Low Power SoC Architect - Espoo

As a Low Power SoC Architect at Bosch, your primary responsibilities will include developing mixed-mode ASIC architecture, guiding the design team through all stages of design, and collaborating closely with verification teams to ensure a flawless implementation. You'll also coordinate with various stakeholders and contribute to product characterization and validation post-tapeout.

To qualify for the Low Power SoC Architect role at Bosch, candidates should possess a Master's or PhD in electrical engineering, computer science, or related fields, along with a minimum of 3 to 5 years of industry experience. Familiarity with ASIC architectures, RTL design (VHDL/Verilog), and digital data processing, as well as basic project management skills, are all essential.

At Bosch, you will work in an inspiring, international environment that values collaboration and innovation. Our team of experts encourages creative ideas and an independent work style while providing hybrid work options after coordination with managers. You're part of a global community dedicated to advancing technology and enhancing everyday lives.

A Low Power SoC Architect at Bosch should be well-versed in tools such as Matlab, Simulink, and SystemC for modeling, as well as have a basic understanding of digital backend tools like synthesis and timing analysis. Experience in near-threshold design and pre-design architectural validation will also be advantageous.

Collaboration is key for a Low Power SoC Architect at Bosch. You will engage with interdisciplinary teams, network with system architects, and work closely with various project stakeholders throughout the design process. Effective communication and teamwork are vital to ensure successful project outcomes and innovation.

In your response, highlight specific projects where you developed or evaluated ASIC architectures. Discuss the methodologies you used for architecture analysis, focusing on trade-offs in terms of power, performance, and area, showcasing your problem-solving skills.

Share your techniques in managing requirements, collaborating with verification teams, and conducting thorough design reviews. Emphasize your attention to detail and systematic testing strategies that minimize the need for revisions post-design.

Discuss your experience in planning, delegating, and tracking design tasks, and provide examples of successful project management in previous roles. Focus on using project management tools and methodologies to keep your team organized and on track.

Mention your familiarity with tools like Matlab and Simulink for modeling purposes, explaining how you utilize these tools to visualize and validate designs. Provide examples of how these tools helped improve the development process.

Prepare to recount a specific project where you faced difficulties, detailing the challenge, your approach to solving it, and the impact it had on the overall project. Emphasize your analytical thinking and creativity.

Talk about the journals, conferences, and online courses you follow to stay updated with the latest advancements in ASIC technology. Sharing networking experiences with other professionals can also reflect your professional engagement.

Discuss your proficiency with VHDL/Verilog, emphasizing particular projects where you worked on RTL coding or design verification. Include your approach to integrating RTL into the overall design cycle.

Explain your strategies for effective communication across teams and how you build relationships with stakeholders. Highlight the importance of understanding different perspectives and expertise to drive project success.

Share a situation where you effectively prioritized tasks, detailing your decision-making process and how you communicated updates to your team. This shows your time management and leadership abilities.

Touch on your understanding of tools used in digital backend processes, showcasing any specific experiences with synthesis or timing analysis. Explain how these skills play a role in shaping your designs.