The machining and machinery industry represents the first stage of the manufacturing process. This industry manufactures metal parts that are used to make machines, tools, and other machine parts; that is, it creates metal machines that make other machines, and also produces parts for such items as engines, tools, and other machinery.
Careers in this industry include professionals involved in the development process such as research engineers, and in some cases industrial designers, who analyze market needs and decide what new products are in demand. Often, other members of this team include marketing specialists, production personnel, sales representatives, manufacturing experts, and design engineers and technicians. Manufacturing engineers design the machines or the configuration of equipment that construct the product, industrial engineers devise efficient processes that use machines and workers together, and mechanical engineers develop the specifications for machines and tools.
Many types of workers are involved in all aspects of the machining and machinery industry. Workers such as general maintenance mechanics operate and repair machines and mechanical equipment. Complex power-generating equipment in industrial plants is operated and maintained by stationary engineers, who receive specialized training for their jobs. Other workers, like boilermakers and millwrights, install huge pieces of machinery. Precision machinists construct machines, layout workers and job setters prepare workpieces and machines for operation.
Instrument makers design the electrical equipment that measures and regulates machine operation, numerical control tool programmers write the computer instructions to run machines. Precision metalworkers, such as tool and die makers and mold makers, design and produce dies and molds that manufacture products with machines. Fluid power technicians install and maintain component parts of machines. The field of nondestructive testing employs industrial radiographers and laser technicians who apply techniques to determine the quality of products made by machines and components that will be used in machines.
The machining and machinery industry is closely tied to economic conditions. An economic downturn usually translates into slowdowns in this industry, and as the economy improves there typically are delays before machine tool shipments and employment trends reflect the improvement.
The U.S. Department of Labor projects that employment will grow, albeit at a slower than average pace, in the coming decade due to the increased numbers of automated production processes that require the supervision of skilled machinists and a relative lack of candidates entering training programs. Even if production levels fall, machinists will be needed to repair, monitor, and control expensive automated equipment. For this reason, skilled machine workers will be in modest demand for the foreseeable future. Most openings will occur due to retirements or those who leave the profession to pursue other opportunities. Workers with the best potential for employment are those who become skilled at what they do and pursue advanced training or education.
- Advanced Manufacturing Technicians
- Boilermakers and Mechanics
- Chief Robotics Officer
- Computer-Aided Design Drafters and Technicians
- Diesel Mechanics
- Electroplating Workers
- Engineering Technicians
- Fluid Power Technicians
- Forge Shop Workers
- Industrial Engineers
- Industrial Machinery Mechanics
- Industrial Radiographers
- Instrumentation Technicians
- Job and Die Setters
- Laser Technicians
- Layout Workers
- Manufacturing Engineering Technologists
- Manufacturing Production Technicians
- Manufacturing Supervisors
- Mechanical Engineering Technicians
- Mechanical Engineers
- Metallurgical Technicians
- Numerical Control Tool Programmers
- Ophthalmic Laboratory Technicians
- Precision Machinists
- Precision Metalworkers
- Robotics Engineers
- Robotics Integrators
- Robotics Technicians
- Stationary Engineers
- Welders and Welding Technicians