Job Description

A Day in Your Life at MKS:

As a Power Electronics Engineer, you will be responsible for the development and release engineering of power electronics ranging from 3-30KW. You will design and support new product introduction engineering of power electronics used for plasma and reactive gas generation. You will operate independently with minimal supervision in a fast-paced, dynamic, highly technical environment with multi-task competing priorities. You will work on significant and unique issues where analysis of situations or data requires an evaluation of intangibles. You will report to the Electrical Engineering Manager.

You Make an Impact By:

• Leading new power electronics related product development projects that involve a multi-discipline engineering team.
• Performing engineering analysis using simulation tools such as PSIM, Simulink/MATLAB, SPICE, Mathcad or other related tools.
• Developing, documenting, and executing DVT plans. Reporting on results and recommending appropriate engineering tradeoffs to optimize functional performance, reliability, and product cost.
• Creating and archiving design reports and other product documentation.
• Collaborating with embedded control engineers to integrate firmware with power electronics hardware components.
• Participating in cross-functional project teams to execute upon new product developments involving power electronics for plasma generation applications.

Skills You Bring:

• Bachelor’s degree in electrical engineering with 6+ years’ experience in power electronics design. Advanced degree is preferred.
• Record of project leadership from the conceptual stage to product launch under schedule pressure.
• Demonstrated experience in the design of resonant inverters operating at 400KHz or above, boost or buck converters, or single/three phase power factor correction topologies in the 3-30kW power range.
• Solid analytical skills with the ability to simplify and present complicated systems.

Familiar with:

• Series and parallel resonant topologies.
• Magnetics component design.
• Power converters/inverters that operate with soft switching.
• PCB layout optimization in terms of stray leakage inductance and spacing requirements.
• Power conversion EMI/EMC filtering design.
• Design, development, and optimization of firmware for power electronics digital control systems using DSP and MCU platforms.
• Knowledge of reliability validation as it relates to power electronics.
• Regulatory compliance testing such as compliance related to EMC and safety.
• Semiconductor capital equipment preferred.
• Ability to use lab tools such as oscilloscopes, power meters, etc.

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