Developed the training curriculum for Seeq Process Health Solution, Seeq’s Machine Learning product, spearheading the rollout of a training program that enabled clients to unlock value from their data through advanced analytics and machine learning techniques.Enabled company-wide process monitoring and revenue growth by developing the training curriculum for Seeq Vantage, Seeq’s cutting-edge Industrial Enterprise Monitoring application, empowering engineers, SMEs, and managers to improve operational efficiency and drive increased profitability.Saved 1,000 Analytics Engineer hours annually by transitioning Seeq Training Courses into eLearning, engineering a seamless process that included producing, recording, and editing videos for major courses.Expanded Seeq’s user base across new industries by developing the training curriculum for Seeq Batch Foundations, an introductory data analytics course tailored for batch-focused process engineers, broadening the platform’s appeal and driving adoption in previously untapped markets.Reduced administrative burdens by over 100 hours annually by revamping training delivery logistics, streamlining processes to cut costs and ensure that learners consistently received the most up-to-date training materials.Maintained and updated all existing training materials, proactively incorporating new features and authoring new content in response to product releases, ensuring alignment with Seeq’s latest innovations.Managed Seeq’s largest server supporting 10,000 annual users, driving customer engagement and value by overseeing the Seeq Learn Server, a key touchpoint that influenced renewals and expansions through comprehensive training experiences.Delivered exceptional training experiences as the Lead Instructor for all Seeq training courses, consistently shaping participant skillsets and bolstering Seeq’s reputation for educational excellence.

Improved client project outcomes by analyzing over 800 hydraulic models for engineering customers, ensuring model accuracy and resolving complex hydraulic issues.Achieved 98% coverage of engineering support tickets for hydraulic modeling users within the initial six weeks of hire by promptly analyzing customer needs and providing timely technical assistance.Published 7 technical articles through the company website and trade magazines, providing industry insights and sharing advanced hydraulic concepts with a wider audience.Crafted new feature proposals and bug reports, establishing a leadership role within the company during the first year by driving innovation and continuous improvement.Led overhaul and implemented VB.NET coding of fluid properties databases for applications, optimizing their performance and accuracy in hydraulic modeling.Led overhaul of incompressible fluid properties databases, enhancing applications by improving data accuracy and usability for engineering applications.Created and edited video tutorial series for two recently launched products, boosting user adoption and reducing the learning curve for new customers.Developed virtual training seminar materials to enhance customer education and product training.

Saved $20M in capital expenses by optimizing interconnecting lines in the Thailand expansion (SGV Project), implementing design changes that reduced material costs and construction complexity.Increased project ROI by 20% by designing a time-series hydrogen balance tool, optimizing the recycle process for a Canadian project (SHRED Project) and improving resource efficiency.Generated $5M in operational savings by refining the interconnecting lines for a Canadian fuel project (SHRED Project), reducing energy losses and operational costs.Saved over 200 engineering hours annually and enhanced off-gas optimization by developing a dynamic fuel gas balance tool, which streamlined decision-making on fuel gas distribution and usage for a Canadian refinery.Achieved internal SME status by becoming the go-to expert for steady-state hydraulic modeling within the Offsites & Utilities group through extensive hands-on experience and successful project outcomes.Improved safety and project assessment by leading the development of three firewater hydraulic models, which enabled the evaluation of potential safety enhancements and project improvements.Safeguarded critical assets by conducting thorough water-hammer/surge analyses, mitigating risks during emergency and upset scenarios.Facilitated the professional growth of new engineers by mentoring two individuals during their onboarding process, accelerating their learning curve and technical competency.

Co-authored a research publication in Langmuir titled “QCM-D Investigation of Swelling Behavior of Layer-by-Layer Thin Films upon Exposure to Monovalent Ions,” contributing to the scientific understanding of thin film behavior.Contributed to groundbreaking research in materials science by working as a Research Assistant in the Materials Science Department under Dr. Jodie Lutkenhaus, supporting advanced experimental investigations.Ensured consistency and accuracy in experimental results by meticulously executing research protocols and maintaining precision in experiment setup and data collection, eliminating potential errors during analysis.

Reduced costs and minimized environmental impact by optimizing the wastewater line layout for a project in San Antonio, improving efficiency in both construction and long-term operation.Ensured timely project delivery by troubleshooting wastewater process challenges for Dallas Water Utility, resolving critical issues to keep the project on schedule.Enhanced the quality of proposals by supporting the development of Requests for Proposals (RFPs), editing key documents to ensure clarity, accuracy, and compliance with client requirements.

Analyzed compositions of products and byproducts from blast and electric arc furnaces.