Automotive electrical systems and charging hardware design
捷翼 (Jieyì) engineers automotive-grade electrical interconnects and charging infrastructure, with a tech stack spanning CAD suites (CATIA, UG NX, CREO, Solidworks), embedded systems (ARM Cortex-M4, NXP S32, AUTOSAR), and manufacturing simulation (MATLAB, STAR-CCM+, Fluent). The organization is engineering-dominant (73 of 137 active roles) with mid-level seniority concentration, reflecting ongoing product iteration across wire harness, high-voltage charging, and new energy platforms. Active pain points cluster around quality cost control, defect reduction, and ISO 26262 compliance — typical of regulated automotive supply-chain operations.
捷翼 manufactures electrical harness assemblies and charging hardware for automotive OEMs and Tier-1 suppliers, headquartered in Chengdu, Sichuan. Core product development spans conventional wire harness systems, new energy vehicle charging connectors, and integrated interfaces for electrified powertrains. The engineering organization uses CAD-led design workflows (CATIA, NXP embedded toolchains) and manufacturing execution systems (MES, ERP, PLM) to manage product quotation, testing protocols, and supply-chain compliance. Current focus areas include lab infrastructure buildout, production yield optimization, and lead-time reduction across new product lines.
CATIA, UG NX, CREO, Solidworks, and AutoCAD for design workflows, paired with MATLAB and STAR-CCM+/Fluent for simulation and analysis.
Wire harness and high-voltage charging hardware development, new energy charging gun design, lab management systems, product testing protocols, and system iteration cycles.
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