Jody Jeansonne

• Machined aerospace rocket engine parts while ensuring adherence to strict specifications.
• Evaluated engineering drawings, optimizing cutting techniques and selecting appropriate tools to enhance manufacturing efficiency.
• Collaborated with engineering teams to address and resolve machining challenges effectively.
• Configured various manual machines for precise fabrication of metal components.
• Streamlined workflow through improved material handling practices in manufacturing settings.
• Interpreted blueprints and manuals to define workpiece dimensions and tolerances accurately.
• Supported test operation engineering with daily machining tasks focusing on quality assurance.
• Operated plasma cutting table for precise metal fabrication tasks.
• Collaborated with team to streamline processes, improving overall productivity and workflow.
• Documented production processes and maintained inventory records.
• Performed daily maintenance checks on the manual machines, plasma table and other related equipment.
• Monitored the operation of the plasma table during production runs, making adjustments as necessary.
• Measured completed workpieces to verify conformance to specifications with micrometers, gauges, calipers, and templates.
• Tracked project tasks using JIRA dashboard, maintaining updated status to ensure project visibility and accountability.
• Managed project visibility by tracking progress with JIRA and Confluence tools.

• Studied daily work instruction, sketches, drawings, blueprints and manuals to determine dimensions and tolerances accurately.
• Ran heavy duty lathes, boring machines, mills, planers and grinders to craft products.
• Assessed equipment after each production run and performed preventive maintenance to keep machines running smoothly.
• Completed projects on time and under budget while ensuring optimal maintenance of equipment and tools.
• Safely operated heavy machinery such as pumps, fans and gear reducers without incident.
• Exceeded work expectations through effective application of welding techniques, engineering requirements, and metallurgic knowledge.
• Obtained blueprints and support materials from suppliers and engineers.
• Calibrated machines to sustain productivity levels and meet quality standards.
• Closely monitored equipment to detect and report malfunctions and prevent accidents.
• Manually set up machinery, lathes and grinders.
• Interpreted drawings and planed work in proper operational sequence on multi-cut jobs.

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