Machiel Adriaan Theron

• Worked on structural supports using techniques such as MIG welding.
• Aligned and connected structural components to create safe, long-lasting results.
• Tested different types of welding equipment to ensure optimal performance levels.
• Utilized specialized tools such as clamps, vises, tongs, when required during a project.
• Applied shielding gases to prevent oxidation during the welding process.
• Welded joints in flat, horizontal, vertical, and overhead positions as required by the task at hand.
• Checked tools, equipment and safety gear for proper performance.
• Fabricated metal components according to blueprints and drawings.
• Maintained a clean work area by removing scraps of metal and other debris from job sites. Beam Cut Machine Operator
• Documented daily production data and submitted accurate time logs to keep management up-to-date.
• Maintain records of completed work and production data including volume produced and time required for each task.
• Prepared machine for production processes by equipping with required tools and parts.
• Adjusted machine settings according to production requirements.
• Unload finished products from machines onto conveyors or other transport systems.
• Check products for accuracy using measuring instruments such as calipers, micrometers, gauges.
• Read blueprints and job orders to determine product specifications and tooling instructions.
• Load raw materials into machines according to specified measurements.
• Monitor the feed and speed of machines during the machining process.
• Assisted with troubleshooting issues that arose with facility production processes.
• Comply with company policies regarding quality control procedures.
• Maintained proper chemical inventories.
• Set up and operate machine tools to produce precision parts and instruments.
• Performed regular maintenance on machines to ensure optimal performance.
• Adjust machine settings to complete tasks accurately.
• Conducted regular safety audits to identify potential hazards or risks within working environment.
• Replace worn tools, sharpen cutting tools, adjust machinery components.

• Performed MIG, ARC and oxyacetylene welding techniques on a variety of metals.
• Aligned and clamped workpieces using rules, squares or hand tools.
• Used Techniques to complete strong and professional welds.
• Cleaned and inspected parts and assemblies at each production stage and documented production defects.
• Read blueprints and drawings and took measurements to plan layout and procedures.
• Produced work using appropriate welding techniques, metallurgy knowledge and engineering requirements.
• Prepared workpiece edges by grinding, cutting, buffing or bending to verify snug fit.
• Provided technical assistance to other members of the production team as needed.
• Set up and operated manual and automated welding machines according to specifications.
• Positioned and clamped workpieces together and properly assembled in jigs and fixtures.
• Adjusted settings on all related equipment for proper operation during each job cycle.
• Prepared material surfaces for welding by removing scale, rust or other foreign matter.
• Monitored gas pressure levels throughout the production process to ensure optimal results.
• Positioned and secured workpieces using hoists, wire and banding machines or hand tools.
• Fixed defective components by removing errors and rewelding parts.
• Marked or tagged material with job number, piece marks and other identifying marks.
• Maintained daily records of production activities.
• Replaced worn out consumables such as electrodes, nozzles, tips.
• Worked effectively in team environments to make the workplace more productive.

Cutting, arc, GTAW, and GMAW welds, brazed and soldered metal parts in the repair and replacement of parts and mechanical equipment, or in the repair, replacement, or installation of structural steel, aligned, set in place, and welded bases of load bed trucks, as well as body panel beating and spray painting.

Structural steel welding: arc, GMAW, and SMAW, 3 to 4 mm and up, depending on job order.

• Used Hand Tools: Grinders, plasma cutters, cutting torch, bench grinders, etc.

• Laid out, positioned, aligned, and secured parts and assemblies with straightedges, squares, and calipers.
• Set up equipment and welded parts according to welding chart specifications and type.
• Prepared surfaces for welding by grinding off burrs or cleaning dirt off surfaces with wire brushes or compressed air hoses.

• Identified areas needing improvement in order to increase efficiency of crane operations.
• Adjusted cables and pulleys to prevent damage to cranes.
• Used floor scales to weigh pallets and bundles, documenting weights for company records.
• Observed and followed signals of those from individuals directing moving and positioning of loads.
• Cleaned and lubricated cables, pulleys, and grappling devices.
• Operated overhead cranes as required, and rigging of cranes ensured adherence to all safety-at-work policies. General Welder

Cutting, arc, GTAW, and GMAW welds, brazed, and soldered metal parts utilizing multiple techniques across the repair and replacement of parts of mechanical equipment, or installation of structural steel, aligned, set in place, and welded gantries, jibs, and overhead cranes followed blueprints in performing structural or major mechanical repair work.

Structural steel welding: arc, GMAW, and SMAW from 3 to 4 mm and up, depending on jobs.