The level 1 welder must pass a 6G (Stick) welder qualification test. The candidate will complete a Flux Cored Arc Welding Process (FCAW) in the 6G position test. If the candidate fails the FCAW 6G test, he or she would still qualify for employment with the understanding that he or she must retest and pass the FCAW 6G test, no later than 90 days of employment. The welder should also be able to fabricate and fit complex structural assemblies such as structural members, beams and components of the mast, substructure and oilfield skid assemblies.
High school diploma or equivalent A total commitment to working safely and participating in all HSE programs. Minimum of 1 to 3 years welding experience on drilling rigs and associated equipment. Prolonged Standing and Walking: The Welder may have to stand and work in the confines of the drilling floor for a sustained period of time without a break and for a total time of up to 12 hours per work day. The employee stands and/or walks on steel decking and grating. Surfaces can be wet and/or muddy. Sitting: The Welder may have to sit in the riding belt while suspended from the air hoist for up to 30 minutes. Bending/Stooping, Squatting, Kneeling and Crawling: The Welder will continually get in and out of the positions of bending, squatting and kneeling throughout the time he/she is involved in the job task for up to 12 hours. Sustained period of bending/stooping, squatting or kneeling of longer than 3 -5 minutes or crawling more than 4 to 6 feet without an opportunity to change position as desired will generally not occur. Overhead Work: The Welder is required to work overhead on tasks such as chipping and grinding for as long he/she can tolerate. He/she will work in these positions overhead while handling the 5 lb. grinders for up to 5 � 10 minutes at a time (or until fatigued) followed by a change in activity position. The Welder may also swing an 8 or 16 lb sledge hammer overhead for up to approximately 6 to 8 swings in succession. Arm-Hand Steadiness: The ability to keep your hand steady while moving your arm or while holding your arm and hand in one position. Range of Motion Required: Functional cervical, trunk, upper and lower extremity ranges of motion are required to perform tasks safely and efficiently. Climbing Stairs, Ladders and Uneven/Unprotected Structures: The Welder may climb to and from the ground to the drill floor (25-50 steps) approximately 12 times in a given day with an increase to as often as 20 to 30 times during rig up and rig down operations. The Welder may work while suspended from a riding belt or while standing or sitting on various beams 6 feet or more off the drill floor while attached to a secure structure with a safety harness. Balance: Good static and dynamic balance is required for sitting, squatting, walking, carrying, lifting, pushing, pulling and climbing the ladder up the derrick. Lifting and Carrying: The Welder may be called upon to lift and carry a variety of objects throughout the tour each day. These objects will vary in size and weight as well as frequency on a daily basis.
Lays out, positions, and secures parts and assemblies according to specifications, using straightedge, combination square, calipers, and measuring tape Tack-welds or welds components and assemblies, using SMA, GTA, or FCA welding processes Cuts work piece, using oxy-acetylene torches Able to Air Carbon Arc Gouge Removes rough spots from work piece, using portable grinder, hand file, or scraper Welds components in flat, vertical horizontal, or overhead positions Analyzes engineering drawings and specifications to plan layout, assembly, and welding operations Develops templates and other work aids to hold and align parts Determines required equipment and welding method, applying knowledge of metallurgy, geometry, and welding techniques Ten or more years of welding experience on drilling rigs and associated equipment Certifications for welding structural steel such as Grade 50, and 4130.
Nabors is a leading provider of advanced technology for the energy industry. With operations in about 20 countries, Nabors has established a global network of people, technology and equipment to deploy solutions that deliver safe, efficient and responsible hydrocarbon production. By leveraging its core competencies, particularly in drilling, engineering, automation, data science and manufacturing, Nabors aims to innovate the future of energy and enable the transition to a lower carbon world.
