What’s SpaceX like in terms of their business, the role, and the work culture?

Well, you’ll be diving into some pretty exciting stuff! You’ll be working on developing next-generation ASICs for both space and ground infrastructures. This means you’ll be involved in everything from partition synthesis and physical implementation to collaborating with cross-disciplinary teams on design targets and resolving any design or timing issues that come up.

To get your foot in the door, you’ll need a bachelor’s degree in electrical engineering, computer engineering, or computer science. Plus, they’re looking for at least 3 years of professional experience in RTL2GDSII physical design or physical design flow development.

Absolutely! If you have experience with industry-standard EDA tools and a solid understanding of deep sub-micron FinFET and CMOS physics, that’ll definitely help. They also value knowledge of CMOS digital design principles and power dissipation in deep submicron processes, so brushing up on those areas could be beneficial.

It sounds like you’ll be part of a really collaborative and innovative environment! You’ll be working alongside world-class teams from various disciplines, which means there’ll be plenty of opportunities to learn and grow while contributing to something as groundbreaking as the Starlink project.

The ultimate goal is to enable connectivity in places where it’s previously been unavailable or unreliable. Your work will help expand the performance and capabilities of the Starlink network, which is pretty cool considering it’s aimed at providing fast, reliable internet to millions around the globe!