Low Power SoC Architect - Oulu - job 2 of 2

As a Low Power SoC Architect at Bosch, your primary responsibilities include developing the mixed-mode ASIC architecture and micro-architecture for consumer applications, guiding the design team from the concept phase through implementation, and ensuring that all IC designs meet the 'First Time Right' quality benchmark. You will collaborate closely with verification and validation teams, engage in requirement engineering, and participate in the product characterization and validation processes.

To be a successful Low Power SoC Architect at Bosch, you need a degree (M.Sc. or Ph.D.) in electrical engineering, computer science, or equivalent with outstanding results. Additionally, you should have at least 3 to 5 years of industry experience or relevant PhD work, as well as deep knowledge of ASIC architectures. Proficiency in RTL (VHDL/Verilog) and a basic understanding of analog IC design are also required.

Working as a Low Power SoC Architect at Bosch in Oulu will immerse you in a collaborative and international work environment. You'll be part of a globally distributed team, contributing to exciting projects at the forefront of technology. Additionally, the company offers hybrid work options, allowing for flexibility in your work arrangements, all while enjoying an inspiring and growth-oriented atmosphere.

To bolster your application for the Low Power SoC Architect role at Bosch, experience in modeling tools like Matlab, Simulink, or SystemC would be beneficial, along with expertise in near-threshold design and understanding of digital backend tools like synthesis and timing analysis. Strong project management skills, including planning and delegation, are also favorable.

Absolutely! As a Low Power SoC Architect at Bosch, you have ample opportunities for career growth. Bosch is committed to employee development, and you’ll be encouraged to take on new challenges, expand your skills, and grow within the company. The company promotes a nurturing workplace culture that prioritizes innovation and career progression.

When answering this question, focus on specific projects you've worked on and the methodologies you employed in ASIC architecture development. Highlight your understanding of trade-offs involved in power, performance, and area, and mention any particular challenges you faced and how you overcame them.

In your response, discuss the RTL design tools you're proficient in, such as VHDL or Verilog. Explain how you have utilized these tools in past projects, what makes them effective in your workflow, and any features that you particularly appreciate for facilitating design accuracy and efficiency.

Discuss your approach to managing requirements, your collaboration methods with verification teams, and strategies for rigorous testing and validation. Emphasize the importance of communication and pre-emptive problem-solving to achieve high-quality design outcomes.

Share a specific example that demonstrates your experience in cross-functional collaboration. Highlight the team's goals, how various skills and expertise contributed, your role in facilitating communication, and the overall success of the project due to this teamwork.

When discussing your experience with analog IC design, provide examples of specific projects you've worked on. Explain your role, any unique challenges you faced, and the methodologies you utilized. This will show the interviewer your depth of knowledge in both digital and analog systems.

In your response, share your approach to project management, including planning, delegation, and tracking progress. Provide examples of how these skills have been utilized in past projects, and the outcomes achieved through effective project management.

Discuss your understanding of requirement engineering and how you've implemented it in your previous roles. Highlight the importance of clear documentation, stakeholder engagement, and the iterative process of refining requirements for successful ASIC design.

Share your methods for staying current with ASIC technology, such as reading industry journals, attending conferences, participating in online communities, or engaging with professional networks. This shows your commitment to continuous learning in this fast-paced field.

Explain the crucial role of validation in ASIC design, detailing how you incorporate testing at each design stage. Share your strategies for ensuring that the designs meet specifications and are validated before implementation, showcasing diligence and thoroughness.

In your answer, discuss your strategies for addressing schedule delays, like reassessing priorities, improving resource allocation, or enhancing team communication. Emphasize the importance of proactive management and teamwork in overcoming project challenges.