Become the people
who create everyday food
I was drawn to the joy of Manufacturing!
During my job hunt, I was surprised to learn that the onigiri and boxed lunches I often bought at convenience stores and supermarkets were actually made using machinery from Fujiseiki.
It made me realize that the everyday food we take for granted is fundamentally supported by machines I could one day help create.
I was strongly drawn to the sheer scale of that impact and the appeal of manufacturing—the ability to contribute to society in a tangible way.
A job that builds machines from scratch to support food production
I design control systems for machines used in food factories, including new models for onigiri and boxed lunches as well as customized solutions for specific client needs.
From selecting electrical components and designing circuit diagrams to programming machine operations and creating system layouts, I am involved in the entire control design process for operator panels.
I also visit customer sites as needed to adjust programs based on their requirements.
Although the work involves continuous learning, it is extremely rewarding to see machines function exactly as intended based on systems I designed from scratch.
An environment where even young employees can take on new challenges
Even junior employees are given opportunities to take on a wide range of responsibilities from an early stage.
When I was a junior employee, I was entrusted with the development of a new machine model and was involved in the entire process from the ground up, which was a very valuable experience.
When working on new or difficult tasks, senior colleagues provide close support and carefully guide us on how to approach the work and think through challenges, so I feel confident taking on new responsibilities.
Aiming to be a designer who thinks outside the box!
In recent years, technology has been evolving rapidly.
By actively learning new technologies and incorporating them into our machines without being constrained by existing frameworks, I aim to develop machines that are easier to use and offer higher performance.