Principal, Technical Program Manager, RISCV

The Principal, Technical Program Manager at Tenstorrent is responsible for managing high-performance CPU design projects, overseeing SOC architecture development, defining implementation plans, and maintaining aggressive project schedules. You'll collaborate closely with engineering and product teams to ensure successful delivery of AI solutions.

Candidates for the Principal, Technical Program Manager position at Tenstorrent should possess a Bachelor's or Master's degree in Electrical Engineering or a related field, along with 7+ years of experience in chip architecture design. A strong understanding of CPU architectures, machine learning chips, as well as exceptional project management skills are also essential.

Tenstorrent offers a hybrid work model that promotes flexibility, allowing the Principal, Technical Program Manager to maintain a healthy work-life balance. This flexible approach helps team members to thrive both professionally and personally, contributing to a positive work environment.

As a Principal, Technical Program Manager at Tenstorrent, you will oversee projects focused on developing high-performance CPU and machine learning chip architectures. Your work will play a crucial role in advancing the capabilities of AI technology and driving innovation in the industry.

The Principal, Technical Program Manager at Tenstorrent will utilize various project management tools and methodologies to effectively plan and execute chip architecture projects. Strong organizational skills and proficiency with software tools are vital for tracking progress and ensuring project success.

The team culture at Tenstorrent is collaborative and inclusive. We value curiosity and motivation to solve challenging problems. As a Principal, Technical Program Manager, you'll work alongside talented engineers and technical experts who are as passionate about AI technology as you are, fostering an environment conducive to innovation and growth.

At Tenstorrent, we are committed to supporting the growth of our employees. The Principal, Technical Program Manager role offers ample opportunities for professional development and advancement, whether through skill enhancement, leadership opportunities, or pursuing new projects within the organization.

In your response, focus on specific projects where you played a significant role in CPU architecture design, particularly those applicable to machine learning. Highlight your understanding of architectural concepts and how they enhance performance. Discuss any challenges you faced and how you overcame them.

Discuss your approach to setting milestones, tracking progress, and utilizing project management tools. Explain how you prioritize tasks, handle unforeseen challenges, and ensure communication across teams to meet deadlines.

Share a detailed example of a project where you engaged with cross-functional teams. Explain the importance of collaboration and communication, and how you addressed any challenges in aligning different teams towards a common goal.

Outline your method for risk assessment, including identifying potential issues early on and developing mitigation strategies. Mention any specific tools or processes you use to monitor risks throughout the project lifecycle.

Emphasize the importance of tailored communication. Describe how you simplify complex technical jargon for non-technical stakeholders while providing detailed insights for technical teams. Show how adapting your communication style is essential for stakeholder alignment.

Choose a specific incident or challenge you encountered in a past project. Describe the situation, your analysis, the solution you implemented, and the positive outcome that followed. This illustrates your critical thinking and problem-solving skills.

Discuss how you embrace change and adjust your strategies as needed. Provide an example of a time when you had to adapt your plans due to shifting priorities or new information, and how that contributed to project success.

Highlight your understanding of performance optimization techniques relevant to CPU design and machine learning chips. Discuss how you incorporate feedback, iterations, and testing into the development process to maximize performance outcomes.

Talk about specific project management tools you have used—such as JIRA, Trello, or Asana. Explain how these tools have improved your efficiency in managing timelines, tasks, and team collaboration within SOC architecture projects.

Discuss your commitment to continuous learning, whether through online courses, attending workshops, or reading relevant publications and research. Highlight how staying informed allows you to integrate best practices into your work.