Head of Design Engineering
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Hungry for challenges? Join a group with innovation at its heart and contribute to the automotive revolution!With 30,000 team members located in 25 countries and with a 2021 revenue of EUR8 billion, Plastic Omnium is world leader in intelligent exterior systems, clean energy systems and customized complex modules.
At the heart of the automotive industry's transformation, Plastic Omnium helps automotive manufacturers to develop technologies for all engine types:
gasoline, diesel, hybrid and plug-in hybrid.
Leading the way in clean technology, the Group is designing innovative hydrogen solutions for zero-emission electric mobility.
Our ambition? Provide automakers with cutting-edge equipment and solutions to develop tomorrow's clean and connected car.
Main mission To lead the Design Engineering team of HV Battery Pack and the related activities within the Product Line team, including Design and CAD Engineers, by coaching them, animating, and taking decisions for the team, developing them for the future.
To ensure PO CES Battery Pack Design meet systems requirements from conception (CAD), to simulation, with Components Development (CDE) support, including Prototypes to validation (Labs) and its assembly.
To support launch for new product lines (Innovation Design level) in line with the innovation roadmap (POC methodology) To supervise Components Development for Battery Pack development performance To ensure innovation product lines transfer from Research & Innovation to Development with smooth methodology and tools transfer To support understanding of client feedback and expectations and support client dialogue with Sales teams Responsibility 1 :
Oversee the mechanical, thermal, electrical, and BMS HW & SW aspects of HV battery system design and development Set one or several Mechatronics System Design Engineer, within Core-Team (see.
JD MSDE) Organize and drive Design Team and Validations for Design Engineer Planning, prioritization and resource allocation in line with other departments Team workload balancing Improvement of department efficiency and ways of working with process, tools and mindser Score Card Management Reporting Responsibility 2:
Manage team collaboration within Core-Team members and implies GR1 members (CDE's, Purchasing, Core-Team, Prototype and Validation Team) Ensure compliance with development processes WePRO and Quality, in respect of Project development Planning Responsibility 3:
Responsible of validation related to Technical Specification (PDS) Responsible of validation related to validation Plan (DV & PV) Responsibility 4:
Drive MS Design Engineers for development scheduling within Projects in order to establish a mid-term strategy and manage priority between Projects Ensure maximization of synergies between different product designs targeting BOM cost optimization, especially within the same product families based on normative regulation (railway, mining, etc.
) Ensure that the BOMs are well managed by the MSDEs during whole development process by introducing Golden Rules and Best Practices for BOM management Ensure that Industrialization of Battery Pack is conform / comply within Projects in term of Design, Validation and assembly.
Easy working meetings within core-Team for enabling Product/Process Convergence.
Responsibility 5:
Manage day-to-day operations of engineers responsible for identifying and tracking specific tasks, deliverables, and an assessment of the progress and outcome of the work Organize Technical Meetings needed for development related to Projects Organize Periodic Meetings with the Design Engineering Team Organize One-to-One Meetings (periodic) Manage hierarchically team members within his Group Ensure and Set AAR Edit and propose Training Plan for his team members within his Group List of deliverables Deviations List and its exceptions Product Concept Proposition (including feasibility and assembly feasibility) Plan and schedule Validation Plan (approved by customer) BOM (incl.
Venting, Carry-Over Part, Maintenance and repair or buy replacement) Product feasibility checks / Conception & Processes checks / Design freeze Functional analysis DFMEA Product Key characteristics (to list if not specified by customer) Drawing Validations (approved by customer) Technical specifications for components (received) Components drawing approved Prototype Quality requirement (CPCL
C-Sample Safe Delivery Tracker) Validation Plans for components approved Validation Reports for components approved Master schedule for components (Design activities) Right Quality Right time delivery for components Validation Reports (approved by customer) As a responsible company, Plastic Omnium pays particular attention to diversity and equality within its teams and the Group commits to treat all job applications equally.
Recommended Skills Cad Cost Optimisation Functional Analysis Maintenance Product Lining Project Management Estimated Salary: $20 to $28 per hour based on qualifications.
Hungry for challenges? Join a group with innovation at its heart and contribute to the automotive revolution!With 30,000 team members located in 25 countries and with a 2021 revenue of EUR8 billion, Plastic Omnium is world leader in intelligent exterior systems, clean energy systems and customized complex modules.
At the heart of the automotive industry's transformation, Plastic Omnium helps automotive manufacturers to develop technologies for all engine types:
gasoline, diesel, hybrid and plug-in hybrid.
Leading the way in clean technology, the Group is designing innovative hydrogen solutions for zero-emission electric mobility.
Our ambition? Provide automakers with cutting-edge equipment and solutions to develop tomorrow's clean and connected car.
Main mission To lead the Design Engineering team of HV Battery Pack and the related activities within the Product Line team, including Design and CAD Engineers, by coaching them, animating, and taking decisions for the team, developing them for the future.
To ensure PO CES Battery Pack Design meet systems requirements from conception (CAD), to simulation, with Components Development (CDE) support, including Prototypes to validation (Labs) and its assembly.
To support launch for new product lines (Innovation Design level) in line with the innovation roadmap (POC methodology) To supervise Components Development for Battery Pack development performance To ensure innovation product lines transfer from Research & Innovation to Development with smooth methodology and tools transfer To support understanding of client feedback and expectations and support client dialogue with Sales teams Responsibility 1 :
Oversee the mechanical, thermal, electrical, and BMS HW & SW aspects of HV battery system design and development Set one or several Mechatronics System Design Engineer, within Core-Team (see.
JD MSDE) Organize and drive Design Team and Validations for Design Engineer Planning, prioritization and resource allocation in line with other departments Team workload balancing Improvement of department efficiency and ways of working with process, tools and mindser Score Card Management Reporting Responsibility 2:
Manage team collaboration within Core-Team members and implies GR1 members (CDE's, Purchasing, Core-Team, Prototype and Validation Team) Ensure compliance with development processes WePRO and Quality, in respect of Project development Planning Responsibility 3:
Responsible of validation related to Technical Specification (PDS) Responsible of validation related to validation Plan (DV & PV) Responsibility 4:
Drive MS Design Engineers for development scheduling within Projects in order to establish a mid-term strategy and manage priority between Projects Ensure maximization of synergies between different product designs targeting BOM cost optimization, especially within the same product families based on normative regulation (railway, mining, etc.
) Ensure that the BOMs are well managed by the MSDEs during whole development process by introducing Golden Rules and Best Practices for BOM management Ensure that Industrialization of Battery Pack is conform / comply within Projects in term of Design, Validation and assembly.
Easy working meetings within core-Team for enabling Product/Process Convergence.
Responsibility 5:
Manage day-to-day operations of engineers responsible for identifying and tracking specific tasks, deliverables, and an assessment of the progress and outcome of the work Organize Technical Meetings needed for development related to Projects Organize Periodic Meetings with the Design Engineering Team Organize One-to-One Meetings (periodic) Manage hierarchically team members within his Group Ensure and Set AAR Edit and propose Training Plan for his team members within his Group List of deliverables Deviations List and its exceptions Product Concept Proposition (including feasibility and assembly feasibility) Plan and schedule Validation Plan (approved by customer) BOM (incl.
Venting, Carry-Over Part, Maintenance and repair or buy replacement) Product feasibility checks / Conception & Processes checks / Design freeze Functional analysis DFMEA Product Key characteristics (to list if not specified by customer) Drawing Validations (approved by customer) Technical specifications for components (received) Components drawing approved Prototype Quality requirement (CPCL
C-Sample Safe Delivery Tracker) Validation Plans for components approved Validation Reports for components approved Master schedule for components (Design activities) Right Quality Right time delivery for components Validation Reports (approved by customer) As a responsible company, Plastic Omnium pays particular attention to diversity and equality within its teams and the Group commits to treat all job applications equally.
Recommended Skills Cad Cost Optimisation Functional Analysis Maintenance Product Lining Project Management Estimated Salary: $20 to $28 per hour based on qualifications.
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