Project Manager

• Nov 2022 - Present

Project Manager

• Jun 2022 - Dec 2022

OCC Specialist

• Aug 2021 - Jun 2022

NASA | KBR Houston Engineering Operations - Successfully generate work authorization documents and track all progress to support NASA’s EMU (Space suit). - Collaborate with lab technicians and engineers for scope of work, requirements, exceptions & potential discrepancies. - Document maintenance, testing, configuration changes, production, and repair activities for NASA's space suits, ancillary equipment, and flight crew equipment. - Compile OneEVA monthly metrics charts to track training events, including amount of suits and tools processed. Show less

Estimator / QC

• Nov 2019 - Nov 2020

Overview: Strong knowledge of Oil & Gas separation technology and industry standards to directly support Sales, Engineering Design and Operations. A liaison between Sales, Engineering and Operations to track all jobs and collaborate with each department to ensure all aspects of quality are met and identify problems to help implement innovative solutions to expedite the production process. Estimating: - Review project drawings to identify a scope of supply and ensure that all of the clients needs are met. - Compile all job variables and analyze historical data relative to the job to produce a cost and sales estimate for each RFQ. Incorporate various productions and costs appropriate in preparation of quote. - Complete a plan and specification review for assigned project, assess the risks and discuss with the Estimating Manager. Complete material takeoffs accordingly when required to. Design/Drafting: - Review MTL drawings to match the customer's desired specifications and ensure that all tolerances, limits and fits are met. - Collaborate with the lead designer to ensure that all CAM programs, produced on Radan, are running effectively in order for the fabrication shop to work efficiently. Quality Control: - Visual and dimensional inspection of all manufactured equipment/ parts and products. - Perform PMI testing procedures to confirm material grades. - Provide detailed inspection forms with all relevant information pertaining to each product produced. Show less

SCH

• Aug 2019 - Nov 2019

Covestro Baytown 2019 Turnaround - Write daily Job Safety Plan for the crew and ensure that the crew maintains 100% safety compliance. - Load/unload and transport materials, tools and machines to work areas to build/dismantle scaffolds and barricades. - Participate in daily safety meetings with entire BrandSafway staff and mentor junior team members on required tasks. Covestro Baytown 2019 Turnaround - Write daily Job Safety Plan for the crew and ensure that the crew maintains 100% safety compliance. - Load/unload and transport materials, tools and machines to work areas to build/dismantle scaffolds and barricades. - Participate in daily safety meetings with entire BrandSafway staff and mentor junior team members on required tasks.

Structural Engineering Lab Assistant

• Jul 2018 - May 2019

Assist PhD students and Professors with current research and experiments at the Structural Research Lab. Tasks include preparing and executing material tests and developing of test techniques while monitoring lab safety. Lab Equipment - 2,500,000 MTS Testing System - Vertical Loading System - Instrumentation and Data Acquisition Assist PhD students and Professors with current research and experiments at the Structural Research Lab. Tasks include preparing and executing material tests and developing of test techniques while monitoring lab safety. Lab Equipment - 2,500,000 MTS Testing System - Vertical Loading System - Instrumentation and Data Acquisition

Robotics Course Instructor

• Jun 2014 - Aug 2014

Summer Robotics Instructor for children ages 6-12. Each course varied based on the students age and skill level. My role was to engage students in the basic fundamentals of mechanical and electrical engineering. The students were required to design, build, test, and program their robot to complete various challenges Summer Robotics Instructor for children ages 6-12. Each course varied based on the students age and skill level. My role was to engage students in the basic fundamentals of mechanical and electrical engineering. The students were required to design, build, test, and program their robot to complete various challenges