• Spearheaded 40 integrity projects ($5M+ budget per year) and achieved 100% on-time completion against government-regulated deadlines, preventing $1M+ loss per day and pipeline pressure reduction to 75%.• Challenged spendings on technologies and outsourced equipment, eliminating up to $75K (~20% project costs) on all future pipeline integrity project spendings.• Expedited 5 projects to completion in 6 months to follow new EPA guidelines, managing risk and mitigation plans, 3-month material lead times, equipment failures during 2-day downtimes, and regulatory compliance.• Managed cross-functional teams (20+ members) and communicated weekly project status to all stakeholders, including engineering, operations, management, SMEs, procurement, and vendors.

• Defined agile project plan and iterated full project lifecycle for 5 minimum viable products (MVP), resulting in final product approval by Completions Managers and executives.• Automated workflow integrating 4 softwares (Creo, ANSYS, MathCAD, ModeFrontier) to generate spec sheet based on manufactured part’s attributes, reducing time from ~1 week to 10 minutes.

• Publication accepted by Association of Computing Machinery (ACM), prototyped and designed eyeglass wearable detecting food intake with 94% accuracy

• Coordinated with engineering, operations and management to plan equipment layout and filming process for a steam mechanism install, resulting in customer interest for prototype testing.• Reduced in-field risk and transducer fixture installation by 94% (3 hours) through innovated magnetic design.

• Coordinated campus events and hosted workshop teaching 60+ students MATLAB

• Designed and built ankle skeleton that conserved energy by 27%, programmed MATLAB code for treadmill testing set-ups

• Performed stress analyses on railway vehicle structure components in ANSYS and researched deformation and failure analysis under cyclic loadings