Optical Design × Strengths: Problem Solving
For Those Strong in Problem Solving
This collection features jobs that may suit those who are relatively comfortable identifying challenges and thinking of solutions.
Problem-solving approaches are truly diverse. Some solve problems through logical analysis, while others find answers intuitively. Sometimes existing knowledge is applied, and other times entirely new methods are conceived. Problems may be solved individually or through team collaboration.
The jobs introduced here tend to offer more problem-solving opportunities. Find a place where you can apply your unique approach to solutions.
7 jobs found.
Liquid Crystal Display (LCD) Design Engineer
A research and development technical position that improves LCD panel performance through the design of thin-film transistors and drive circuits, and optimization of optical systems and material properties.
LCD Module Parts Designer
Technical role involving design, prototyping, and evaluation of parts for LCD modules including LCD panels, backlights, driver ICs, connectors, etc.
Optical Machine Design Engineer
Technical position involving the design, analysis, and evaluation of optical devices that combine optical elements and mechanical structures.
Camera Development Engineer
Camera development engineers are technical professionals who design, develop, and evaluate optical equipment such as camera bodies, interchangeable lenses, and electronic control systems.
Camera Design Engineer
Specialized technical role that designs optical systems, mechanisms, and electronic circuits for cameras and imaging equipment, optimizing functionality, performance, and cost.
Precision Measuring Instrument Development Engineer
Technical role responsible for the design, prototyping, evaluation, and improvement of high-precision measuring instruments. Integrates knowledge of mechanics, optics, electronic control, and software to contribute to the improvement of product and process quality.
Surveying Equipment Design Engineer
Technical role involving the design, development, and evaluation of precision instruments used in surveying. Integrates optics, mechanics, electronic control, and software to realize high-precision surveying equipment.