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Fabrication, Prototyping, and Technical Execution
Consults with investigators on Design, fabricate, assemble, and modify components and systems using
advanced equipment, including CNC milling machines and lathes, laser or waterjet cutters, 3D printers, and
welding systems. Interpret engineering drawings and collaborate with faculty to develop research
prototypes for agricultural automation and AI applications.
Research Collaboration and Project Support
Partner with faculty and research teams to support funded and exploratory projects in agricultural
technology. Contribute to experimental design feasibility, fabricate custom equipment, troubleshoot
mechanical systems and adapt designs for field deployment in specialty crop systems. Driving will be
required.
Supervision and Workforce Development
Oversees and coordinate specialized research activities, ensuring quality, safety, and timely completion of
tasks. Train, mentor, and oversee undergraduate and graduate students in machining, fabrication
techniques, and safe equipment use, contributing to skill development aligned with workforce needs.
Facility Operations, Equipment Maintenance, and Inventory Management
Maintain fabrication equipment to ensure operational readiness and safety compliance. Track inventory of
materials, tools, and supplies; coordinate procurement; and implement efficient shop workflows and safety
protocols. The lead machinist will implement safety, operation, and maintenance protocols for equipment
usage in the shop areas.
Standard Operating Procedures
Support documentation of fabrication processes and standard operating procedures.
Strong problem-solving ability, attention to detail, and commitment to safety. Ability to work in a highly collaborative, interdisciplinary research environment and adapt to evolving project needs.
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