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Required MI Software Principal Architect
Job Description Summary
As the Molecular Imaging (MI) Principal Architect, you will lead the software architectural vision and execution for MI PET and SPECT systems. This role is pivotal in shaping the software architecture that powers MI products, ensuring they are scalable, secure, and clinically impactful. You will collaborate across engineering, systems, and clinical teams to deliver differentiated solutions that advance diagnostic precision and operational efficiency in nuclear medicine.
Key Responsibilities:
Architecture Leadership & Execution:
Own and drive technical architecture discussions across MI software subsystems and products.
Define and evolve the architecture for MI software platforms, balancing legacy integration with modern design principles.
Develop and maintain architectural roadmaps aligned with MI product strategy and clinical needs.
Ensure software architectural decisions are translated into implementable designs and consistently realized across development teams.
Review and approve critical design decisions and system-level tradeoffs.
Participate in architecture governance and ensure compliance with design controls and regulatory standards (e.g., IEC 62304).
Technology Strategy & Innovation:
Evaluate and integrate emerging technologies into MI software solutions.
Drive software modernization efforts.
Collaborate with the Imaging Architect Office and MI systems teams to define the long-term technology runway for PET/SPECT modalities.
Lead the design, implementation, and governance of safe, compliant agentic AI use across the organizations software development life cycle.
Cross-Functional Collaboration:
Partner with MI systems engineering, clinical applications, and hardware teams to ensure cohesive system-level architecture.
Guide early-stage stakeholder engagement and support integration with legacy and future-state systems.
Influence and align global teams on architectural direction and technical standards.
Operational & Business Acumen:
Ensure architectural decisions support operational stability, serviceability, and lifecycle cost optimization.
Translate architectural strategies into measurable business and clinical outcomes, and communicate effectively with cross-functional stakeholders.
Support capital and operational planning through informed technology choices and risk assessments.
Mentorship & Talent Development:
Mentor staff and engineers within the MI software team, fostering architectural depth and leadership growth.
Contribute to the development of the technical career path and talent pipeline within the MI organization.

We are looking for an architect to work on the invention and development of new SW visible CPU technologies to improve performance of SW scenarios related to memory ordering, memory coherency, multithreading, synchronization, memory safety, caching, etc.
The minimal tasks of this role are:
1. Modeling of new memory related architectural features in the existing CPU performance simulator
2. Development of performance tests or adaptation of existing workloads to be suitable for simulation
3. Conducting performance studies for the workloads of choice either in the performance simulator or on a real chip
4. Develop analysis, conclusions and recommendations based on the above activities
The role can comprehend much more than that depending on the skills, talent and experience of the candidate creating a career path over time. For example, to invent new instructions and mechanisms to overcome significant performance bottlenecks in these areas, refinement and further development of ideas provided by others. Possible participation in development in additional domains
If you want to be part of something bigger, if you are a team player with excellent communication skills and motivation to revolutionize data-center technology, youre welcome on board!

Looking for a CPU performance modeling architect to take responsibility over the performance aspects of new CPU instructions or modes of operation. The role includes but is not limited to:
Partners with lead SW and HW architects to co-invent optimal HW and SW solutions that come to address requirements. Influences the direction based on experiments and simulation data.
Models CPU functionality, performance and/or power in pre-silicon simulators
Defines and runs performance experiments to aid feature definition. Such experiments can be performed on a pre-silicon simulation environment or in a real system or on a combination of both or even in combination with analytical models.
Provides experimental/proof of concept for new features and implementation alternatives meeting performance constraints.
Analyzes the bottlenecks of current CPUs on workloads that reflect CPU future usages.
Potentially (in the future), lead a team doing above activities.
An adequately qualified candidate can also become the leader of definition for some features in addition to all the roles above.