Created detailed lift plans which encompass evaluating crane specifications, determining rigging equipment, and calculating ground bearing pressures for items (e.g., vessels, furnaces, fin fans, air coolers, compressors) weighing up to 81 metric tons. Developed AutoCAD drawings and compiled essential documentation, including visuals for field crews, crane charts, rigging capacity verifications, mechanical drawings, and pre-lift safety checklists. Rotated among field rigging crews (e.g., rigging warehouse, bull riggers, and heavy haul crane crew), gaining practical insights and hands-on experience, enhancing my engineering perspective when implementing lift plans.

Conducted a wide range of tasks within the Rigging and Tools Group to develop Lift Plans. Responsibilities included researching equipment types, calculating allowable psi, selecting appropriate rigging methods, estimating costs, facilitating communication with vendors and clients, and ensuring safe execution of lifts.Led the development of a lift plan for a 46,000 lbs irregular load in collaboration with the Superintendent, Riggers, and Crane Operators. Key activities included engaging in discussions with on-site engineers, redesigning the plan for enhanced safety, and conducting pre-job safety meetings.Analyzed data received from clients and project engineers during pre-planning evaluations to accurately estimate crane costs for projects and determine optimal layout configurations within project constraints.

Directed the installation of cameras and audio systems, securing seamless streaming of TAMU SEC sports on ESPN.Conducted troubleshooting for various broadcast technologies, including cameras, microphones, radios, and more, during live game broadcasts.Assumed a key role in optimizing broadcast technologies to enhance the quality of live video feeds for TAMU SEC sports. This entailed analyzing data and graphs to proactively fine-tune shading for optimal video production.

Executed various responsibilities within the Roadway and Water Resources group, including tasks such as conducting TC calculations, performing 1-3 rounds of QC redlines, delineating water flow patterns, estimating project costs, maintaining client communications, conducting Excel calculations, and generating weekly reports.Produced two comprehensive exhibits for the City of Round Rock, encompassing overall project schematics and both existing and proposed typical sections for a newly proposed drainage system. Each exhibit included two estimates.Developed design sheets for the reconstruction of Erskine Street in the City of Lubbock. These sheets covered areas such as the Summary of Small Signs, Signing & Striping/Removal Layouts and Quantities, and Existing & Proposed Typical Sections. The design process involved the use of MicroStation and adherence to TxDOT standards.

Analyzed and calculated the logistics after every afternoon shift, provided a monthly report to the ownerPrepared and oversaw the staff through rush hours, cleaning schedules, and prime customer serviceSupported the grill staff stepping in myself to help out or delegating other employees to help