Manufacturing Manager × Required Skills: Quality Inspection

438 jobs found.

Raw Material Blender (Bread and Confectionery Manufacturing)

A profession that weighs and blends raw materials for dough used in bread and confectionery, managing quality and mixing ratios.

Raw Material Sieving Worker (Cement Mortar Product Manufacturing)

This occupation involves sieving raw materials for cement mortar products. It handles quality uniformity and particle size blending.

Raw Material Melting Worker (Candle Manufacturing)

In candle manufacturing, this occupation involves properly heating and melting raw materials such as wax and additives, and preparing molten materials for the next processes of compounding and molding.

Coil Winding Worker (Telecommunications Equipment)

A profession that manufactures products with electrical characteristics according to specifications by winding coils used in telecommunications equipment manually or with a winding machine.

Koji Worker (Miso and Soy Sauce Manufacturing)

Specialized profession that uses koji mold to produce koji from grain raw materials and handles the fermentation process for miso and soy sauce.

Koji Room Worker (Miso and Soy Sauce Manufacturing)

Koji room workers manufacture koji, the raw material for miso and soy sauce. They control fermentation through appropriate temperature and humidity management to ensure stable quality.

Synthetic Detergent Manufacturing Worker

Factory operation job handling raw material blending from manufacturing, quality inspection, packaging, and equipment maintenance for synthetic detergents.

Synthetic Leather Shoe Manufacturing Worker

This occupation involves cutting, sewing, assembling, finishing, and other processes for shoes using synthetic leather in a factory, performed through machine operations or manual labor.

Steel Tape Armoring Worker

Manufacturing work that winds steel tape (steel tape) around electric wires or cables to form shielding or protective layers.

Yarn Twisting Worker

Occupation that manufactures ply yarn by twisting multiple fiber bundles together.