Chapter Lead - Power Electronics & Controls: Critical Power (Napier, NZ & Richmond, US)

Me ABB:llä autamme teollisuutta toimimaan kevyemmin ja puhtaammin - ja jokainen työntekijämme on mukana mahdollistamassa sitä. Tarjoamme sinulle mahdollisuuden näyttää tietä, tuemme sinua kasvussa ja voit olla ylpeä vaikutuksesta, jota luomme yhdessä. Liity meihin ja auta pyörittämään voimia, jotka pyörittävät maailmaa.

Tämä positio raportoi:

Platform & Innovation Agile Unit Leader

__

Your role and responsibilities

In this role you will be part of the Critical Power Agile Unit and report directly to the Agile Unit Leader for Product Platform. In addition to your role as Chapter Leader, you will be part of a specific Agile Team.

Chapter mission:

Share best practices & know-how of power electronics and control systems for power electronic systems and real time software implementation. Develop standards & guidelines on how to develop and optimize firmware and hardware for the Critical Power portfolio.

Develop and Maintain Local Electrical Laboratory and Testing standards & guidelines for the power protection portfolio.

Preferred locations: Richmond (USA) or Napier (New Zealand).

Candidates based outside the USA or New Zealand must be willing to relocate .

This role is contributing to the Electrification Smart Power globally.

You will be mainly accountable for:

Ensure the chapter mission is being delivered

Act as a coach with deep expertise related to the chapter and ensure that chapter members have appropriate competencies and skills.

Conduct regularly updates and training during alignment meetings on chapter specific topics, both on technical and R&D processes-related topics

Lead the recruitment process of new chapter members and support appropriate staffing across agile units in accordance with relevant stakeholders

Conduct performance review of chapter members collecting input from relevant stakeholders

Developing the following skills inside the team: Power electronic hardware design of rectifiers, inverters, and DC/DC conversion with energy storage devic