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Lead turnkey execution of structural steel and heavy fabrication scopes for fusion-energy systems. Responsibilities include supplier procurement and contract coordination, technical bid reviews, fabrication planning, inspection documentation, vendor schedule and risk management, installation, commissioning, and closeout. The role coordinates design, supply chain, quality, construction, finance, and leadership teams while ensuring safety, quality, cost, and schedule performance across build sites and suppliers.

Own hardware configuration and engineering change management in Windchill for a fusion demonstration system. Maintain part numbers, CAD data, BOMs, documentation, baselines, and release records. Drive ECR, ECO, and deviation workflows; audit configuration accuracy; assess cross-functional change impacts; coordinate with engineering, manufacturing, quality, and supply chain; train users; and support audits with traceable records.

Lead end-to-end mechanical design, analysis, integration, and validation of precision diagnostic instrumentation for pulsed fusion. Deliver CAD and GD&T drawings, perform FEA (structural and thermal), design optomechanical, motion, and thermal management solutions for vacuum and radiation environments, manage PDM/PLM configuration, drive prototypes to commissioning, and mentor junior engineers.

Develop web interfaces and backend services for real-time monitoring, facility configuration, alerts, diagnostics, and fusion facility operations. Integrate UI applications, APIs, controls systems, and data pipelines while writing maintainable code, participating in reviews, and testing software used in live environments. The internship is full-time and onsite for at least 12 consecutive weeks during summer 2027.

Electrical Engineering Intern will own a high-priority fusion-system project through planning, design, assembly, wiring, testing, and operation. The role provides hands-on experience developing experimental hardware and requires onsite full-time work for at least 12 consecutive weeks. Interns will apply electrical engineering fundamentals, circuit analysis, power systems, controls, signals, or embedded systems knowledge while documenting designs, building test setups, debugging hardware, and analyzing data.

Mechanical Engineering Interns will own high-priority projects through planning, mechanical design, assembly, and testing. The role provides hands-on experience with real fusion hardware and the full product lifecycle. Responsibilities include applying mechanical engineering fundamentals, stress analysis, CAD, design for manufacturing and assembly, prototyping, documentation, and test development. Interns must work onsite full time for at least 12 consecutive weeks beginning between mid-May and mid-June 2027.

Supports inventory management for manufacturing and engineering, including receiving, stocking, cycle counts, reconciliation, material issuance, MES transactions, discrepancy resolution, and process documentation. Collaborates with Supply Chain, Manufacturing, and Engineering teams while working onsite in production and warehouse environments.

Owns assigned manufacturing software systems end to end, including vendor relationships, licensing, user access, configuration, and workflow management. Partners with integration teams and the PLM Administrator to maintain component and BOM data quality, governance, and cross-system requirements. Designs and continuously improves manufacturing workflows, troubleshoots issues, and coordinates technical support. Requires enterprise software administration experience, PLM and BOM knowledge, data governance understanding, and strong collaboration skills.

Lead end-to-end mechanical design, 3D CAD modeling, structural and thermal analysis, tolerance analysis, and system integration for complex fusion hardware. Translate physics requirements into robust components, apply DFM/DFA principles, prepare GD&T drawings and design reviews, and provide cross-functional technical leadership across physics, systems engineering, and manufacturing teams.

Own end-to-end manufacturing processes for pulser module assembly and lead prototype-to-production transitions for new electrical components. Develop work instructions, tooling, fixturing, and production documentation; mentor technicians; resolve non-conformances through root-cause analysis; support DFM and first-article builds; manage schedules in Microsoft Project; track production metrics; and scale assembly operations from low-rate production to higher volumes.