Wilson Burgos Green

I worked as an aerospace TIG welder for Boeing, welding Inconel, titanium, aluminum, and stainless steel. My work primarily involved pipe welding and precision fillet welds in multiple positions, including 6G. I regularly used 1/16″ and 3/32″ tungsten electrodes and small-diameter TIG filler rods, typically 0.032″ and 0.045″, to maintain precise heat control and meet strict aerospace quality standards.

projects.

- Interpreted and executed complex blueprints for ship components and assemblies.

- Ensured compliance with AWS, ABS, OSHA, and company safety standards across all tasks.

- Coordinated material usage, workflow, and inspections to maintain production schedules and quality.

- Performed and guided aluminum pulsed MIG and spray arc welding on structural and pipe

components.

• Worked on multiple large-scale industrial projects, including Willow, 12 Acre, and K-Pad, supporting structural fabrication and module assembly.

• Performed welding using FCAW (Flux-Cored Arc Welding) and SMAW (Stick Welding) processes.

• Welded conex containers to rig mats and modular structures, ensuring proper fit-up and structural integrity.

• Removed excess slag and weld defects using arc-cutting, grinding, and related finishing equipment.

• Prepared, set up, and maintained welding equipment to ensure safe and efficient welding operations.

• Utilized E6010 and E7018 electrodes for root passes, fill, and cap welds based on job requirements.

• Interpreted and executed complex shipyard blueprints and technical drawings for marine structural components and assemblies.
• Performed aluminum welding in accordance with AWS D1.2 (Structural Welding Code – Aluminum), ABS, OSHA, and company safety standards.
• Executed and guided TIG aluminum welding using 3/32-inch ER5356 filler rod, as well as pulsed MIG and spray arc welding, on structural members and piping components.
• Coordinated material usage, workflow sequencing, and inspection processes to maintain production schedules and marine-grade quality standards.
• Supported fabrication, repair, and installation of aluminum structures in a shipyard environment.

• Performed aluminum pulsed MIG welding on internal ship structures, supporting fabrication and structural integrity of marine vessels.
• Fit up and welded aluminum pipe assemblies for machinery room (MR) systems, ensuring proper alignment and weld quality.
• Welded inside elbows using ceramic backing, achieving full penetration and consistent weld profiles.
• Executed welds in all positions (1G, 2G, 3G, 4G, and 6G) to meet shipyard fabrication requirements.
• Utilized .035-inch wire based on material thickness and application specifications

• Performed welding in flat, horizontal, vertical, and overhead positions to meet strict fabrication requirements.
• Welded using .045-inch wire (100% shielding gas) in pulse and spray transfer modes.
• Executed pulsed MIG welding in 2G, 3G, and 4G positions, and spray arc welding in 2G position.
• Welded cylindrical structural components for a nuclear submarine, adhering to high-precision and quality standards.
• Inspected welds and verified critical measurements to ensure compliance with engineering specifications.
• Prepared, set up, and maintained welding equipment, adjusting parameters to maintain consistent weld quality.
• Removed and repaired unacceptable welds using air arc gouging and grinding to meet quality guidelines.
• Enhanced weld quality by strictly following welding procedures and maintaining proper machine settings.

• Welded and fabricated train and railcar components in a manufacturing environment using FCAW (Flux-Cored Arc Welding) and pulsed MIG welding.
• Performed welding in 1G, 2G, 3G, and 4G positions, meeting production and quality requirements.
• Interpreted fabrication drawings and weld symbols to assemble and weld structural rail components accurately.
• Removed excess slag and weld defects using arc-cutting, grinding, and finishing equipment to meet quality standards.
• Prepared, set up, and adjusted welding equipment and fixtures to ensure consistent weld quality.
• Inspected completed welds and assemblies to verify dimensional accuracy and workmanship.
• Maintained a clean, organized, and safety-compliant work area in accordance with company and industry standards.

• Executed GMAW pulsed MIG welding using .045-inch wire on industrial components and assemblies.
• Performed TIG welding on stainless steel using ER308L / ER309L filler rod, based on material and application requirements.
• Conducted copper-nickel brazing on piping systems and heat-transfer components using CuNi brazing alloy for leak-free, high-integrity joints.
• Welded and fabricated elbows, pipes, pressure piping, evaporators, condensers, and ECTV units used in large generator and HVAC systems.
• Demonstrated proficiency welding in 1G, 2G, 4G, 5G, and 6G positions, including pipe welding applications.
• Interpreted blueprints, measurements, and layout drawings to ensure precise fit-up and dimensional accuracy.
• Aligned, fit, and secured parts with precision using manual and semi-automatic welding equipment across multiple positions.
• Maintained high weld quality by following established welding procedures, tolerances, and quality standards.

• Welded and fabricated tractor and heavy equipment components in a production environment.
• Performed MIG welding on carbon steel and TIG welding on stainless steel based on job requirements.
• Supported flexible manufacturing operations, rotating between workstations as needed.
• Worked from production drawings and blueprints to ensure accurate fit-up and assembly.
• Maintained weld quality, equipment setup, and clean, organized work areas in compliance with company standards.

• Performed TIG welding on stainless steel piping systems aboard vessels in a shipyard environment.
• Welded interior piping and galley (kitchen) stainless steel components, maintaining clean, sanitary, and visually acceptable welds.
• Executed welds with proper fit-up, alignment, and penetration in accordance with shipyard procedures.
• Interpreted drawings and layouts to ensure accurate installation of piping systems.
• Maintained welding quality and safety standards while working in confined and interior shipboard spaces.

0 / 05-2021

• Performed FCAW and SMAW welding on carbon steel, executing welds in 1G, 2G, 3G, and 4G positions.
• Completed 6G pipe welding using a TIG root pass with 3/32-inch ER70S-2 filler rod on carbon steel, followed by SMAW fill and cap passes using E6010 and E7018 electrodes, meeting industry quality standards.
• Maintained proper fit-up, penetration, and weld profile to ensure acceptable weld quality and compliance.

• Performed GMAW (MIG) welding using .045-inch ER70S-6 wire to fabricate and assemble heavy structural components.
• Executed TIG welding on carbon steel using ER70S-2 filler rod (3/32-inch) for precision joints requiring controlled heat input and clean weld profiles.
• Welded components in multiple positions, adjusting technique based on material thickness and joint configuration.
• Laid out, fit, and welded buckets, inner and outer plates, and quick-hitch assemblies from production drawings.
• Prepared joints by grinding, beveling, and cleaning material to ensure proper alignment and penetration.
• Operated SMAW, GMAW, and TIG welding equipment, maintaining consistent weld quality throughout production

• Supported welding operations during apprenticeship by assisting with fit-up, material preparation, and fabrication tasks.

• Tagged, staged, and organized materials and components to support production flow and job-site efficiency.

• Performed extensive grinding, beveling, and surface preparation to ensure proper weld fit-up and quality.

• Assisted journeyman welders during MIG, TIG, FCAW, and SMAW operations, observing and learning proper techniques and procedures.

• Prepared joints by cleaning, grinding, and aligning material prior to welding.

• Maintained clean and organized work areas, tools, and equipment in compliance with safety standards.

• Gained hands-on experience reading basic blueprints and layouts, supporting fabrication and assembly work.

• Followed safety protocols and instructions closely while developing foundational welding and fabrication skills.

• (AWS) certified
• Mig (GMAW) 1F/1G, 2F/2G, 3G, 4G
• Pulsed Mig (GMAW-P) 1F/1G, 2F/2G, 3G, 4G, 6G
• Stick (SMAW) : 1G, 2G, 3G, 4G, 6G
• Flux Core (FCAW) : 1G, 2G, 3G, 4G
• Tig (GTAW): 1G, 2G, 3G, 4G