Lead Engineer, Electrical Engineering, Systems Engineer

Eaton’s CTO Corporate Technology Office division is currently seeking a Lead Engineer. Relocation assistance is provided for this role which is based out of Southfield, MI.

The expected annual salary range for this role is $105000 - $154000 a year. Please note the salary information shown above is a general guideline only. Salaries are based upon candidate skills, experience, and qualifications, as well as market and business considerations.

Eaton Research Lab (ERL) has an exciting and rewarding position as a Lead Engineer in Power Conversion to support research and technology development in emerging technology programs. The job function includes developing and testing innovative power conversion technologies and identifying market opportunities for the new technologies, support businesses to evaluate market studies and develop business cases. The individual will also identify internal and external funding resource, support discussions with national labs and university leaders to be on top of the key technologies identified.

A key role will be to establish customer relationships, present ideas and projects to Eaton business leaders and ERL leadership. Ability to communicate complicated technologies concisely to a variety of different audiences (business leaders, technical colleagues and lay people). The successful candidate will be reporting to the Technology Manager for Power Electronics (PE) group of ERL. This position is in Southfield, Michigan.

• As a technical leader, create emerging power conversion & power system solutions based on breakthrough technologies for industrial, automotive, truck, and aerospace applications.
• Lead and develop technology projects by supporting teams (local and remote resources) and working with external technology resources (Business Divisions, Universities and Customers).
• Advance state of the art power electronics, power systems, and power converter technologies, as well as identify and develop commercialization opportunities with diverse Eaton businesses.
• Lead and collaborate with multi-disciplinary and multi-cultural globally distributed teams, lead specific task within the scope of work and provide updates to project manager.
• Identify, analyze, develop and validate advanced technologies in the fields of power conversion and Power Systems.
• Initiate, lead and support global technology programs utilizing Eaton’s technology development processes including Business Reviews, Technology Reviews, and Project Reviews.
• Participate in technology strategy discussions with Eaton’s Businesses and develop technology road maps.
• Lead and support technology development projects and manage global teams (Eaton Business Divisions, Universities, National Labs and Customers).
• Create project plans, manage budgets and resources, and deliver results on budget and schedule.
• Engage with and manage stakeholder relationships - Business Divisions in the US and globally.
• Lead and support projects with partners from national labs, universities and other research institutes.
• Build global organizational capabilities in power conversion and power systems

• Education level required
• PhD degree in related field or
• MS degree in the related field with at least 5 years’ industrial or entrepreneurial experience

• Experience in low and medium voltage power conversion and power systems engineering, including creating specifications, defining application space, designing technical solution concepts, and building and testing prototypes to validate models/hypotheses and documenting results.
• Expertise in the following areas:
  Motor Drive technology, drive/converter topologies, high-power electronics; electric machines and controls; electrification of vehicles, energy storage, and grid connected converters; alternative power generation and distribution.
• Experience in modeling power converters and power systems using simulation tools (example: MATLAB/Simulink, PLECS, Simplorer, PSIM and/or PSCAD).
• Experience in power electronics electromechanical packaging techniques; understanding of the effects of parasitic capacitance/inductance on circuit performance,…