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Compensation and Benefits
\nAt Helion, we are committed to fostering a fair and equitable environment in every aspect of our operations, including compensation. We ensure all our roles are competitively benchmarked and our total compensation package includes a base salary, comprehensive benefits, and equity grants, giving you a true stake in Helion's success. Final compensation is determined through a holistic evaluation of your experience, qualifications, and our commitment to maintaining internal equity, ensuring fairness and transparency across our teams.
\nThis is an exempt salaried role.
Benefits
\nOur total compensation package includes benefits, including but not limited to:
\nNOTE: Underrepresented people are less likely to apply unless they meet 100% of the job's requirements. We believe in hiring people, not checklists, and encourage you to apply even if you do not check all of the boxes. If this job isn't the one, we have many other openings that may be a fit.
\nAll qualified applicants will receive consideration for employment without regard to race, color, religion, sex, disability, age, sexual orientation, gender identity, national origin, veteran status, or genetic information. If we reach out to you to begin an interview process, we will also ask if you require any reasonable accommodation at that time.
Full-Time
Develops commercial fusion energy generators
$170k - $210k/yr
Senior, Expert
Everett, WA, USA
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Helion Energy focuses on developing fusion generators to make fusion energy commercially viable. Their fusion generators are designed to be smaller, cheaper, and faster to produce than current technologies. The company utilizes pulsed accelerator technology, which is essential for addressing the Helium-3 crisis, a key element for modern computing and clean energy. Helion's team consists of experienced entrepreneurs and scientists who have created award-winning prototypes that are seen as promising in the fusion energy sector. Unlike competitors, Helion combines steady magnetic and inertial fusion methods, resulting in engines that are significantly smaller and more cost-effective. The goal is to have a commercial fusion plant operational within six years, providing sustainable energy solutions to industries and governments.
Company Size
201-500
Company Stage
Series F
Total Funding
$1B
Headquarters
Everett, Washington
Founded
2013
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The Sustainable Innovation of the Year finalists for the 2025 GeekWire Awards sound like they could be wizards or minor deities. They create, transform, destroy and remove — all in the name of saving the planet Earth. These companies are creating technologies to generate clean energy from smashed atoms and natural gas, blasting weeds into oblivion, spinning crab shells into clean chemicals, and sucking carbon dioxide gas out of industrial exhaust flues.The finalists for this category are Carbon Robotics, CarbonQuest, Helion, Modern Hydrogen and Tidal Vision. Last year’s winner was Electric Era, a Seattle-based EV charging technology startup.Continue reading for details on each of this year’s finalists, and vote here or below.Carbon Robotics Carbon Robotics is the stuff of dandelion nightmares. The ag-tech company is building weed-killing machines that use artificial intelligence to recognize unwanted plants that it zaps dead with a laser. The Seattle startup recently released a robotic weeder dubbed the LaserWeeder G2, which is up to two-times faster, as well as lighter and more modular than its original device
Helion announces new fusion plant in central WA.
Fusion Fuel EfficiencyNuclear Fusion is potentially the ultimate green energy source, producing no dangerous byproducts, radioactivity (the only “waste” is helium), or greenhouse gases. And it could be powered by a fuel so abundant that it is a significant percentage of the entire Universe: deuterium, an isotope of hydrogen.But this is also a very difficult to achieve form of energy generation. It requires replicating on Earth the conditions in the core of the Sun, with tremendous pressures and tens or hundreds of millions of degrees.Nuclear fusion has been achieved in physics laboratories for decades, but a net energy-positive fusion reaction is still to be reached. This is what many are racing to accomplish, from the international megaproject ITER to commercial fusion projects like Commonwealth Fusion Systems and Proxima Fusion.Commercial viability will depend not only on achieving stable and energy-positive plasma generation, but also on the general efficiency of the process.One open question is the fuel efficiency. Deuterium is known to be partially absorbed by the walls of the tokamak fusion reactors. Researchers at Princeton University, University of California, University of Tennessee, Sandia National Laboratory, and General Atomics are figuring it out.They published their results in Nuclear Materials and Energy1, under the title “Deuterium retention behaviors of boronization films at DIII-D divertor surface”.Deuterium, Tritium FusionThe lighter an atom is, the more potential energy is released when it undergoes nuclear fusion
That's the hope, anyways, as Everett-based Helion Energy announced their plans to place the world's first fusion energy plant in Malaga with ground breaking expected to start this summer.
Director of Communications Jessie Barton says Helion will host a Community Event at 5:30 p.m. Tuesday, March 11 at Mission View Elementary School.