Drive engineering projects from inception to completion, managing budget and risk.

Lead the commissioning of the SPARC fusion reactor's balance of plant systems.

Develop and implement real-time disruption warning algorithms to ensure tokamak safety.

Design, build, and install industrial PLC equipment for fusion systems.

Design and analyze large cryogenic stainless-steel vessel structures for fusion reactors.

Design and develop radiation-hardened remote handling equipment for fusion reactor maintenance.

Build and optimize a high-precision, low-volume manufacturing line for fusion reactor components.

Build and extend Mendix applications to support fusion energy mission goals.

Lead material readiness planning for magnet manufacturing and tokamak assembly.

Oversee daily construction activities for the SPARC project ensuring safety and quality standards.

Operate robotic welding equipment, monitor weld quality, and perform maintenance.

Develop and validate physics-based models for superconducting magnet quench detection systems.

Perform precision assembly and troubleshooting of superconducting magnet components.

Perform large-scale precision alignments of fusion reactor components using portable 3D metrology tools.

Manage the design and construction of highly engineered fusion process systems for SPARC.

Lead a team in making electromechanical parts and assemblies for R&D.

Lead the development of scalable manufacturing processes for fusion reactor components.

Build electromechanical parts and assemblies for superconducting magnets in a team.

Lead the development and implementation of comprehensive EHS programs for fusion reactor projects.

Design, build, and implement advanced R&D equipment and complex machinery.