Drew Matter

Vice President at Mikros Technologies

Drew Matter has a diverse work experience spanning various industries. Drew served as the Vice President at Mikros Technologies, where they oversaw product development and played a key role in designing micro-channel liquid cooling systems for high-powered electronics. Drew also worked as the Vice President of Manufacturing at FreshAir Sensor, a startup that developed air quality sensors for commercial and industrial applications. Additionally, Drew worked at NASA as a Hardware Design Engineer, where they managed the production of EVA tools for space flight and conducted thermodynamics research. Drew also held positions at Regan Controls, Inc. as an Automation Engineer, and at City Church Philadelphia as an Assistant Pastor. Drew has a strong background in project management, leadership, and technical expertise. Drew is currently a Board Member at the Granite State District Export Council, supporting and encouraging exports to stimulate economic growth and create jobs.

Drew Matter holds a Bachelor of Engineering in Mechanical Engineering from the Georgia Institute of Technology, which they obtained from 1993 to 1998. Drew then pursued a Master of Divinity from Westminster Theological Seminary from 2004 to 2008. Later, in 2013 to 2015, Drew completed a Master of Engineering Management from Dartmouth College. In 2014, they obtained a Lean Six Sigma Black Belt certification from Thayer School of Engineering at Dartmouth.

Location

Hanover, United States

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Mikros Technologies

Cooling over 1kW/cm2. Mikros connects our increasingly smart world by designing and producing high efficiency liquid-cooling systems for high-power microprocessors, IGBTs, Lasers, LEDs and more. Born out of a NASA space station cooling project, our patented micro-channel cold plates provide industry-leading low thermal resistance and pressure drop, giving designers a greater thermal budget to improve their systems. Mikros also specializes in micro-machined nozzle plates for microfluidics applications requiring micron-level dimensions and sub-micron accuracy.


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Employees

51-200

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