Experiences and Skills:BMS hardware design, including defining circuit architecture, component selection, schematic capture and board layout, ability to design for high reliability in harsh operating environmentsExperience with requirements and best practices for high-voltage designsStrong mixed-signal circuit design skills, including complex microcontroller systems, power delivery, and discrete analog and digital circuitsHands-on experience in prototyping, bring-up, debug and validation of BMSKnowledge of battery behavior, battery safety and battery controlElectrical analysis using circuit design and simulation tools (LTspice)Hands-on work in a laboratory environment and handling of laboratory equipmentDesign consideration for EMI/EMC, thermal and Mechanical performance enhancementBMS hardware and battery pack analysis of Electric Vehicles, eg Renault Twizy Experience with Analog Device and TI battery fuel gauge and multicell battery stack monitor ICs(LTC6803, BQ76PL455, BQ76940)Battery pack sizing, assembly and testHIL and vehicle testing activities on battery management systemsHands on experience with CAN bus/protocol and diagnosticsDevelop model-based algorithms for electric vehicle battery state estimation (SoC, SoH, SoE, SoP) with MATLAB SimulinkDevelop control strategies for charging/discharging and balancing with MatlabDevelop, tune, and validate battery models with Matlab Design algorithms for functional safety and fail-safe requirementsCell characterization test and on-line battery parameter estimationBattery pack tests and on-line data processing for software developmentEmbedded programming (ARM, DSP, AVR, PIC)Implementation of communication protocols (SPI-RS485-RS232-CAN Bus-I2C-SMBus-USB-Ethernet) Programming languages: C, C#, PhytonElectronic engineering software: Altium Designer, Proteus, LTspice, Matlab, IAR (ARM, AVR), KeilVersion control: GitOther Software: Word, Excel, PowerPoint