Volkswagen Project Journey
OEM development projects connecting design intent, structural limits, engineering data and milestone delivery.
Volkswagen Project Journey
Long-term engineering support,for SAIC Volkswagen
Since 2018, CHTAE has supported SAIC Volkswagen EPB with staffing, feasibility, concepts, concurrent engineering, modelling and milestone reports—a long-term partnership.
Developed exterior concepts from design intent and engineering limits, including initial layouts, key interfaces, 3D structures and assembly checks.
GAC Project Journey
Experience-led development,across multiple GAC platforms
Since 2016, CHTAE has supported GAC Motor and GAC Aion across sedans, MPVs, SUVs and EVs, covering trim, body, closures and vehicle package.
GAC PROJECT TIMELINE
From volume platforms to EVs and all-terrain models 2016—2025
Land Rover China Collaboration
Premium collaboration,structural engineering for Land Rover China
Since 2022, CHTAE has supported Land Rover China on Discovery Sport L550 24MY and Range Rover Evoque L383 trim, body and closures. A 10+ engineer team with international experience works in English across feasibility, concepts, modelling, validation and milestone reporting.

Interior and exterior structural design for Discovery Sport, including trim installation and engineering optimisation through the full development process.
Trim structures / installation / optimisation
Trim, body and closure structures for Range Rover Evoque, with deep involvement in modelling, engineering validation and structural implementation.
Body and closures / modelling / validationProject Principles
Reusable engineering methods, shaped by real projects.
Brands, platforms and vehicles bring different constraints, but our delivery logic stays consistent: set direction, keep execution reliable, then push performance through validation and iteration. Each project turns experience into faster, sharper engineering decisions.
A steering wheel sets the course. We turn customer needs, regulations, design intent and package limits into clear structural targets, giving every concept choice a sound basis.
Accurate shifts depend on stable links. Disciplined workflows, fast response and data quality keep on-site and remote work connected and every result traceable.
Brakes must maintain performance under extreme conditions. We feed validation findings, risk closure and cross-platform experience into each iteration to extend performance limits in premium-brand and new-energy projects.








