Innovation Project Leader

Achieve the functional and dysfunctional design of innovative batteries to ensure the desired performance of the battery pack with a minimum safety with respect to an agreed planning with a cross functional synthesis with several skilled people.

• Assess the disruptive technologies in cell electrochemistry for automotive application from technical performance points of view.

• Lead relationships with different external partners (academics, startups, cell manufacturers, material providers).

• Lead relationships and human resources coordination with different advanced and core teams with internal facilities.

• Lead and extend partnerships and internal facilities upgrade plan.

• Build and disseminate the mid and long terms roadmaps for cell electrochemistry technologies and designs.

ISSUES:

• To master and disseminate the process of functional and dysfunctional design of batteries by seeking unprecedented performance in terms of horsepower and energy

• To lead a project including several teams and skills to pass TRL and milestones according to the project planning.

• To capitalize and disseminate methods and models implemented within the PDT communities

• To summarize the balance sheets at the project level of performance and constraints of the addressed battery packs

• To evaluate the thermo-electric performance of a battery pack (horsepower, energy addressable under thermal environment)

• To evaluate battery pack cost

• To evaluate battery pack performance in stationary environment

• To evaluate battery pack Life Cycle Analysis (LCA)

POSITION ENVIRONMENT:

• To exchange and validate its results with technical teams, expertise network and project stakeholders

• To capitalize tools, models and methods with teams partners

RESULTS TO BE PRODUCED:

• Technical assessments (TRL) and project Milestones

• Synthesis of the functional and dysfunctional designs for the battery pack

• Battery pack performance summary (horsepower and energy addressing)

• Models and control laws to assess performances

• TRL assessments including LCA assessments.

• Cost analysis.

• Sets of requirements for external cell makers.

• Activity reports.

• External partnerships and internal facilities upgrade plans.

ACTIVITIES TO ACHIEVE RESULTS:

• Use battery pack system engineering to build functional and dysfunctional analyzes

• Facilitate a working team for design synthesis

• Cross functional synthesis with several skilled people

• Manage partners relationships.

• Gather and synthesize information from several sources.

• Process the TRL gates (including LCA and cost) and deliver in time.

Basic Qualifications:

• Bachelor's degree Materials Engineering or Electrochemistry Engineering

• Minimum 8 years working experience in the battery energy storage area.

• Knowledge in battery pack design, electrochemistry, thermal management, battery cell, and electrical energy storage.

• Excellent interpersonal skill to work in cross functional and multi-cultural team environment.

Preferred Qualifications:

• Master's in Materials Engineering or Electrochemistry

• Proven experience in electrochemistry

• Experience in current and/or advanced cell technologies.

• Experience to provide technical guidance and direction during supplier technical reviews.

• Proven experience in team leading or project management.

Achieve the functional and dysfunctional design of innovative batteries to ensure the desired performance of the battery pack with a minimum safety with respect to an agreed planning with a cross functional synthesis with several skilled people.

• Assess the disruptive technologies in cell electrochemistry for automotive application from technical performance points of view.

• Lead relationships with different external partners (academics, startups, cell manufacturers, material providers).

• Lead relationships and human resources coordination with different advanced and core teams with internal facilities.

• Lead and extend partnerships and internal facilities upgrade plan.

• Build and disseminate the mid and long terms roadmaps for cell electrochemistry technologies and designs.

ISSUES:

• To master and disseminate the process of functional and dysfunctional design of batteries by seeking unprecedented performance in terms of horsepower and energy

• To lead a project including several teams and skills to pass TRL and milestones according to the project planning.

• To capitalize and disseminate methods and models implemented within the PDT communities

• To summarize the balance sheets at the project level of performance and constraints of the addressed battery packs

• To evaluate the thermo-electric performance of a battery pack (horsepower, energy addressable under thermal environment)

• To evaluate battery pack cost

• To evaluate battery pack performance in stationary environment

• To evaluate battery pack Life Cycle Analysis (LCA)

POSITION ENVIRONMENT:

• To exchange and validate its results with technical teams, expertise network and project stakeholders

• To capitalize tools, models and methods with teams partners

RESULTS TO BE PRODUCED:

• Technical assessments (TRL) and project Milestones

• Synthesis of the functional and dysfunctional designs for the battery pack

• Battery pack performance summary (horsepower and energy addressing)

• Models and control laws to assess performances

• TRL assessments including LCA assessments.

• Cost analysis.

• Sets of requirements for external cell makers.

• Activity reports.

• External partnerships and internal facilities upgrade plans.

ACTIVITIES TO ACHIEVE RESULTS:

• Use battery pack system engineering to build functional and dysfunctional analyzes

• Facilitate a working team for design synthesis

• Cross functional synthesis with several skilled people

• Manage partners relationships.

• Gather and synthesize information from several sources.

• Process the TRL gates (including LCA and cost) and deliver in time.