Summary
Overview
Work History
Education
Skills
Timeline
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Leonardo Prieto

Leonardo Prieto

Camano Island ,WA

Summary

Dynamic and detail-oriented ironworker with extensive experience at Special Works Constructions Company, excelling in structural welding and OSHA compliance. Proven track record of enhancing project efficiency and safety through meticulous blueprint interpretation and effective teamwork. Recognized for high-quality craftsmanship and commitment to continuous improvement in complex construction environments.

Overview

16
16
years of professional experience

Work History

Artistic Wrought Iron and Ironworker

Self Employed
08.2015 - 10.2024
  • Cut metal components to required lengths using metal shears, hacksaws, and bar cutters.
  • Ensured structural integrity by properly installing and aligning steel components according to specifications.
  • Contributed to successful project completion through precise cutting, bending, and welding of metal materials.
  • Inspected completed work for accuracy and adherence to building codes and safety standards.
  • Upheld high-quality craftsmanship standards while working on complex projects, resulting in successful completion with minimal defects or rework required.
  • Skillfully operated hand tools such as spud wrenches or drift pins for aligning bolt holes in steel members during assembly processes.
  • Consistently met deadlines through efficient time management skills while working under pressure in various weather conditions.
  • Prioritized safety across job site with specific attention to load suspension, welding, and cutting.
  • Enhanced workplace safety with consistent adherence to established protocols and regulations.
  • Provided reliable support during rigging operations to ensure the safe lifting of heavy steel beams into place.
  • Minimized errors with careful use of leveling instruments to verify the correct alignment of structural components before securing them permanently in place.
  • Reviewed work plans and blueprints to ascertain all requirements for project.
  • Reduced waste by proficiently maintaining inventory control systems for tools, materials, and consumables onsite.
  • Hoisted metal components into place, safely operating cranes during process.
  • Bolstered project accuracy with thorough inspections of erected structures for alignment, levelness, and proper placement.
  • Used appropriate safety measures and encouraged other team members to do same in effort to avoid job site injuries.
  • Streamlined project workflow by effectively prioritizing tasks and delegating responsibilities among team members.
  • Improved project efficiency by accurately interpreting blueprints and engineering drawings.
  • Improved team morale by actively participating in team meetings and providing constructive feedback.
  • Performed detailed inspections of ironwork to identify and rectify any defects, ensuring quality control.
  • Streamlined installation process, reducing labor hours required for project completion.
  • Increased lifespan of structures with application of protective coatings to prevent rust and corrosion.
  • Increased team efficiency by mentoring new ironworkers on best practices and techniques.
  • Contributed to aesthetic appeal of structures with precise installation of decorative ironwork.
  • Maintained clean and organized worksite, minimizing potential hazards and promoting safe working environment.
  • Improved project completion time with effective coordination and communication among team members.
  • Bolstered project timelines by efficiently dismantling old structures to make way for new construction.
  • Welded, cut and bent steel as necessary with torches, metal shears, and welding equipment.
  • Followed safety guidelines to fasten structural steel members and hoisted cables, chains and rope.
  • Inspected projects, identified issues that occurred and implemented corrective measures.
  • Dismantled structures and prepared equipment for travel or site movement.
  • Analyzed specifications and blueprints and suggested quantities, types and sizes of materials required per job allocation.

Structural Ironworker, Welder(smaw),

Special Works Constructions Company
10.2010 - 08.2015
  • Examined architectural drawings and building blueprints to determine reinforcement requirements.
  • Complied with OSHA and company safety guidelines for height safety, lock out tag out, confined space, and hazardous material handling.
  • Installed steel cables to reinforce structures before tightening and reinforcing.
  • Positioned rebar and other iron reinforcement following pouring of concrete.
  • Maneuvered and positioned support structures before and after pouring concrete, often manipulating iron by cutting, welding, or bending.
  • Determined size, shape, placement, and material of supports based on blueprints and structural standards.
  • Reinforced walls and structures, teaming with electricians and plumbers for routing of electrical, water, and sewage lines.
  • Consistently met demanding project requirements while maintaining high-quality workmanship under varying conditions.
  • Achieved accurate installations thanks to proficient use of cranes and other lifting devices for optimal positioning of steel components.
  • Optimized assembly processes with precise measurements and cutting of steel materials.
  • Enhanced workplace safety through diligent inspections of rigging equipment before use.
  • Expedited construction progress, aligning and bolting steel beams into place securely.
  • Mitigated structural issues by promptly identifying and reporting any discrepancies in alignment or positioning of installed materials.
  • Eliminated potential hazards through diligent adherence to safety protocols during all aspects of ironwork tasks.
  • Fostered a positive working atmosphere by sharing knowledge, skills, and expertise with team members, promoting overall success.
  • Strengthened structural integrity by expertly welding and fabricating metal components.
  • Promoted punctuality on job sites, ensuring timely completion of assigned tasks within deadlines.
  • Prevented material waste through judicious management of resources, maximizing the utility of each piece used in construction.
  • Contributed to successful project outcomes by actively participating in pre-construction planning meetings.
  • Streamlined workflow by effectively organizing tools, equipment, and materials needed for daily operations.
  • Improved project efficiency by accurately interpreting blueprints and following specifications.
  • Cut metal components to required lengths using metal shears, hacksaws, and bar cutters.
  • Welded, cut and bent steel as necessary with torches, metal shears, and welding equipment.
  • Fabricated steel frames, columns, beams, and girders according to blueprints or instructions from site managers.
  • Followed blueprints and instructions from supervisors to erect columns, beams and girders.
  • Coordinated with crane or signaled equipment operators to lift and position structural steel members and hoist beams, girders, and columns to correct positions.
  • Unloaded and positioned prefabricated steel and heavy equipment using hoisting equipment, such as cables, pulleys, or hooks.
  • Followed safety guidelines to fasten structural steel members and hoisted cables, chains and rope.
  • Aligned structural steel members to rivet, bolt and weld permanently into place.
  • Dismantled structures and prepared equipment for travel or site movement.
  • Maintained clean working environment by consistently organizing tools and equipment, promoting workplace safety.
  • Welded in flat, horizontal, vertical, and overhead positions.
  • Fabricated shop parts directly from blueprints.
  • Clamped, held, tack-welded, heat-bent and bolted component parts to achieve required configurations and positions.
  • Enhanced welding quality by following precise welding procedures and maintaining proper equipment settings.
  • Utilized blueprints and diagrams to compare finished products against design specifications.
  • Optimized material usage by accurately measuring and cutting required components prior to welding.
  • Chipped off excess weld, slag, and spatter using hand tools.
  • Enhanced aesthetic appeal of final products with skilled finishing techniques for smooth and clean welds.
  • Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
  • Welded metal components in vertical, overhead and flat positions.
  • Maintained safety by wearing protective equipment, staying alert and following procedures.
  • Welded various connections with high-quality final results.
  • Bolted, clamped and tack-welded parts to secure components prior to welding.
  • Inspected welds for accuracy and conformance to specifications.
  • Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
  • Chipped away debris and thick crusts of rust, slag, and other materials to ready surfaces for welding.
  • Inspected parts and components for defects in soldering process.

Shipfitter, Pipefitter, Boilermaker, Welder(smaw)

Caribbean Drydock Company (CDC)
05.2008 - 10.2010
  • Minimized material waste through precise measurements and skilled cutting techniques during the fabrication process.
  • Streamlined workflow for welding processes by accurately aligning bulkheads and plates.
  • Contributed to cost savings by utilizing resources efficiently during fabrication and assembly processes.
  • Promoted a safe working environment through consistent compliance regulations and company safety policies.
  • Maintained detailed records of work progress, materials used, and completed tasks to ensure comprehensive documentation for future reference or audits.
  • Used welding equipment to fabricate, cut and bend metal components to be installed in ship.
  • Read and accurately interpreted blueprints to install and maintain components such as Type, Type and Type within hull of ship.
  • Kept accurate record of ship maintenance activities such as Type and Type using Software.
  • Fostered a culture of continuous improvement within the team by sharing knowledge, offering constructive feedback, and actively participating in training sessions.
  • Facilitated seamless installations of piping systems, ventilation ducts, and other essential components within ships'' structures.
  • Optimized production timeframes by effectively prioritizing tasks based on project requirements and deadlines.
  • Supported timely project completion through effective collaboration with welders, pipefitters, and electricians.
  • Operated heavy machinery such as cranes or forklifts with care to uphold a safe working environment consistently.
  • Enhanced ship structural integrity by proficiently cutting, shaping, and assembling steel components.
  • Collaborated closely with engineers to promptly address design issues or discrepancies found during the construction process.
  • Improved vessel safety by regularly inspecting and repairing ship structures, including hulls and decks.
  • Reduced rework rates by carefully reading blueprints and interpreting technical specifications for accurate production results.
  • Altered and trimmed existing metal fabrications to meet size and position requirements.
  • Complied with safety regulations while operating machinery and tools to protect against injury.
  • Operated welding equipment to assemble and repair metal structures and elements.
  • Maintained machinery and tools to keep fabrication processes running smoothly.
  • Installed and maintained industrial piping fittings, valves, flanges and clamps to complete systems setup.
  • Threaded pipes using piping machines.
  • Followed safe work practices, which included fall protection and personal protective equipment.
  • Read and interpreted blueprints, diagrams and other technical drawings to determine best installation methods.
  • Fabricated pipe sections and components to specification using cutting, threading and welding equipment.
  • Promoted a safe work environment by adhering to company safety policies and procedures at all times during pipefitting operations.
  • Installed new systems and connected piping to existing components by welding, bolting and threading.
  • Facilitated smooth project execution by interpreting isometric drawings for accurate installation or modification of piping systems.
  • Supported fellow team members in their tasks, fostering a collaborative work environment that prioritized both safety and efficiency.
  • Increased efficiency by collaborating with team members to install, assemble and repair piping systems in various construction projects.
  • Optimized material usage by accurately measuring and calculating required materials for each project, minimizing waste.
  • Contributed to successful project outcomes by working closely with plumbers, steamfitters, and welders on diverse job sites.
  • Replaced faulty parts and repaired structural damages to pipes and related components.
  • Maintained high-quality standards through consistent attention to detail while fitting pipes according to building code requirements.
  • Improved workflow with efficient pipe system modifications, including cutting, threading, welding, and soldering components as needed.
  • Appropriately fitted pipes by identifying dimensions, sizes, and shapes needed to replace faulty pipes.
  • Supported team efficiency through clear communication regarding progress updates and potential issues during the course of projects.
  • Assisted in achieving project deadlines through effective organization of work assignments and prioritization of tasks based on urgency.
  • Connected piping systems to water heaters, boilers, pumps and auxillary equipment to complete installations.
  • Continuously expanded knowledge of industry best practices through participation in professional development courses and workshops.
  • Reduced material waste by accurately measuring and planning pipe routes, contributing to cost savings.
  • Collaborated with engineers to design piping systems that met project specifications and budget constraints, delivering high-quality results.
  • Fabricated piping pieces and components in line with design specifications for each system.
  • Used clamps and brackets to attach pipes to walls, structures, and fixtures.
  • Operated drill motors, grinders, chop saws, hack saws, and burning torches to perform tasks.
  • Cut and drilled holes in walls to permit passage of pipes.
  • Welded in flat, horizontal, vertical, and overhead positions.
  • Fabricated shop parts directly from blueprints.
  • Chipped off excess weld, slag, and spatter using hand tools.
  • Salvaged and rebuilt parts to achieve cost savings and reduce waste.
  • Collaborated on design of custom metalwork projects, meeting client specifications with innovative solutions.
  • Enhanced aesthetic appeal of final products with skilled finishing techniques for smooth and clean welds.
  • Increased efficiency in metal fabrication with precise welding techniques for complex assemblies.
  • Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
  • Welded metal components in vertical, overhead and flat positions.
  • Maintained safety by wearing protective equipment, staying alert and following procedures.
  • Welded various connections with high-quality final results.
  • Bolted, clamped and tack-welded parts to secure components prior to welding.
  • Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.
  • Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
  • Inspected pieces for defects, measured, and checked with straightedges or templates for compliance with specifications.
  • Completed projects safely by closely monitoring conditions when lighting torches and using tools.

Education

12 Grade Y 2 University - Mechanical Engineering

Polytechnic Higher Institute.(CUJAE)
La Habana Cuba
06.2008

Skills

  • Construction safety
  • Structural bolting
  • Rigging techniques
  • OSHA compliance
  • Blueprint reading
  • Structural welding
  • Column erection
  • Rigging preparation
  • Welding
  • Anchor bolt setting
  • Safety measures
  • Heavy lifting
  • Parts fabrication
  • Job site preparation
  • Metal decking installation
  • Safety protocols and procedures
  • Beam placement
  • Quality control
  • Risk management
  • Oxy-fuel cutting
  • Column connecting
  • Job planning
  • Steel fabrication
  • Scaffolding
  • Stud welding
  • Elevated work platform set up
  • Decking installation
  • Component inspection
  • Rod-bending machines
  • Joist installation
  • Equipment Repair
  • Rebar cutting
  • Rebar installation
  • Fall protection
  • Blowtorches and equipment
  • Ornamental ironworking
  • High rise ironworking
  • Hand tools operation
  • Steel component alignments
  • Beam installation
  • Decision-making
  • Specifications interpretation
  • Attention to detail
  • Problem-solving
  • Teamwork and collaboration
  • Teamwork
  • Time management
  • Problem-solving abilities
  • Torch cutting
  • Multitasking Abilities
  • Power tool operation
  • Multitasking
  • Site cleanup
  • Reliability
  • Team collaboration
  • Organizational skills
  • Excellent communication
  • Active listening
  • Adaptability and flexibility
  • Material handling
  • Relationship building
  • Health and safety
  • Safety protocols
  • Structural repair
  • Analytical thinking
  • Task prioritization
  • Self motivation
  • Metal finishing
  • Professionalism
  • Goal setting
  • Adaptability
  • Time management abilities
  • Continuous improvement
  • Physical stamina
  • Written communication
  • Precision measurement
  • Welding techniques
  • Materials inspection

Timeline

Artistic Wrought Iron and Ironworker

Self Employed
08.2015 - 10.2024

Structural Ironworker, Welder(smaw),

Special Works Constructions Company
10.2010 - 08.2015

Shipfitter, Pipefitter, Boilermaker, Welder(smaw)

Caribbean Drydock Company (CDC)
05.2008 - 10.2010

12 Grade Y 2 University - Mechanical Engineering

Polytechnic Higher Institute.(CUJAE)

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Leonardo Prieto