Erin Galiger

Director, North American Markets at ROCSYS

Erin Galiger has a diverse work experience in the field of sustainable transportation and renewable energy. In their current role as the Senior Business Development Manager at ROCSYS, they are responsible for driving the growth and expansion of the company's autonomous electric vehicle charging solutions in North America. Prior to this, Erin worked as a Program Manager at Forth, a non-profit organization focused on advancing electric, smart, and shared mobility. During their time at Forth, they led coordination and execution for the Bloomberg American Cities Climate Challenge project, supporting cities across the US in achieving their transportation electrification goals. Before joining Forth, Erin worked at ABB, where they held various roles such as Electric Vehicle Infrastructure Product Manager, Power Converter Solutions Operations Engineer, and Microgrids Application Engineer. Erin also has experience as a Research Assistant and Teaching Assistant at the University of Denver, where they collaborated on projects related to renewable energy and organic photovoltaics. Additionally, Erin gained experience in the nuclear power industry as a Nuclear Power Instrumentation & Controls Intern at Sargent & Lundy.

Erin Galiger earned a Bachelor of Science (BS) degree in Electrical Engineering from the University of Denver, completing their studies from 2010 to 2014. In 2013, they briefly attended Yonsei University to study Korean Language. Additionally, in November 2018, Erin obtained a certification in Optimal Product Management and Product Marketing from The 280 Group.

Location

Portland, United States

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ROCSYS

ROCSYS develops solutions to fully automate professional charging sites. With its smart solutions, EV infrastructure operators can increase their asset utilization. This allows fleet operators to run business critical operations with EVs and additionally prepare for the self-parking and self-driving era. ROCSYS’ solutions are based on proprietarypatented soft-robotics technologies, complemented with a suite of remote management and support tools, and an API integration platform, enabling a complete solution to serve growing industry needs.


Employees

11-50

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