Principal Engineer – Hardware Methodology

Job Overview

In this role, you will take ownership of defining a collaborative methodology enabling hardware design teams to create the best possible and power-optimized hardware descriptions, and actively supply to the development of targeted solutions. Your contributions will impact a wide range of products, from Soft IPs to SoCs!

You will join an international team of creative engineers working together to address the challenges of creating high quality and physical-aware microarchitecture. Additionally, you will closely work with different physical design and RTL teams, and collaborate with key Electronic Design Automation (EDA) partners.

Responsibilities

• Own and drive with collaborators the methodology roadmap for improving the feedback loop between physical design and hardware description (RTL).
• Define, develop and deploy new methodologies to improve RTL & physical design efficiency across diverse product lines.
• Collaborate with EDA partners and other solution providers to make smart usage of available solutions.
• Pilot initiatives enabling a groundbreaking usage of AI in the hardware design space.

Required Skills And Experience

• Master’s degree in Electrical Engineering, Computer Engineering or other relevant technical fields.
• Experience in hardware design, verification or physical implementation.
• Ability to demonstrate that you can express new insights and communicate them successfully, and develop for others by taking on board external perspectives.
• Experience in crafting and adopting new RTL optimizations or physical implementation techniques & methodologies, and promote their use with international teams.
• Programming and scripting skills, using Python, C++, TCL or other relevant programming languages.

“Nice To Have” Skills And Experience

• Experience with hardware description languages (e.g. Verilog RTL design).
• Worked with multiple EDA providers.
• Experience with large SoCs or advanced CPU/GPU designs.
• Arm-based designs and/or Arm architectures.

In Return

You’ll have the opportunity to shape industry-leading design practices that influence products used worldwide. You'll collaborate with global teams and leading EDA partners on pioneering challenges, while mentoring and inspiring engineers across sites. Along the way, you’ll grow your expertise, expand your impact, and supplying to billions of devices running smarter, faster, and more efficiently.