• Assisted clients with 2D and 3D prototype design, assemblies, part and drawing revisions, manufacturing drawings, and Bill of Materials (BoM) utilizing Autodesk Inventor, providing customers with engineering support.• Provided engineering recommendations and calculations to confirm the reliability of designs.

• Provided tutoring junior high and high school students in basic math, algebra, geometry, trigonometry, calculus, and statistics, resulting in a better understanding of mathematics.

• Designed work strings for drilling, completion, fracking, snubbing, and P & A operations using DrillScan software, determining maximum operational parameters based on minimum yield stress and remaining body wall.• Collaborated with H & P programming teams to optimized operations and integrate enhanced efficiency measures to continue program improvement.• Created detailed manufacturing drawing from 3D models in SolidWorks, ensuring precision and compliance with engineering standards.

• Ensuring adherence to school policy and procedures regarding to student behavior and teacher conduct.• Implemented lesson plans for grades K thru 12th, addressing both special and general education.• Served as long term substitute as in-class support for 8th grade math, facilitating both face-to-face and virtual learning for 2020 - 2021 school year, providing additional instruction to students struggling in mathematics.• Long term substitute for Positive Approach to Students Success (P.A.S.S.) Junior High 2020- 2021 school year, establishing a basis for acceptable behavior.

• Managed a $500,000 project, coordinating phased upgrades to an existing facility for the cleaning, integrity evaluation, NDE defect analysis, maintenance, and storage of tubular inventory in accordance with industry and company standards utilizing AutoCAD, eliminating the need to transport tubular goods for evaluation to an offsite location.• Advised the Latin American Sales Team, offering strategic recommendations for business development opportunities.

• Managed a $14 million budget, optimizing equipment utilization, market projections, and growth planning to ensure cost-effective project solutions, aligning with company policies and requirements. • Designed a $4 million pipe plant using AutoCAD and Inventor, ensuring compliance with API, industry, and company standards for cleaning, NDE integrity evaluation, defect analysis, and maintenance. • Managed, engineered, designed, and installed a system to safely pressure test equipment from 2,000 psi to 15,000 psi. The project adhered to Safety Requirements for Pressure Testing Guidance Note GS4 and Pressure Test Safety CRR 168/1998 publications. Total project cost: $1.5 million for 10 locations. Creating a company-wide standard that improved safety, and efficiency. • Led $1.4 million facility enhancement projects, including installation of critical infrastructure; overhead cranes, upgraded lighting, sewer repairs, compressor upgrades, and electrical repairs, improving operational safety and efficiency. • Edited instruction manuals for Pressure Control Equipment to align with API standards, optimizing testing, maintenance, safety protocols, and inspection intervals, resulting in standardized procedures and improved efficiency and reliability. • Participated in pre-job meetings to evaluate design parameters, equipment requirements, and risks, conducting pre- and post-job comparisons to ensure continuous improvement and accuracy.

• Led project kickoff, phase gate, and closeout meetings, ensuring stakeholder alignment and timely completion of objectives in accordance with company policies and procedures. • Conducted equipment incident investigations and Failure Analysis, leading to Root Cause Analysis and corrective actions, driving continuous improvement and supporting strategic decisions. • Provided technical and engineering support to internal operations and external customers across domestic and international markets, driving process improvements and ensuring compliance with industry and company standards.• Engineered, designed, managed, and supervised the construction, load testing, inspection for cargo basket projects ranging from 5,000 lbs. to 15,000 lbs. capacity, in accordance with calculations from Det Norske Veritas (DNV) Standard for Certification No. 2.7-1 Offshore Containers and American Institute of Steel Construction (AISC) guidelines. Utilized Creo and MathCAD software to create detailed designs and generated comprehensive bill of materials (BOM), and establishing company-wide standard for cargo basket designs. • Developed standard comprehensive technical data sheets for tubular goods, confirming mechanical limitations of pipe body and connections. Conducted precise calculations using formulas from the American Petroleum Institute (API) and manufacturer's information using MathCAD software, to ensure precise calculations and compliance with industry standards.• Reviewed Mill Test Reports (MTR) for verification and validation based on American Petroleum Institute (API) and American Society for Testing and Materials (ASTM), ensuring compliance and quality assurance in equipment manufacturing.