How to find a job with Jigs skills

A tool and die designer is responsible for creating technical and mechanical components using various computer-aided machines and equipment. Tool and die designers should have an excellent comprehension of schematics and blueprints to verify dimensions and design accurate workpieces. They must be highly-analytical, especially on conducting measurements to ensure the consistency and compatibility of components for production. A tool and die designer should adhere to the safety protocols and regulations at all times to prevent hazards and operational delays.

The job of a toolmaker is to make precision tools, holding devices, and special guides that are used in the manufacturing process. You will be responsible for repairing, maintaining, and improving jigs, fixtures, and fittings for press tools and all tooling dies, conducting routine regrinding and servicing of tools, and ensuring compliance with all quality standard regulations. In addition, you may be tasked to operate lifting equipment and forklift truck and document die history and other relevant records. You will also be responsible for conducting preventative maintenance.

The job of a journeyman welder is to bond the different types of metal to create larger, industrial pipes. Typical duties include operating welding equipment, ensuring a safe working environment, and reading blueprints. You are also responsible for welding metal parts and designing and building fixtures. To become a successful journeyman welder, you must complete an apprenticeship or a training program. In addition, you must also have previous work experience, technical skills, and in-depth knowledge of all relevant terminology and industry computer software.

An aircraft assembler works on the construction and assembly of an aircraft's components. They are responsible for inspecting components, ensuring components meet all aircraft safety protocols, and coordinating with the quality assurance team. They must also regularly inspect all manufacturing equipment and report to supervisors. An aircraft assembler must have experience in both construction and aircraft engineering.

A tool and die maker is responsible for operating various mechanical tools and equipment to create components, metal parts, and other tools for a wide range of industries. Tool and die makers analyze schematics and blueprints to assemble parts and verify dimensions accurately. They also perform diagnostic tests for the items and adjust specifications as needed. A tool and die maker must have excellent communication and organizational skills, as well as extensive knowledge of the technological and mechanical industries.

A tool designer is an expert who works to engineer a new equipment's initial design used in industrial manufacturing. Tool designers design machine cutting tools like drills, broaches, and milling-machine cutters. They apply geometric and algebraic formulas along with standard tool engineering data for tool configuration development. Also, they modify tool designs based on production service data or trial for tool life performance and life improvement.

Manufacturing labor workers perform unspecialized labor in the course of the manufacturing process. They are responsible for assisting in the manufacturing assembly line, feeding materials into the machinery, assembling items, packaging items, storing items, cleaning and maintaining the manufacturing equipment, combining ingredients according to the given formula, and keeping records of information such as products tested, meter readings and dates and times of manufacturing. They are also required to lubricate equipment and load and unload items.

A Structures Mechanic maintains the frame and structural components of machinery. They fabricate and repair metallic and nonmetallic materials, as well as perform inspections and supervision of machinery.

The MIG welder is responsible for creating metal projects using inert gas welding techniques and electric arc processes. MIG welders carefully fuse metal components, avoiding contamination on the weld, as well as managing the metal bond defects. They analyze specifications, interpret blueprints, and operate various machine tools and equipment for accurate measuring and cutting. The MIG welder should strictly follow the safety procedures at all times during operations to avoid hazards in the workplace, including the proper storage and cleaning of welding tools and materials.

Tool Design Engineers are responsible for the design of new tools as well as making improvements to existing ones. They are responsible for drafting schematics and blueprints, determining tool specifications and production as well as carrying out calculations to establish tools cost, materials, and dimensions. Other duties include communicating with suppliers to implement tool modifications, tracking performance targets, and conducting cost budgeting. A good Tool Design Engineer aims to reduce tool breakdowns and minimize maintenance costs.