Principal Compiler Engineer, Parallel Computing Platforms

Fabric Cryptography is at the forefront of cryptographic computing, building the world's first cryptographic computer. The company believes that hardware shapes the boundaries of human creativity and imagination, focusing on creating a more trustworthy world through secure, private computation.

As a Principal Compiler Engineer, you'll be instrumental in developing advanced compiler technologies for massively-parallel computing architectures. This role combines deep technical expertise in compiler development with hardware optimization, requiring mastery of MLIR frameworks and low-level code generation.

The position offers a unique opportunity to work on cutting-edge technology that bridges cryptography, hardware, and compiler optimization. You'll be working with a team dedicated to revolutionizing how trust, privacy, and identity function in our society through innovative hardware solutions.

Key responsibilities include designing compiler technologies, implementing MLIR frameworks, optimizing code generation, and collaborating with hardware architects. The ideal candidate will bring expert-level skills in compiler development, deep understanding of parallel computing, and experience with systems programming languages.

Fabric Cryptography values diversity and maintains an inclusive work environment, ensuring equal opportunities for all candidates regardless of their background. This role offers the flexibility of remote work with the chance to contribute to groundbreaking technology that could reshape the future of secure computing.