Thin Film × Weaknesses: Creativity & Ideation
Jobs Following Established Methods Rather Than Ideation
This collection features jobs that may suit those who prefer to work following established methods and procedures rather than ideation.
While creativity manifests in various ways, not all jobs constantly require new ideas. Rather, many jobs value accurately executing established methods and maintaining consistent quality. Additionally, carefully preserving and continuing good existing methods is an important contribution.
What matters is finding an environment that matches your working style. Producing steady results in stable environments is also a valuable strength. The jobs introduced here offer possibilities to leverage such stability and reliability.
6 jobs found.
IC Manufacturing Worker
IC Manufacturing Workers operate process equipment in cleanroom environments during semiconductor chip (IC) manufacturing processes, performing micromachining such as photolithography, etching, and film formation.
Oblate Manufacturing Worker
This occupation manufactures edible thin films called 'oblate' used as packaging materials for pharmaceuticals and food. It handles the entire process from forming, drying, cutting, and packaging using starch as the raw material.
Vacuum Deposition Plater
Surface treatment technician who evaporates and disperses metal or organic materials in a vacuum chamber to apply a uniform thin film to target objects. Engaged in manufacturing electronic components, optical components, etc.
Vacuum Plating Worker
A profession that deposits or sputters metals or alloys in vacuum to form thin films on substrates. Mainly involves forming metal films for decoration or functional enhancement.
Partial Deposition Worker (Quartz Oscillator)
A manufacturing technician who partially deposits metal in a vacuum to form electrodes on quartz oscillators.
Semiconductor Product Processing Worker
Technical occupation that manufactures and processes semiconductor device materials through processing processes such as thin film formation and etching.