System Integration Engineer

Work Schedule

Environmental Conditions

Job Description

Join Thermo Fisher Scientific the world leader in serving science and make a meaningful this role you will provide technical leadership and architectural guidance while developing innovative software solutions that help our customers make the world healthier cleaner and safer.

As a System Integration Engineer you will lead the integration of a software deployment platform used in electron microscope systems. The platform is built on virtualization and Kubernetes technologies and enables multiple software components and services to be deployed configured upgraded and operated as a unified system.

This role is ideal for someone who enjoys working across software infrastructure systems validation and service domains. You will help ensure predictable deployments and upgrades reduce integration risk and improve platform reliability in the demanding environment of advanced electron microscopy.

KEY RESPONSIBILITIES

• Own the system integration of a virtualization- and Kubernetes-based software deployment platform used in electron microscope systems.
• Ensure platform services application modules configuration networking startup shutdown recovery and upgrade processes function together as a cohesive solution.
• Maintain a system-level view of interfaces dependencies version baselines resource allocation and configuration changes across platform application validation and service teams.
• Define and continuously improve integration deployment upgrade and recovery testing strategies to support predictable repeatable and low-risk releases.
• Lead structured troubleshooting of integration issues across software infrastructure and system boundaries.
• Provide technical input to installation upgrade recovery and service documentation.

REQUIREMENTS

• Degree in Computer Science Software Engineering or a related technical field or equivalent practical experience.
• Experience in system integration platform engineering DevOps system testing or a similar role within a complex software and hardware environment.
• Practical knowledge of virtualization KVM Kubernetes or other container orchestration platforms networking logging resource management configuration management scripting and deployment automation.
• Strong understanding of multi-component software platforms including deployment upgrades version compatibility monitoring recovery troubleshooting and service support.
• Ability to collaborate across software development platform infrastructure system architecture validation and service organizations.
• Strong ownership mindset systems thinking and structured problem-solving skills particularly when diagnosing issues across complex or unclear component boundaries.
• Ability to translate troubleshooting outcomes into documented maintainable and sustainable solutions.
• Strong English communication skills and the ability to work effectively with both technical and non-technical stakeholders.
• Experience with scientific instruments microscopy or other highly complex systems is an advantage.