Senior Hardware Engineer - High-Speed Networking & Bring-Up

Tata Consultancy Services Limited; San Jose (CA); On-site; USD 100,000 - 130,000; Full time

Job summary

Tata Consultancy Services Limited in San Jose, CA seeks an experienced hardware design engineer to lead high-speed networking hardware development. You will work on SERDES, PCIe Gen5 interfaces, and power supply architecture for complex networking products.

The role requires hands-on CAD with Cadence, board bring-up, validation testing, and qualification of products to functional specs. Preferred skills include DDR5, NVMe/PCIe interfaces, and familiarity with optical interfaces such as QSFP

Qualifications

• High-Speed hardware design and failure analysis experience.
• 8+ years in hardware design for networking or similar complex products.
• Hands-on hardware design with high-speed interfaces (SERDES >25G, PCIe Gen5).
• Experience with QSFP/QSFP-DD/OSFP would be an advantage.
• DDR5, NVMe/PCIe interfaces experience.
• Complex power supply design for networking products.
• Cadence tool chain for schematic/CAD design.
• Board bring-up, hardware validation testing and failure analysis.
• Testing and qualification of networking products against functional specifications.

Skills

High-speed hardware design

8+ years hardware design experience

SERDES PCIe Gen5 interfaces

SPI I2C MDIO SMB interfaces

QSFP QSFP-DD OSFP optics

DDR5 NVMe PCIe interfaces

Power supply design for networking

Cadence toolchain

Board bring-up and validation

Networking product testing

Tools

Cadence toolchain

Job description

Tata Consultancy Services Limited in San Jose, CA seeks an experienced hardware design engineer to lead high-speed networking hardware development. You will work on SERDES, PCIe Gen5 interfaces, and power supply architecture for complex networking products.

The role requires hands-on CAD with Cadence, board bring-up, validation testing, and qualification of products to functional specs. Preferred skills include DDR5, NVMe/PCIe interfaces, and familiarity with optical interfaces such as QSFP