¥Identify and propose solutions to circumvent reliability risks that could impact Air Liquide production.¥Utilize Air Liquides's enterprise asset management system, to assist operation personnel with updating asset and preventive maintenance records. ¥Lead root cause analysis investigations to identify human, systemic, organizational, external, and technical causes in the domains of safety and reliability. Identify corrective and preventive actions to address the root cause and contributing factors of the reliability event.¥Collaborate with Reliability Engineers, Subject Matter Experts, and operations personnel to develop reliable and sustainable processes and strategies that reduce reliability incidents and associated costs of unreliability.¥Analyzed and interpreted predictive maintenance data in regard to mechanical inspections and condition based monitoring as in vibration readings and oil analysis.¥Report plant reliability and supply events classifying them based on the group technical standards. Also report accumulated real-time costs in Air Liquide's reliability incident management database.¥Assist in the development and implementation of the Air Liquide Mechanical Integrity Program.¥Support voluntary outage efforts in regard to reliability, maintenance, and documentation.

¥Reviewed and Accepted API Piping, Pressure Vessel, and Tank Inspections.¥Worked with the API Inspectors to improve upon quality of inspections, and created a standard of expectation on inspection reports and communication of findings.¥Established a UT program, by developing and implementing a UT CML Guideline, developing a procedure to track UT data via an excel spreadsheet.¥Calculated thickness mínimums for pressure vessel and piping. Developed a calculator to create consistency between all calculations and have records of calculation.¥Worked with multiple vendors to receive quotes and arrive at optimal solutions for issues in the plant. ¥Maintained the motor and pump warehouse inventory. Making it accessible for all crafts, specifically millwrights, to be able to attain the parts they need to successfully and efficiently complete jobs.¥ Managed Preventative Maintenance outages for both Fixed (pressure vessels, heat exchangers, piping, storage tanks, valves, pressure relieving devices, boilers, furnaces/heaters and structures.) and Rotating Equipment (engines, compressors, turbines, pumps, generators, blowers, and gearboxes.)¥Maintained the Computer Managed Maintenance System (CMMS) Chempax by entering and closing work orders for critical inspection findings and requisitions for repairs and/or replacements.¥Ensured equipment compliance with Recognized and Generally Accepted Good Engineering Practices (RAGAGEP) by following the API and ASME Procedures.

¥ Filled in as Interim Site Lead, where I had the opportunity to interact daily with the Client, lead daily safety meetings, managed UT Technician and API’s production, resolved safety and health incidents including during COVID, and the Hurricane Laura and Texas Ice Storm disaster.¥ Created a task tracker to ensure we met inspection deadlines for Rule and RBI-based piping and fixed equipment.¥ Entered data gathered by inspectors into PCMS and ensuring they were of acceptable quality.¥ Maintained the PCMS database up-to-date by running RBI calculations using collected data to ensure inspection requirements were satisfied.¥ Performed CML optimization on PCMS to increase the efficiency of future inspections.¥ Managed on-site personnel (25 NDE Technicians), leading them to meet their required metrics and reach our yearly contractual goal.¥ Assumed time entry responsibilities for all on-site personnel, making sure they were working the required amount of hours as well as receiving their accurate pay.¥ Created an inventory tracker to ensure technicians had required PPE and tools to perform their job safely and efficiently.¥ Assisted in producing over 50% of the yearly production in the last quarter of the year after returning from furlough due to COVID.

¥ Worked as a Level II NDE Technician On-Site certified in UT Thickness Measurements and Penetrant Testing.¥ Walked out different job sites with Operators and wrote daily JSAs on identified hazards.¥ Performed confined space inspections where I served as the hole watch, as well as the action doer, taking Ultrasonic measurements.¥ Captured thermal images with a Level II Thermographer using an infrared camera to identify abnormal heat patterns on equipment.

¥Executed portions of three different mechanical integrity implementation projects, as in updating client’s IDMS system, optimizing CML placements for different units, hold client validation meetings and develop inspection procedures. ¥Established client relationships and effectively implemented cost control practices in project tasks.¥Worked on different Client deliverables as in Corrosion Control Documents and Inspection Grading. ¥Performed corrosion modeling on Process Flow Diagrams and Piping and Instrumentation Diagrams.

¥Completed a sales outreach project for the company SwimSwam.¥Completed two sales research project for SwiftIQ, in which I researched over 1000 different potential clients. ¥Worked as a curriculum writer at JS Educational Consulting by completing 21 lessons plans for physical sciences. ¥Validated information in Spanish for SMS Assist.¥Worked as a Campus Ambassador for Woovly.¥Performed a data analysis project for First Analysis.¥TruePublic Question Researcher and Creator¥Wrote a blog article for Parker Dewey detailing the recruiting process from a college students perspective.

Assisted in clerical tasks at the Business department as in Data Entry and organizing student Events.

¥Assisted in the commissioning of the distillate stabilizer in the gas plant.¥A winterization project in which areas of need that require heat trace and insulation inside the gas plant were identified. Bids were then placed to be apply to apply this extra layer of protection.¥Assisted in uploading process safety information for the process safety program. ¥Had the opportunity to view a 200 MMSCF gas plant being built.¥Shadowed a facilities engineer at the gas plant in North Dakota and was able to be in the role as well.¥Worked as a plant field and control room operator on the weekend.¥Had the opportunity to be a part of a planned as well as a unplanned shutdown.¥Experienced the preparation and execution of a confined space entry project.¥Worked with safety department and contractors to put up windsocks throughout the gas plant and identifying muster points. ¥Assisted in the preventative maintenance program and the validation of accuracy for the equipment documentation. ¥Created a spare parts list for the equipment in the gas plant.

A one day tour around Ascend Performance Materials’ Chocolate Bayou Plant where I was able to interact with several different types of engineers and gain real-world knowledge. I also interacted with non-engineers and learned how they work together with engineers to make the chemical production process run.

A one day experience at Phillips 66 headquarters where I learned the different opportunities that are available in the company.

Raised thousands of dollars for academic scholarships and organizations at Texas A&M University by calling Texas A&M University alumni and creating personal connections and good feelings.

¥ Digitally built beverage vehicles in Omnitracs FleetLoader that were then created manually by laborers and loaded on to beverage vehicles. ¥ Optimized the beverage loading system, Omnitracs FleetLoader, to increase the average number of cases per hour from 240 to 320. ¥ Reported and delivered invoices to sales team and managers.

¥ Assisted elderly and disabled customers by walking them to their vehicles and loading their groceries for them. ¥ Bagged groceries for customers.¥ Maintained the store and parking lot clean.¥ Assisted stockers with daily tasks as in inventory, filling shelves, facing products.¥ Opened and closed store when needed, ensuring all tasks were completed and the night workers could safely complete their jobs.