Manufacturing Systems Engineer II: Automation & Controls

FUJIFILM; Lebanon (NH); On-site; USD 90,000 - 120,000; Full time

Benefits offered by this job

Competitive wages

Generous benefits package

Job summary

FUJIFILM Dimatix seeks a Systems Engineer II to design, develop, integrate, test, and support manufacturing equipment and automation systems at our Lebanon, NH site. You will independently execute engineering tasks and collaborate across functions to improve reliability, maintainability, and manufacturability of complex systems.

The role requires a strong foundation in electrical/computer engineering, hands‑on problem solving, and experience with hardware/software integration in a manufacturing

Qualifications

• Bachelor’s or Master’s degree in a related technical field and several years of engineering experience.
• Experience designing, integrating, debugging, and supporting complex systems including hardware and software.
• Experience programming with C++ and/or Visual Basic, and cross‑functional engineering collaboration.
• Ability to analyze requirements, troubleshoot, and document solutions across projects.

Responsibilities

• Design hardware and software control systems for manufacturing equipment and automation.
• Provide support for existing software and hardware systems.
• Conceive and plan projects exploring product or process problems and new approaches.
• Conduct independent investigations applying electronics principles to specifications.

Skills

System design

C++ / Visual Basic

Systems integration

Problem solving

Cross-functional collaboration

Education

Bachelor’s in Computer Eng / Electrical Eng / Systems Eng

Master’s degree with 3 years related experience

Job description

FUJIFILM Dimatix seeks a Systems Engineer II to design, develop, integrate, test, and support manufacturing equipment and automation systems at our Lebanon, NH site. You will independently execute engineering tasks and collaborate across functions to improve reliability, maintainability, and manufacturability of complex systems.

The role requires a strong foundation in electrical/computer engineering, hands‑on problem solving, and experience with hardware/software integration in a manufacturing