[Basic work in semiconductor process design]
We set process parameters and conduct simulations, and consider and adjust optimal conditions based on experimental data.
Through analysis of the experimental results, issues are identified and improvement measures are proposed.
[Experiment and evaluation work]
In clean rooms and on prototype lines, we conduct experiments and various measurements using etching and film deposition equipment to evaluate the quality of the process.
Record the results and provide feedback for the next experiment, for continuous process improvement.
☆Rewarding
It is the manufacturing base for semiconductor products used in all areas of modern society, including smartphones, automobiles, and medical devices.
The knowledge and improvements gained through testing and evaluation work will lead to higher quality and more efficient manufacturing processes.
Another great reward is being able to contribute to reducing the environmental impact by improving energy efficiency and reducing resource waste through process improvements.
Optimized manufacturing processes can help realize eco-friendly semiconductor products and contribute to the realization of a sustainable society.