John Mobley

• Observed each team member to carry out duties and provided constructive criticism.
• Organized evening meetings to set operations for following day and next shift crew.

Strong attention to safety in all you do!

- Read and interpret engineering blueprints, drawings, and sketches.
- Weld and fabricate metal components using various welding techniques.
- Utilize hand tools and equipment such as micrometers, plasma cutters, and cranes.
- Ensure welded parts meet industry standards and project requirements.
- Operate forklifts to move materials within the work area.
- Adhere to welding codes and standards for quality assurance.
- Perform quality checks on finished products.

• Trained staff members to perform inventory management, customer service and maintenance.
• Upheld federal safety standards and environmental disposal protocols.
• Coordinated with production managers, monitoring material movement in and out of facility.
• Managed communication between associates and management, addressing key issues and needs.

THG millwrights install, repair, replace, and dismantle the machinery and heavy equipment used in many industries. Responsibilities require a wide range of skills—from blueprint reading and pouring concrete to diagnosing and solving mechanical problems.

THG millwright’s responsibilities begin when machinery arrives at the job site. New equipment must be unloaded, inspected, and moved into position. To lift and move light machinery, millwrights use rigging and hoisting devices, such as pulleys and cables. In other cases, they require the assistance of hydraulic lift-truck or crane operators to position the machinery. Although these pieces of equipment are available for use, some heavy lifting may be required.

Because millwrights often decide which device to use for moving machinery, they must know the load-bearing properties of ropes, cables, hoists, and cranes. THG millwrights are also required to operate aerial lift equipment such as scissor lifts and boom lifts.

THG millwrights consult with project managers and others to determine the optimal placement of machines in a plant. In some instances, this placement requires building a new foundation. THG millwrights either prepare the foundation themselves or supervise its construction, so they must know how to read blueprints and work with building materials, such as concrete, wood, and steel. THG millwrights are expected to perform any job assigned to them to the best of their ability.

When assembling machinery, THG millwrights fit bearings, align gears and wheels, attach motors, and connect belts, according to the manufacturer’s blueprints and drawings. Precision leveling and alignment are important in the assembly process; THG millwrights must have good mathematical skills, so they can measure angles, material thickness, and small distances with tools such as squares, calipers, and micrometers. When a high level of precision is required, devices such as lasers and ultrasonic measuring tools may be used. THG millwrights also work with hand and power tools, such as cutting torches, welding machines, and soldering guns. Some of our workers use metalworking equipment, such as lathes or grinders to modify parts to specifications. All THG millwrights are required to possess their own basic hand tools.

In addition to installing and dismantling machinery, THG millwrights repair and maintain equipment. This includes preventive maintenance, such as lubrication and fixing or replacing worn parts.

Increasingly sophisticated automation means more complicated machines for our millwrights to install and maintain. For example, THG millwrights may install and maintain numerical control equipment—computer controlled machines that produce products in the baking and snack industry. This machinery requires special care and knowledge, so our millwrights often work closely with computer or electronics experts, electricians and manufacture’s representatives to install it.

Working Conditions

Working conditions vary by project. THG Millwrights are employed in bakeries often work in a manufacturing setting and use protective equipment to avoid common hazards. For example, protective devices, such as safety belts, protective glasses, and hard hats may prevent injuries from falling objects or machinery. Other projects may require workin goutdoors in uncomfortable weather conditions.THG millwrights are required to comply with all plant level GMP’s (Good Manufacturing Practices) this includes wearing hairnets and beard covers if required. Also no tobacco products or chewing gum is allowed while in these facilities. It is the responsibility of each employee to observe safety regulations and to use the safety equipment provided. Failure to comply with these rules could result in immediate termination.

THG millwrights may work independently or as part of a team. They must work quickly and precisely, because disabled machinery costs our customers time and money. Many of our millwrights work overtime; most always our millwrights work more than 40 hours during a typical week. During shutdowns, millwrights are assigned shift work, because of downtime requirements laid out by our customers.

• Completed welding projects using gas tungsten arc, gas metal arc, flux-cored arc, plasma arc, and shielded metal arc equipment.
• Removed and repaired unacceptable welds with air arc and grinder to meet quality guidelines.
• Inspected welds and checked critical measurements to meet specifications.
• Clamped, held, tack-welded, heat-bent and bolted component parts to achieve required configurations and positions.
• Set up and operated shielded metal arc and gas metal arc welding equipment.
• Fabricated shop parts directly from blueprints.
• Chipped off excess weld, slag, and spatter using hand tools.

• Complete pre-employment skills evaluation consistent with Maintenance Millwright II capabilities
• Ability to provide both customers safe, clean, reliable, on-time, courteous service
• Knowledge of the applicable occupational hazards and safety precautions
• Considerable knowledge of the standard methods, practices, materials, tools, and equipment of the industrial maintenance trade
• Must be able to stick weld carbon steel at an intermediate level
• Knowledgeable of the mechanical, pneumatic, and hydraulic operating characteristics of a variety of equipment and machinery
• Ability to use five senses to detect faulty operation of equipment or defective materials and notify supervisor and customer
• Ability to use precision measurement tools (calipers, micrometers, dial indicators, etc.) fit bearings, align gears and shafts, attach motors and connect couplings and belts to precise tolerances
• Safe and skilled use of rigging, hoisting, lifting, and lift operator signaling
• Ability to interpret layouts, drawings, blueprints, P&ID’s manufacturer’s specifications, and other technical plans
• Ability to perform simple shop math, convert decimals to fractional equivalents
• Ability to understand and execute oral and written instructions
• Operated machine tools to fabricate parts during overhaul, maintenance, or setup of machineries.
• Aligned and leveled machines using precision measuring instruments to avoid unnecessary wear and tear.

Welded with 7018 and downhill using 6010. Moved up to 100 feet of weld lead. Arc gouge for big oil/water tanks for the oil eld. Must pass a weld test per AWS or ASME in the processes that you are applying for as well as pass either a bend test or x-ray welding with 7018 in vertical position. Must be able to physically move 75 to 100 pounds, routinely. Must have experience in the use of the following tools: 4 & 8 pound hammer, t up bar, grinders, chipping hammers, magnetic drills and cutting tools. Must be able to pass a post hire physical verifying ability to perform essential functions of the job, as well as a drug test. Must be able to at a minimum pass welding test in 2G and 3G positions SMAW (E7018 uphill and E6010 downhill) and 2G and 3G positions FCAW for carbon steel plate and understand welding machine components and welding variables and consumables. Must be able to physically move welding lead (approximately 100 pounds) and be able to work and weld out of position and off of ground level. Must be able to safely move and handle heavy steel plate and structural shapes including loading, unloading, setting, aligning, tting, assembling and cutting. Movement and handling are done both manually (up to 100 pounds) and with assistance of a crane or other equipment. Using a grinder must be able to brush and grind weld seams in preparation for radiography, chip or grind welding burrs and scars and perform other plate surface cleaning. For consideration of reaching higher welding grade, must be able to pass stainless steel plate tests and 6G position for SMAW and/or FCAW for pipe. Layout of steel plate, reading of blueprints.

• Loaded, unloaded and identified building materials, machinery, and tools to distribute tools to appropriate locations.
• Assisted equipment operators in alignment, movement, and adjustment of equipment and materials.
• Install new water services, fix any and all water leaks. I run equipment skid steer, excavator and tractor when needed. Also stab water pipe when there is a new line extension to be done. Works under direction of the Crew Leader. To complete all maintenance, repairs, and new construction projects assigned. To service and maintain all customer service connections. To identify and report any leaks or repairs needed to the Distribution Manager. To maintain and service all vehicles, equipment, and tools assigned. To complete all assignments issued in a safe, timely and cost effective manner. Be available for on-call duty.

• Operated hoists, cranes, and power tools to dismantle equipment to find and remove defective parts.
• Prepared welding equipment to perform advanced welding work.
• Welded in flat, horizontal, vertical, and overhead positions.
• Salvaged and rebuilt parts to achieve cost savings and reduce waste.
• Utilized blueprints and diagrams to compare finished products against design specifications.

I welded on equipment, built and repaired augers, fabricated tools, ran sky track and skid steer. I also did a little bit of mechanic work when needed. Experience in MIG welding with .045 ux core dual shield wire using 75/25 mixed gas, stick welding with 6010, 6011 & 7018 rods. Prociency in plasma cutting, oxy/acetylene torch cutting, arc gouging, and basic shop tools such as grinders and chop saws. Common tasks include repairing drill tools, welding casing, trailer repair, and drill rig maintenance.

• Observed hydrostatic and dimension tolerance tests to evaluate weld quality and conformance to specifications.
• Inspected pieces for defects, measured, and checked with straightedges or templates for compliance with specifications.
• Avoided warping, shrinkage, and distortion by carefully controlling welding processes.
• Suggested improvements to soldering process to increase efficiency.

Welding bottoms for the vertical Frac tanks, Portable ponds, Vac tanks, and regular Frac tanks. I also read blueprints. Maintained the operating machines

• Removed outdoor debris and yard clippings into receptacles to properly maintain grounds.
• Properly handled, transported, and disposed of recycled materials.
• Followed work orders and specifications for machine and equipment replacement, repair, or maintenance.
• Used problem-solving skills to alleviate issues efficiently with minimal supervision.
• Completed daily, weekly, and monthly checklists on building equipment to maintain records of scheduled maintenance procedures.

I welded a little bit with trailers and anything else that needed to be welded. I also remodeled homes that were on the schools campus. Oil changes, maintenance work, and plumbing work for the house parents and mothers that lived on campus with their children.

• Completed welding projects using gas tungsten arc, gas metal arc, flux-cored arc, plasma arc, and shielded metal arc equipment.
• Removed and repaired unacceptable welds with air arc and grinder to meet quality guidelines.
• Inspected welds and checked critical measurements to meet specifications.
• Clamped, held, tack-welded, heat-bent and bolted component parts to achieve required configurations and positions.

I worked here on and off for 3 years. I welded stick weld 7018 and 6010 on big water tanks. I used a grinder, torch, gauger, and read some blue prints for jobs .Constructs and erects steel tanks for storing liquids according to blueprint specications: Welds, Cuts and shapes tank parts from steel, using welder. Fits parts together and tests holding properties of tanks and adjusts tank sections to make them watertight and airtight. Directs hoisting of tank parts onto buildings and assembles them, using hand tools

• Coordinated installation of new users and relocations of existing users.
• Read blueprints and schematics to correctly place equipment.
• Located and repaired line faults to maintain existing network without causing signal failure interruptions.
• Identified and reported equipment malfunctions, defective parts and materials to appropriate supervisor.
• Researched and recommended network and data communications hardware and software.
• Installed and configured new devices and system components.
• Worked closely with network administrators and server engineers to deliver quality service.

I installed and ran communication wires and fiber optic cables to the main database.

• Provided on-the-job training to newly hired workers and team members.
• Maintained knowledge of industry policies and procedures to set up and operate equipment safely.
• Worked outside in all weather conditions.
• Assembled products according to changing daily work orders and specific customer needs.

I ran equipment to build different types of projects - for ponds, buildings, and houses. I also welded any repairs that needed to be xed on the machines.

• Assisted in training new solderers on soldering procedures.
• Cut, grinded and bent edges of materials to be joined for snug fit using power grinders and hand tools.
• Monitored and documented soldering results.
• Completed projects safely by closely monitoring conditions when lighting torches and using tools.
• Inspected welds for accuracy and conformance to specifications.
• Prepared for assembly by positioning, aligning and securing parts using tools such as jigs and vises.

I welded agricultural gates. Weld components in a vertical, or overhead positions. Positions work pieces; clamps work pieces together or assembles them in jigs or fixtures.

• Maintained tight tolerances with design specifications.
• Moved finished work to correct staging area for disposition.
• Properly loaded and unloaded materials in and out of machines.

Adhered to high level of safety by following company rules and regulations to prevent injuries.

Operate metalworking machine tools, such as lathe, milling machine, shaper, or grinder to machine parts to specifications. With assistance calculate and set controls to regulate machining, or enter commands to retrieve, input, or edit computerized machine control media. Measure, examine, and test completed units to detect defects and ensure conformance to specifications. Install repaired parts into equipment and operate equipment to verify operational efficiency. Clean, lubricate, and maintain machines, tools, and equipment to remove grease, rust, stains, and foreign matter. Cut and shape sheet metal and heat and bend metal to specific shapes. Provide various other machining services when required. Know and understand Weatherford Quality Policy and comply with all requirements of the Quality Systems Manual, Operating and Technical Procedures and Workplace Instructions. Must understand and comply with all safety rules and company policies of Weatherford. Work assignments carried out to the highest quality level. Perform various other duties and activities as assigned by supervisor within the physical constraints of the job.