Keda's Resume

Keda

Site Manager

Male

Live in United States

Nationality

Site Manager
Gotion Inc.
2025.07-Current
(10 months)
10 months Coordinate all on-site commissioning activities for Battery Energy Storage Systems (BESS), including electrical, mechanical, and software integration. Lead and manage a multidisciplinary team of technicians, engineers, and contractors to ensure efficient and safe execution of commissioning tasks. Serve as the primary interface between project stakeholders, including project managers, utility representatives, and end customers. Oversee and perform functional testing of all BESS components—including battery modules, Battery Management System (BMS), fire suppression systems, HVAC/cooling systems, and supporting infrastructure—to verify correct installation and operation. Diagnose and resolve technical issues encountered during the commissioning phase, ensuring minimal delays and optimal system performance.
Senior System Engineer for Energy Storage System
University of Victoria
2025.06-Current
(a year)
5 years 11 months
Mechanical Engineering PhD candidate
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2023.05-Current
(3 years)
(2 years 11 months) Developed a methanol-based hybrid hydrogen fuel cell system for the ocean cargo shipping industry, delivering a sustainable energy solution for future applications.
Chief Toddler Officer
jean, daniel and lily's family
2016.12-Current
(9 years)
(9 years 4 months)
Mechanical Engineering MASc
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2020.05-2023.04
(3 years)
• Built a model-based estimator to predict battery state of charge using Extended Kalman Filter method, based on the equivalent circuit model established through AC impedance tests and charge / discharge tests data. • Implemented control strategies for a pure electric light-duty truck project, optimizing performance, efficiency, and energy utilization, resulting in improved range and system reliability.
Research Engineer
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2020.05-2023.03
(3 years)
(2 years 11 months) • Optimally designed and validated an ejector-based hydrogen supply and recirculation system for PEMFCs, incorporating a novel ejector with optimized geometries to significantly enhance entrainment capability. • Completed over 20 ejector design projects to replace conventional recirculation pumps in PEMFC systems (drones, forklifts, buses, passengercars, and mining trucks) with power outputs from 6.5 to 200 kW, using ANSYS Fluent. • Created a new hydrogen ejector development method using data-driven machine learning algorithms to replace the traditional computational fluid dynamics method, reducing the development time and cost. • Designed, modeled, and validated the propulsion system for a hybrid hydrogen PEMFC electric light-duty truck using MATLAB/Simulink, dSPACE Simulator, and MicroAutoBoxII (ControlDesk and MotionDesk).
Function Application Engineer
United Automotive Electronic System Co., Ltd. (UAES)
2015.07-2016.06
(a year)
5 years 3 months • Calibrated the misfire detection system through bench and rough road tests to ensure accurate fault detection under varying road conditions. • Managed fault handling for misfire detection and malfunction indicator lamp control and recovery processes to prevent catalytic converter damage and excessive emissions, ensuring compliance with EOBD regulations. • Calibrated EOBD general diagnostics, including fault path management and sensor/actuator-level diagnostics on the engine, ensuring accurate fault detection and recognition.
Project Application Engineer
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2011.04-2015.07
(4 years)
(4 years 4 months) • Managed 4 full-vehicle projects (3 traditional vehicles and 1 hybrid vehicle) for Guangzhou Automobile Group. Defined project plans, supervised progress, and coordinated internal and external resources to ensure timely project completion. • Collaborated closely with customers to configure functions of the engine and vehicle and deliver solutions for after-sales issues. • Calibrated engine and vehicle control parameters, including start, idle, exhaust temperature protection, emissions, mixture, and drivability, to ensure optimal operation and compliance with standards. • Validated software and hardware for key vehicle functions, including Start/ Stop, Adaptive Cruise Control, Dual Variable Valve Timing, Turbo, and Brake Booster, ensuring reliable performance and system integration. • Conducted 4 years of summer, altitude, and winter tests to ensure proper engine and vehicle operation under extreme weather conditions.