A machinist is a trained professional or trades person who knows the tools and materials used for setting up machines and operating them. These machines include small and large devices that vary from one another. The education degree required in this field is an apprenticeship or industrial training in vocational and skilled trades. It requires a well-developed mechanical aptitude to precisely use machines and measuring instruments with in-depth knowledge in the related field to successfully utilise tools for work procedures and machining operations.
Machinists and millwrights are required for the installation and calibration and manufacture of machine parts. The work of a machinist varies from manufacturing less complicated machines to that of larger and complicated ones. Some of the manufacturing works that machinists work on are motorcycle frame parts, internal combustion motors, micrometres, or pieces of submarine engines. Machinists who perform exceptionally well in their field are highly sought after, respected, and are generally well-paid. In the military and utility sectors, experienced machinists earn a good amount of annual income, which can be around $100,000 per year.
Machinists play an essential role from time to time when a part needs to be produced, which happens thousands of times. The production includes anything in the production line that can be made from plastic or metal. In this regard, every machine tool has its role, and production planning is used for the most logical workflow to enhance the smooth functioning of machines.
The most common materials used by machinists are alloys, steel, brass, copper, and aluminium. However, the work of machinists is not limited to only these materials, they also use zinc, lead, vanadium, manganese, plastics, glass, and rubber. Cutters that machinists deal with are usually tough hence the materials involved in this process are mostly tungsten carbide, borazon, high-speed steel, ceramics, and diamond.
Specialisations
The most common materials used by machinists are alloys, steel, brass, copper, and aluminium. However, the work of machinists is not limited to only these materials, they also use zinc, lead, vanadium, manganese, plastics, glass, and rubber. Cutters that machinists deal with are usually tough hence the materials involved in this process are mostly tungsten carbide, borazon, high-speed steel, ceramics, and diamond.
Specialisation
Machine Tools
Milling Machines
Grinders
Lathes
Drilling Machines
Technical Writing and Comprehension
Simulation
Modelling
Analysis
Critical Thinking
Tooling and Machining
Geometric Dimensioning
Mechanical Design
Manufacturing
Production
Electronics
Information Technology
Management
Process Operation
Industrial Automation
Industrial Machinery
Quality Control
Machine Setting
Stock and Material Handling
Shipping
Employability
The employability rate for machinists is very high and is expected to grow even more in the coming years. Even though there is a vast improvement in technologies, there is a high demand for machinists because they play a significant role in setting up automated systems, monitoring them, and maintaining them. This would mean that this career path provides good employment opportunities with the advancement of technology. In addition, the investment of manufacturers in product design, new equipment, and modification of production process leads to more requirements of machinists as they possess diverse skills in modern production techniques. Economic cycles impact employment in the industry and drive the manufacturing sector where many merchants work. Machinists with excellent skills and proficiency in repairs and maintenance have access to stable jobs because these services are vital for manufacturing plants, even if production chances decrease.
Machining is a good career option as those employed within this domain enjoy a good salary and long-term employment. Over the years, it has been observed that there was no decline in the demand for machinists; in fact, the need for machinists grows as the modern world evolves. In this regard, the working environment has changed from that of the past. Earlier, the work was regarded as dirty, dull, dangerous, or insecure. Today, the working environment for machinists transformed with the onset of highly skilled and well-paid professionals in work.
This scenario brings about satisfaction in those keen to work with their hands and find joy in creating something tangible. It has been recorded that the work of machinists is detail-oriented, and they use critical thinking skills in solving complex problems. Machining is an exciting career that offers people the right platform to turn their ideas into reality. In addition, it is a rewarding career that people respect very much because it requires physical and mental stamina to process the challenges as opportunities for professional growth. Machinists can work in private and public sectors, as they are needed in almost all work areas.
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- The job roles of Machinists include:
Apprentice Machinist
Production Associates
Fitters
Machine Machinist
Assistant Manager
Cylindrical Grinder
Technician
Operator
Lathe Operator
5 Axix Setters
Machine Operator
VMC Operator
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- Deputy Manager
Assistant Manager
Machinist
5 Axix Gantry Milling Machinist
Turner Machinist
Production Supervisor
VTL Settor Cum Operator
Electrician and Fitter
Precision Machinist
Mould Setter
Mechatronic Engineer
Woodworking Machinist
Production Operator
Foundry Technician
Service Technician