Pierre H.

Chief Technology Officer, Lithium Batteries & Chargers @Exide Group

Bordeaux, FR
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Jun 2023 — Present

Chief Technology Officer, Lithium Batteries & Chargers @Exide Group

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EDUCATION

2014 — 2014

IMD

Master of Business Administration (MBA)

2001 — 2002

Doshisha University

Master Degree, Mechanical Engineering

N/A

Project Management Institute

PMP Project Management Professional

1999 — 2002

Centrale Lille

Engineering Degree, Mechanical Engineering

SKILLS

Process ImprovementEngineeringRenewable EnergyContinuous ImprovementCleantechLean ManufacturingProblem SolvingR&DSustainabilityEngineering ManagementP&L ManagementApqpMechanical EngineeringCompetitive AnalysisManufacturingLeadershipElectric VehiclesChange ManagementStrategic PlanningCross-Functional Team LeadershipProject PlanningMarket AnalysisRisk ManagementStrategyPpapProduct DevelopmentKaizenProgram ManagementAutomotiveProject ManagementFmeaJapanese

ABOUT PIERRE H.

I have evolved since the beginning of my career at the crossroads between the markets of mobility (road, non-road) and energy (storage, generation) in industrial and international contexts, focusing on the development of products, services and solutions. From product design and project management early in my career, I now lead the strategic and commercial development of new markets, products and service business lines as General Manager.I believe in the great potential of electrifying the worlds of mobility and energy, through technical solutions but above all through new economic, operational and organizational solutions. I think critically important for our society to make decisions compatible with the physical limitations of our world.The businesses I serve face the challenge of securing profitable growth drivers while under the constraint – which is also a great opportunity – to decarbonize their business and their customers’ business, along with critical external supply constraints and rising demands for accountability throughout the life cycle.The future will be made up of cleaner energy and cleaner, less wasteful vehicles, likely to be used, marketed and managed differently during their life cycle, to respond more closely to the needs of users and to the constraints of society.

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