CAE Cost & Weight Optimization Lead Engineer

Position Context The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets. The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production. Position Responsibilities Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development. Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets. Perform and guide: Topology Optimization Topography OptimizationSize Optimization Structural Efficiency Analysis Material Substitution Studies Design Space Exploration Multi-disciplinary Optimization Identify weight and cost reduction opportunities across: BIW Structures Chassis Systems Interior Systems Exterior Components Battery Enclosures Powertrain Structures Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost. Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions. Support vehicle benchmarking and competitive analysis for mass and cost efficiency. Develop and maintain CAE methodologies, optimization workflows, Review supplier proposals and engineering solutions to ensure compliance with vehicle targets. Mentor junior engineers and promote CAE best practices across optimization activities. Support technical reviews and present optimization recommendations to management and program teams. RequirementsEducation / Professional Knowledge Bachelor's or Master's Degree in Mechanical Engineering, Automotive Engineering, Aerospace Engineering, or related field. Minimum 15+ years of experience in automotive CAE, with strong focus on structural optimization, lightweight engineering, and cost-efficient design. Skills & Experience Strong knowledge of vehicle structures, materials, manufacturing processes, and cost drivers. Experience with automotive CAE tools such as: HyperMesh OptiStruct Abaqus ANSYS Nastran LS-DYNA Expertise in: Topology Optimization Lightweight Design Cost Reduction Engineering Structural Performance Assessment Multi-disciplinary Design Optimization (MDO) Material and Gauge Optimization Experience balancing weight, cost, durability, safety, stiffness, and NVH requirements. Good understanding of automotive manufacturing technologies including stamping, casting, extrusion, injection molding, and joining processes. Experience with vehicle benchmarking and value engineering activities. Strong analytical, problem-solving, and root cause analysis skills. Experience working with global engineering teams and suppliers. Effective leadership, communication, and presentation skills. Ability to manage multiple vehicle programs under aggressive timelines. Fluent English communication skills, both written and verbal. Preferred Qualifications Experience in EV platform development and battery system lightweighting. Knowledge of Design-to-Cost (DtC) and Design-to-Weight (DtW) methodologies. OEM or Tier-1 experience in vehicle optimization and cost engineering. With respect to all your personal data shared to VinFast in the application and the entire recruitment process of VinFast, by clicking “Apply”, submitting your resumé/CV and/or participating in VinFast's recruitment process, you agree that you have read VinFast's Personal Data Protection Policy ("Policy") posted at https://vinfastauto.com/vn_vi/dieu-khoan-phap-ly or https://vinfast.vn/privacy-policy/, you agree to the Policy and consent for VinFast to process your personal data in accordance with the Policy and the applicable regulations on personal data protection. To all recruitment agencies: VinFast does not accept agency resumes. Please do not forward resumes to our careers alias or other VinFast employees. VinFast is not responsible for any fees related to unsolicited resumes.Position Context The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets. The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production. Position Responsibilities Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development. Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets. Perform and guide: Topology Optimization Topography OptimizationSize Optimization Structural Efficiency Analysis Material Substitution Studies Design Space Exploration Multi-disciplinary Optimization Identify weight and cost reduction opportunities across: BIW Structures Chassis Systems Interior Systems Exterior Components Battery Enclosures Powertrain Structures Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost. Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions. Support vehicle benchmarking and competitive analysis for mass and cost efficiency. Develop and maintain CAE methodologies, optimization workflows, Review supplier proposals and engineering solutions to ensure compliance with vehicle targets. Mentor junior engineers and promote CAE best practices across optimization activities. Support technical reviews and present optimization recommendations to management and program teams.Position Context The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets. The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production. Position Responsibilities Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development. Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets. Perform and guide: Topology Optimization Topography OptimizationSize Optimization Structural Efficiency Analysis Material Substitution Studies Design Space Exploration Multi-disciplinary Optimization Identify weight and cost reduction opportunities across: BIW Structures Chassis Systems Interior Systems Exterior Components Battery Enclosures Powertrain Structures Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost. Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions. Support vehicle benchmarking and competitive analysis for mass and cost efficiency. Develop and maintain CAE methodologies, optimization workflows, Review supplier proposals and engineering solutions to ensure compliance with vehicle targets. Mentor junior engineers and promote CAE best practices across optimization activities. Support technical reviews and present optimization recommendations to management and program teams.Position Context

Position Context

Position ContextPosition ContextThe CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets.

• The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets.

The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets.The CAE Cost & Weight Optimization Lead Engineer is responsible for leading virtual engineering activities focused on vehicle mass reduction and cost optimization while maintaining performance, quality, durability, safety, and NVH targets.The CAE Cost & Weight Optimization Lead Engineeris responsible forleading virtual engineering activities focused on vehicle mass reduction and cost optimization whilemaintainingperformance, quality, durability, safety, and NVH targets.The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production.

• The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production.

The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production.The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production.The role serves as the technical focal point for simulation-driven design optimization, supporting vehicle programs from concept development through production.Position Responsibilities

Position Responsibilities

Position ResponsibilitiesPosition ResponsibilitiesLead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development.

• Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development.

Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development.Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development.Lead CAE-driven weight and cost optimization activities for complete vehicle and subsystem development.Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets.

• Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets.

Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets.Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets.Define and execute optimization plans aligned with program mass, cost, performance, and sustainability targets.Perform and guide: Topology Optimization Topography OptimizationSize Optimization Structural Efficiency Analysis Material Substitution Studies Design Space Exploration Multi-disciplinary Optimization Identify weight and cost reduction opportunities across: BIW Structures Chassis Systems Interior Systems Exterior Components Battery Enclosures Powertrain Structures Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost.

• Perform and guide:

Perform and guide:Perform and guide:Perform and guide:

• Topology Optimization

Topology OptimizationTopology OptimizationTopology Optimization

• Topography Optimization

Topography OptimizationTopography Optimization

• Size Optimization

Size OptimizationSize Optimization

• Structural Efficiency Analysis

Structural Efficiency AnalysisStructural Efficiency Analysis

• Material Substitution Studies

Material Substitution StudiesMaterial Substitution Studies

• Design Space Exploration

Design Space ExplorationDesign Space Exploration

• Multi-disciplinary Optimization

Multi-disciplinary OptimizationMulti-disciplinary Optimization

• Identify weight and cost reduction opportunities across:

Identify weight and cost reduction opportunities across:Identify weight and cost reduction opportunities across:Identifyweight and cost reduction opportunities across:

• BIW Structures

BIW StructuresBIW StructuresBIW Structures

• Chassis Systems

Chassis SystemsChassis Systems

• Interior Systems

Interior SystemsInterior Systems

• Exterior Components

Exterior ComponentsExterior Components

• Battery Enclosures

Battery EnclosuresBattery Enclosures

• Powertrain Structures

Powertrain StructuresPowertrain Structures

• Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost.

Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost.Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost.Evaluate design concepts considering structural performance, manufacturability, investment, and piece cost.Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions.

• Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions.

Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions.Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions.Collaborate with Design, Manufacturing, Purchasing, Cost Engineering, and Attribute teams to implement optimized solutions.Support vehicle benchmarking and competitive analysis for mass and cost efficiency.

• Support vehicle benchmarking and competitive analysis for mass and cost efficiency.

Support vehicle benchmarking and competitive analysis for mass and cost efficiency.Support vehicle benchmarking and competitive analysis for mass and cost efficiency.Support vehicle benchmarking and competitive analysis for mass and cost efficiency.Develop and maintain CAE methodologies, optimization workflows,

• Develop and maintain CAE methodologies, optimization workflows,

Develop and maintain CAE methodologies, optimization workflows,Develop and maintain CAE methodologies, optimization workflows,Develop andmaintainCAE methodologies, optimization workflows,Review supplier proposals and engineering solutions to ensure compliance with vehicle targets.

• Review supplier proposals and engineering solutions to ensure compliance with vehicle targets.

Review supplier proposals and engineering solutions to ensure compliance with vehicle targets.Review supplier proposals and engineering solutions to ensure compliance with vehicle targets.Review supplier proposals and engineering solutions to ensure compliance with vehicle targets.Mentor junior engineers and promote CAE best practices across optimization activities.

• Mentor junior engineers and promote CAE best practices across optimization activities.

Mentor junior engineers and promote CAE best practices across optimization activities.Mentor junior engineers and promote CAE best practices across optimization activities.Mentor junior engineers and promote CAE best practices across optimization activities.Support technical reviews and present optimization recommendations to management and program teams.

• Support technical reviews and present optimization recommendations to management and program teams.

Support technical reviews and present optimization recommendations to management and program teams.Support technical reviews and present optimization recommendations to management and program teams.Support technical reviews and present optimization recommendations to management andprogramteams.