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Vehicle Development Consulting Services
PAC's Vehicle Development Consulting Team provides leadership and support to clients for design engineering, design refinement expertise, and vehicle system optimization for new / major / minor model change programs.
During the development process, various engineering tools are used, such as CAE, DMU, SE, DCD, DR, FMEA, GD&T, Guest Engineering, etc.
PAC's development team has strong capability to develop vehicles based on practical experience from within vehicle manufacturers. PAC's vehicle engineering team has implemented proven vehicle development processes in car manufacturers in areas such as:
Program Management
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Define product program
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Input market requirements to engineering design
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Initiate benchmarking process
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Define quality targets
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Coordinate program progress across departments
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Coordinate or lead Simultaneous Engineering activities
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Timing control
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Engineering Development to meet Customer requirements
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Risk management
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Material Cost / Weight Control
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Optimize vehicle development cost to meet company targets
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RASIC chart development
Packaging
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Package Concept Development
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Package Layout
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Hard Point Setting
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Seating Arrangement
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Competitor Dimensional Comparison
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Market Trend Study
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Benchmarking
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Legal Requirements
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Styling Requirement Support
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Engineering Feasibility – SE
Body Structure / Closure Design
Our body structure team has strong competency in BIW design, modeling and engineering with focus on quality, time and cost requirements. The vehicle body structures must comply with various requirements for stiffness, strength, crash performance, durability, efficiency to manufacture and assemble.
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Benchmarking
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Engineering Feasibility
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Target setting
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Typical Section Development
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Joint Concept and Stiffness
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3D modeling and validation
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Chassis Engineering Design
The chassis design process is engineered for concept definition, performance target setting, package layout, design calculations, optimization of function, modeling, CAE static/dynamic analysis, proto-building, design verification and optimization for the system.
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Brake system
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Suspension syste
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