Global IT/OT Solutions Architect - GxP Manufacturing

FUJIFILM; North Carolina; Remote; USD 180,000 - 240,000; Full time

Job summary

FUJIFILM Biotechnologies is seeking a Global Solution Architect (IS&Os—GxP Manufacturing) to design end-to-end manufacturing solutions from shop floor to cloud. You’ll ensure compliant, secure, scalable architectures spanning MES, DCS/SCADA, historians, and labs, while coordinating globally across time zones.

You will translate complex requirements into architecture artifacts, review designs, and guide delivery teams to release-ready solutions that optimize reliability and speed across sites.

Qualifications

• Bachelor’s degree in Computer Science, Engineering, Information Systems, or related field.
• 8+ years in manufacturing, OT, automation, or GxP solution architecture or engineering.
• Experience with MES, DCS/SCADA, historians, and lab systems.

Responsibilities

• Translate business and technical requirements into end-to-end solutions within GxP Manufacturing.
• Produce architecture artifacts to support design decisions and delivery teams.
• Assess architecture risks, dependencies, and alignment to enterprise standards.
• Ensure security, compliance, and data protection are embedded in designs.
• Collaborate with engineering, cybersecurity, and infrastructure teams.

Skills

Solution Architecture

IT/OT Integration

Security-by-design

Cross-functional collaboration

Education

Bachelor’s degree in Computer Science, Engineering, Information Systems

Tools

MES

DCS/SCADA

Laboratory systems

Job description

FUJIFILM Biotechnologies is seeking a Global Solution Architect (IS&Os—GxP Manufacturing) to design end-to-end manufacturing solutions from shop floor to cloud. You’ll ensure compliant, secure, scalable architectures spanning MES, DCS/SCADA, historians, and labs, while coordinating globally across time zones.

You will translate complex requirements into architecture artifacts, review designs, and guide delivery teams to release-ready solutions that optimize reliability and speed across sites.