Architectural Modeling Engineer

At Natcast, an Architectural Modeling Engineer is responsible for developing sophisticated virtual platform models that support early architectural exploration and validation of chip designs. This includes creating new IP components, integrating virtual platforms with RTL environments, and optimizing simulation environments to enhance the efficiency of semiconductor development.

To qualify as an Architectural Modeling Engineer at Natcast, candidates must have a Master's degree in Computer Engineering or Computer Science, alongside 7+ years of architectural modeling experience. They should also possess expert knowledge of SystemC and a strong background in virtual platforms, with excellent analytical abilities and technical communication skills.

Architectural Modeling Engineers at Natcast work with advanced technologies such as SystemC, Qemu, Simics, and Virtualizer. They also focus on RTL integration and the development of new IP components, playing a vital role in advancing semiconductor technology.

Key responsibilities include developing virtual platform architectural models, creating new IP components, implementing SystemC-based solutions, optimizing simulation environments, and supporting architectural exploration for complex design initiatives at Natcast. This role significantly impacts the efficiency and effectiveness of semiconductor development.

To apply for the Architectural Modeling Engineer position at Natcast, visit the careers section on our website. Ensure to submit your resume highlighting your relevant experience, education, and any additional skills that align with the job requirements. Natcast is committed to diversity and encourages all qualified candidates to apply.

When discussing your architectural modeling experience, focus on specific projects where you've developed virtual platform models. Elaborate on the tools and methodologies you used, such as SystemC, and how your contributions improved the design process.

The most important aspect of virtual platforms is their ability to facilitate early architecture validation and risk mitigation before physical implementation. Discuss how they allow for significant design iterations and optimizations.

Detail your methodologies for optimizing simulation environments, including any specific tools or techniques that you've employed. Discuss challenges faced and the impacts of these optimizations on project timelines and resource use.

Provide examples of the IP components you've developed, explaining their purpose and how they contributed to the overall architecture. Highlight any specific design challenges you faced and how you overcame them.

Share your collaborative approach, including how you facilitate communication among team members. Highlight specific tools or workflows you use for documentation and tracking changes to ensure a smooth collaborative process.

Discuss your experience with RTL integration, providing examples of specific projects. Highlight the challenges you've encountered and how you successfully navigated integration to ensure seamless functionality.

Articulate your understanding of SystemC, outlining its role in the development of architectural models and simulations. Provide examples of how you've applied SystemC in previous projects for design validation and testing.

If you have mentoring experience, describe your approach in guiding junior engineers. Discuss how you provide support, share knowledge, and help them develop their skills in architectural modeling.

Highlight your methods for staying updated with the latest trends in semiconductor technology, such as following industry publications, attending conferences, and engaging with online forums and communities.

Express your passion for semiconductor innovation, focusing on how contributing to advancements in technology can lead to significant societal impacts. Discuss specific moments or projects that have fulfilled you professionally.