jaymin amin

Proactively engaged with maintenance and operations teams to troubleshoot critical equipment, resulting in a 25% reduction in unplanned downtime over 12 months. Developed and implemented 15 practical technical solutions for recurring equipment failures, leading to a 20% decrease in repeat failures.

Increased plant equipment reliability by 25% across 7 critical areas (Sulfur, Hydrogen, Gas, Carbon Capture, Fire Water, Glycol Chiller) via innovative maintenance strategies. Cut maintenance costs by $100K/year by optimizing mechanical seal plans for rotating assets.

Enhanced system efficiency by 8% through expert sizing/specification of complex piping systems for cryogenics and compressed gases. Reduced design time by 8% and eliminated major rework by leading PFD, P&ID, and isometric drawing reviews.

Reduced nonconformances by 30% and achieved a 95% first-time acceptance rate for contractor work through comprehensive inspection oversight. Achieved zero safety incidents over 500,000 work hours by enforcing strict safety protocols.

Delivered $500K annual savings by implementing inspection plans that reduced equipment damage by 30%. Reduced downtime by 40% and increased reliability by 15% through advanced troubleshooting and CBM dashboard integration.

Improved inspection efficiency by 30% and achieved a 98% first-time weld acceptance rate. Reduced weld related issues by 25% via welder qualification and site orientation improvements.

Completed a Master of Engineering degree with a focus on advanced mechanical engineering principles. Gained expertise in complex problem-solving and innovative design within the field.

Obtained a Bachelor of Engineering degree, building a strong foundation in mechanical engineering. Developed core competencies in design, analysis, and application of mechanical systems.