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Baya Systems, based in Santa Clara, CA, is seeking a Hardware Engineering Manager/Director to lead a talented team of engineers focused on high-speed interconnect. The successful candidate will manage the end-to-end execution of IP blocks, emphasizing silicon success through best practices in microarchitecture, RTL design, and verification.
Candidates should have over 8 years of experience in ASIC/IP development, a strong background in high-speed protocols such as PCIe and UCIe, and proficiency in SystemVerilog and Verilog. Join us and be a part of a fast-paced startup culture that fosters innovation.
Baya Systems is inspired by the baya bird, also known as the weaver. Baya birds weave very unique and intricate hanging nests from different materials. The nests are robust and safe while being extremely lightweight and efficient.
Baya is a fast-moving Series B startup built by serial entrepreneurs with a vision to accelerate intelligent computing in the emerging chiplet era. We focus on software-driven, unified fabric solutions for single-die and multi-die systems. We design and license disruptive intellectual property for use in semiconductor chips, with software development platforms to simplify the design process and reduce the time to market for complex System-on-Chip (SoC) and multi-chiplet systems. This enables our partners to innovate and deliver compelling solutions for data center, infrastructure, AI, Automotive, and Edge IoT markets. We are looking for energetic and dedicated individuals share our passion for enabling innovation and excellence in the semiconductor industry that empowers game-changing products and services!
Position: Hardware Engineering Manager/Director
Santa Clara, CA (Onsite only)
Reports to: VP of Hardware Engineering
As a Hardware Engineering Manager, you will lead a talented, first-level team of RTL Microarchitects and Design Verification (DV) Engineers. Operating in a fast-paced IP interconnect startup environment, you will own the end-to-end execution of high-speed interconnect IP blocks. You will ensure first-pass silicon success by driving microarchitecture, RTL design, and rigorous verification methodologies.