Equipment Fabricator

Working Schedule

• Equipment Fabricators work full-time jobs, typically with nights, weekends, and holidays off, though overtime may be occasionally needed to stay on schedule. 

Typical Duties

• Meet with managers or clients to review their requirements for fabricated equipment
• Brainstorm ideas for what such equipment might look like, its features, and the estimated cost of production
  • If multiple pieces of equipment are needed, review manufacturing procedures and costs
• Create or review written descriptions or sketches, blueprints, technical drawings, etc.
• Agree upon the terms of work, including timelines and budgets
• Collaborate with team members, including engineers or consultants, as needed
• Request the equipment, tools, and raw materials necessary to begin work
• Use hand tools and operate machines to fabricate workpieces. Assemble parts when ready
• Mark cutting lines on materials; check to ensure pieces are securely fitted and aligned 
• Examine parts or final products for quality assurance
• Conduct stress tests and troubleshoot prototypes to ensure proper functioning before submitting them for review
• Garner feedback and make adjustments 

Additional Responsibilities

• Attend equipment/product development meetings
• Adhere to safety standards and guidelines
• Create detailed reports of all work
• Write or help write operation manuals for new equipment
• Stay up-to-date on applicable software and technical manuals 
• Train and mentor new fabricators, machinists, operators, technologists, and technicians, as needed
• Keep work areas clean and perform routine maintenance on machines

Soft Skills

• Alertness
• Analytical
• Cautious
• Communication skills
• Compliance-oriented
• Critical thinking
• Detail-oriented
• Discipline
• Independent 
• Objective
• Organized
• Patient 
• Planning and organization
• Problem-solving
• Safety-consciousness
• Sound judgment 
• Stamina
• Teamwork
• Time management 

Technical Skills

• Blueprint reading
• Welding/metalwork
• Machining and machinist programs such as Armchair Machinist and Machinists’ Calculator
• Computer-aided design programs like Autodesk AutoCAD, CATIA, PTC Creo Parametric, and SolidCAM
• Computer-aided manufacturing software like Autodesk Fusion 360 and CNC Mastercam
• Industrial control software such as EditCNC or Mazak Mazatrol
• Procedure management programs like Hexagon Metrology PC-DMIS
• Precision measurement tools (calipers, micrometers, and gauges)
• Knowledge of materials and their properties (including various types of metal and metal alloys such as steel, brass, aluminum, copper, zinc, lead, vanadium, and manganese)
• Familiarity with tools and equipment such as welding machines, shears, presses, grinders, CNC machines, lasers, plasma cutters, waterjets, measuring instruments, and safety gear
• Familiarity with hydraulic systems, electrical wiring, lubricants, and batteries
• Safety procedures and first aid

• Aerospace industry
• Agribusiness
• Automotive industry
• Computer and electronic product manufacturing
• Construction companies
• Food processing industry
• Machinery manufacturing
• Oil and gas companies
• Renewable energy sector
• Research and development 
• Temporary help services
• Transportation equipment manufacturing

Equipment fabricators must maintain high levels of precision and deliver quality prototypes and finished products that meet their employer’s or client’s expectations. Work must be done safely, within established timeframes and budgets, and in compliance with applicable industry standards. 

These numerous demands put a lot of pressure on fabricators, whose work is heavily scrutinized. When things get behind schedule, they may have to put in extra hours to catch up. It’s a physically demanding job, involving lifting, prolonged standing, and exposure to various hazards—all of which can take a toll over time.

Trends in the field of equipment fabrication include the rise of Industry 4.0, which uses technologies like automation, artificial intelligence, Cyber-Physical Systems, cloud computing, 3D printing, and the Internet of Things to improve efficiency and productivity. 

For equipment that will be mass-produced, the Industrial Internet of Things enables manufacturers to connect machines, devices, and sensors to the Internet. This allows real-time data collection, helping to optimize operations. Sustainable Manufacturing is another growing trend, as companies seek to reduce waste, improve energy efficiency, and utilize renewable resources. However, this may be less important for customized equipment that will only be made once or a few times. 

Equipment Fabricators enjoy visualizing ideas and using their hands to bring them to life. They are comfortable using tools and stationary heavy equipment. They might have enjoyed math and shop classes in school, as well as design and computer programming. 

For them, it’s easy to collaborate but they don’t mind working alone for long periods where they can focus on the task at hand. They might have been highly independent growing up, and thus feel right at home completing projects without a ton of interaction with others.