Founded in 2017, Eden GeoPower (Eden) develops technologies to enhance the recovery of natural resources. We are developing innovate rock fracturing technology that has applications in oil and gas, geothermal, mining, carbon sequestration, and the emerging market of geologic hydrogen. Our goal is to offer a sustainable solution that reduces or eliminates the need to conduct hydraulic fracturing to access subsurface resources. With our novel electric rock fracturing technology, we will be able to decrease water contamination, wastewater production, air pollution, and induced seismicity associated with current fracturing methods. We have received more than $12.5 million in non-dilutive funding to date, and recently closed our first seed round at over $11M. We are developing custom pulsed and high-voltage equipment for testing in the field and lab environments.
We are looking for a Power or High-Voltage Electrical Engineer to work directly with Eden’s Senior Power Engineer, our Engineering team, and our partners, the Pulsed Power Research Group at the MIT Plasma Science and Fusion Center, to develop pulsed power and similar high-voltage sources for Eden. The role will require knowledge of high-voltage, high-power equipment.
Role Responsibilities:
Assist the Sr. Power Engineer in developing custom high power pulse generators
Willingness to learn and share knowledge and challenges to benefit the team
Excellent technical and team communication skills
Prepare and present project updates, technical presentations and reports for the client
Prepare governmental reports, funding proposals, presentations, etc.
Assist the Sr. Power Engineer with the operation of pulse power and DC power devices in the field and lab environments
Create safety plan for high-voltage, high-power equipment in the lab and field
Willingness to travel to field sites
Requirements
Qualifications:
Ability to work in the US
Recent graduate, PhD or MS, in electrical power engineering or similar field
Experience working with or developing power systems or power systems engineering
Strong analytical and problem-solving capabilities
Ability to make technically sound recommendations with incomplete information
Strong knowledge of power systems engineering and best practices
Experience developing Marx generators or similar power devices
Demonstrated ability to collaborate with interdisciplinary teams
Benefits
Benefits:
Full health insurance
Paid Time Off: Federal Holidays, 10+ vacation days, sick days
Annual salary + bonuses