Industrial Manufacture

As a Technology Consultant at ASU, I enhanced system reliability and minimized downtime through proactive maintenance and quality control methodologies like PDCA. I spearheaded technical troubleshooting and Root Cause Analysis, resulting in optimized service quality and improved access for over 5,000 students and faculty. By managing classroom equipment across 20+ classes daily, I elevated satisfaction rates by 30%. Additionally, I leveraged FMEA techniques to refine technical workflows, fostering continuous system improvement.

In this role, I integrated statistical analysis with thermal engineering to enhance energy efficiency for sustainable structures. Leveraging JMP Pro, I evaluated glazing effects on vertical structures, which contributed to optimizing a 123 MW energy system. My work on the ECCS Project synergized border security, environmental sustainability, and economic prosperity. The detailed findings boosted stakeholder engagement, driving actionable insights for quality-focused operations.

At ISRO, I engineered a Center of Gravity correction plate for SSLV, achieving compliance with aerospace standards. Utilizing AA2014 T651 alloy and 5-axis CNC machining, controlling production errors while meeting ±10-micron GD&T tolerances. My innovative use of hyperMILL CAD for precision modeling enhanced manufacturing accuracy. Additionally, I ensured ISO 9001 adherence and conducted Eddy Current Testing, solidifying quality assurance in aerospace components.