Engineer II – Control Software

Work Schedule

Environmental Conditions

Job Description

Job Description

When you join us at Thermo Fisher Scientific you will become part of a highly collaborative team that is passionate about building software platforms that power advanced scientific instruments and solutions. With industry-leading investment in innovation we provide our teams with resources and opportunities to make meaningful contributions to the world.

How will you make an impact

As an Engineer in the Vacuum Software Team you will contribute to the software that keeps TEM microscopes accurate reliable and ready for advanced scientific use. You will work on the design development and maintenance of vacuum control software for High-End and Mid-Range TEM products partnering with engineers and stakeholders to deliver dependable high-quality solutions.

We are seeking an experienced Software Engineer with 46 years of experience in the development and maintenance of Control Software. You should have hands-on expertise in Embedded C COM MFC Qt C# and test frameworks such as GTest/GMock. Experience with WPF will be an added advantage.

In this role you will help drive the enhancement modernization and quality of software systems used in advanced scientific instruments. You will contribute to software development system integration and engineering best practices while also supporting collaboration and continuous improvement across the team.

What will you do

• Develop enhance and maintain Microscope Control Software and related Windows-based components using Embedded C COM MFC and C# as core technologies with WPF and Qt exposure where applicable.
  • Develop software layers that interface with supplier-provided hardware APIs.
  • Implement and maintain hardware abstraction layers (HAL).
  • Integrate SCU PLC and IO-Link based devices into microscope control platforms.
  • Develop device communication and control modules.
• Drive integration across native and managed components including interoperability between legacy COM/MFC-based systems and newer software components.
• Establish and improve engineering quality practices using unit integration and system-level testing frameworks such as GTest/GMock.
• Troubleshoot and resolve complex system and performance issues across application framework and platform layers; drive root-cause analysis and preventive fixes.
• Support the introduction of advanced testing approaches such as BDD and model-based testing where appropriate while recognizing that specialized knowledge in MBT (Axini) Dezyne and ASD may be learned on the job.
• Contribute to release readiness technical risk management and long-term platform roadmap planning.
• Promote best practices in documentation code reviews quality engineering and cross-team collaboration.

Required Skills

• 46 years of software engineering experience with mandatory hands-on expertise in Embedded C COM and C#.
• Required experience in Windows application development using MFC Qt with WPF considered good-to-have skill.
• Good understanding of software engineering principles object-oriented design design patterns and development methodologies with experience in multi-module application development and integration of legacy and modern software components.
• Hands-on experience with unit and component test frameworks such as GTest/GMock.
• Strong debugging and troubleshooting skills across control software desktop applications system integrations and performance-sensitive environments.
• Working knowledge of Agile delivery frameworks including Scrum and SAFe with experience operating effectively in sprint-based and cross-team planning environments.
• Experience operating in structured product-development environments with strong quality and delivery expectations.

Desired Skills

• Exposure to Behavior Driven Development (BDD) and an understanding of how it can improve functional collaboration and test coverage.
• Awareness or prior exposure to Model Based Testing (MBT) tools such as Axini.
• Familiarity with Dezyne ASD or similar model-based engineering approaches.
• Experience with development and maintenance of microscope control software or other complex instrument-control software is highly desirable.
• Exposure to regulated safety-conscious or high-reliability product environments.
• Experience with automated build test and continuous integration workflows for desktop or systems software.

Preferred Qualifications

• Bachelors degree in computer science Electronics Instrumentation or a related technical field; advanced degree is a plus.
• Prior experience in scientific industrial or instrument-control software environments is highly desirable.
• Knowledge of BDD MBT (Axini) Dezyne or ASD is advantageous but not mandatory; candidates with strong core engineering foundations should be willing to learn these areas on the job.