Hardware Development Lead

Role Overview: You will collaborate in developing new or modified, high-density, printed circuit boards. Working closely with Design Engineer and Simulation Engineer, you will ensure that PCB layout adheres to SI/PI requirements. Your responsibilities will include working on the Layout design for high-speed interfaces like PCIe Gen5/6, Multi-Gigabit serial buses, DDR5/LPDDR5/DIMM, and other circuits. Additionally, you will be involved in the characterization/evaluation and production boards, creating or modifying footprints as per guidelines, maintaining the library database, working with Fabrication and Assembly house for DFX queries, following processes, guidelines, and checklists to produce error-free design, and meeting the schedule. Key Responsibilities: - 12+ years of layout design experience in High-Speed Digital Design, Analog, and RF boards. - Routing experience with interfaces like PCIe Gen5/6, Multi-Gigabit serial buses, DDR5/LPDDR5/DIMM, Flash, SPI, I2C, and High current switching power supplies. - Proficient in Cadence Allegro PCB design, constraint manager. - Strong knowledge of IPC standards, HDI, back drilling, stack-up selection. - Experience in design with DFM/DFT/DFA constraints. - Familiarity with CAM350 gerber review tool. - Hands-on experience in footprint creation and library database maintenance. - Understanding of mechanical 3D model design practices. - Ability to work independently with minimal supervision, handle multiple tasks, and collaborate cross-functionally with strong interpersonal and communication skills. Qualification Required: - 12+ years of layout design experience in High-Speed Digital Design, Analog, and RF boards. - Proficiency in Cadence Allegro PCB design, constraint manager. - Strong knowledge of IPC standards, HDI, back drilling, stack-up selection. - Experience in design with DFM/DFT/DFA constraints. - Familiarity with CAM350 gerber review tool. - Hands-on experience in footprint creation and library database maintenance. - Understanding of mechanical 3D model design practices. - Ability to work independently with minimal supervision, handle multiple tasks, and collaborate cross-functionally with strong interpersonal and communication skills.,