Oversee lab operations, ensuring safety and efficiency in a fusion energy research environment. Manage equipment, safety protocols, and team coordination.

The Accounting Analyst manages accounts payable, procurement, and month-end close activities while supporting broader finance operations and compliance.

The Recruiting Coordinator & Receptionist will manage recruitment scheduling, onboarding, front desk operations, and collaborate with various teams to enhance office workflows.

The IP & Commercial Counsel will manage Inertia's legal IP needs, support commercial agreements, and provide business-oriented legal advice.

The Optical Engineer will design optical test facilities and integrated beamline systems for high power laser systems, focusing on innovative designs and analysis.

The Design Physicist will optimize laser-target coupling schemes and perform simulations to enhance implosion performance using advanced modeling tools and collaboration with various teams.

Optical Mechanical Engineers are needed to design high stability opto-mechanical systems, perform analyses, create drawings, and evaluate designs for high power laser systems.

Design and develop cryogenic systems for inertial fusion energy targets, evaluate performance, and assist with related projects.

Interns will engage in R&D across physics, engineering, and computational tools, contributing to projects in laser-driven inertial fusion energy.

The Mechanical Engineer will design tooling for target fabrication, collaborate with scientists for process improvement, perform mechanical testing, and support automation systems development.

The role involves designing control systems for high-power laser test facilities, integrating hardware/software, and developing measurement and feedback systems.

Design and develop high pressure systems for inertial fusion energy targets. Ensure safety protocols and evaluate system performance through testing.

The Experimental Physicist will design experiments, analyze laser-plasma interactions, develop diagnostics, and contribute to scientific reports on Inertial Fusion Energy research.

The role involves designing and developing metrology and characterization systems for quality inspection of high precision IFE targets and components. Responsibilities include operating procedure development and assisting with other metrology projects related to power plant systems.

Lead the development of thick-film high-density carbon coatings on spherical substrates, optimizing CVD deposition techniques for fusion targets.

The Design Physicist studies laser-plasma interactions relevant to Inertial Fusion Energy, focusing on improving laser absorption and predictive modeling while collaborating with simulation and laser science teams.