Geely Royal Engine Components Co. Ltd

2016-6 - 2016-7 · 2 mos

Ningbo, Zhejiang, China

Simulation of the NVH performance of a Geely Engine: * Construct the finite element analytical model of engine * Apply modal analysis to NVH simulation * Compare the modal analysis to experiment performance

Education

RWTH Aachen University

Automotive Engineering

2017 - 2020 · 3 yrs

Master thesis: SOC / SOH Estimation method for Lithium-ion Batteries in Vehicle Application * Modeling of Lithium-ion batteries based on a fractional-order electrochemical model; * Development of an online SOC / SOH co-estimation scheme; * Validation under several degradation levels and dynamic load conditions.