Job
Description
Role Overview: You will be responsible for developing and validating PCB libraries in accordance with organizational standards. Additionally, you will perform schematic capture and ensure design correctness. Your role will involve executing component placement while considering electrical, DFA, and DFM constraints, as well as developing power split plans for robust power delivery. Furthermore, you will be tasked with carrying out PCB routing with controlled impedance and length-tuning, handling post-Gerber processes, defining layer stack-ups for board designs, working with HDI technologies, and applying DFX guidelines during design. Key Responsibilities: - Develop and validate PCB libraries in line with organizational standards. - Perform schematic capture and ensure design correctness. - Execute component placement considering electrical, DFA, and DFM constraints. - Develop power split plans and ensure robust design for power delivery. - Carry out PCB routing with controlled impedance and length-tuning as required. - Handle the complete post-Gerber process with fabrication and assembly readiness. - Define and calculate layer stack-ups for various board designs. - Work with HDI technologies, including blind/buried vias and high-speed peripherals. - Apply DFX guidelines during design and carry out validation reviews. - Ensure compliance with SI/PI requirements through analysis and validation. - Collaborate with cross-functional teams to improve design robustness and reliability. Qualification Required: - Hands-on experience with leading PCB design tools (e.g., Allegro, Altium, Mentor Graphics). - Strong knowledge of constraints setting, routing, and post-layout checks. - Experience with signal integrity and power integrity validation methodologies. - Proven expertise in multi-layer PCB stack-up design and materials selection. - Familiarity with HDI techniques, blind/buried vias, and high-speed interfaces. - Good understanding of DFM, DFA, and DFT considerations in PCB design. - Strong analytical skills with attention to detail. - Ability to work in a collaborative, cross-functional environment. Role Overview: You will be responsible for developing and validating PCB libraries in accordance with organizational standards. Additionally, you will perform schematic capture and ensure design correctness. Your role will involve executing component placement while considering electrical, DFA, and DFM constraints, as well as developing power split plans for robust power delivery. Furthermore, you will be tasked with carrying out PCB routing with controlled impedance and length-tuning, handling post-Gerber processes, defining layer stack-ups for board designs, working with HDI technologies, and applying DFX guidelines during design. Key Responsibilities: - Develop and validate PCB libraries in line with organizational standards. - Perform schematic capture and ensure design correctness. - Execute component placement considering electrical, DFA, and DFM constraints. - Develop power split plans and ensure robust design for power delivery. - Carry out PCB routing with controlled impedance and length-tuning as required. - Handle the complete post-Gerber process with fabrication and assembly readiness. - Define and calculate layer stack-ups for various board designs. - Work with HDI technologies, including blind/buried vias and high-speed peripherals. - Apply DFX guidelines during design and carry out validation reviews. - Ensure compliance with SI/PI requirements through analysis and validation. - Collaborate with cross-functional teams to improve design robustness and reliability. Qualification Required: - Hands-on experience with leading PCB design tools (e.g., Allegro, Altium, Mentor Graphics). - Strong knowledge of constraints setting, routing, and post-layout checks. - Experience with signal integrity and power integrity validation methodologies. - Proven expertise in multi-layer PCB stack-up design and materials selection. - Familiarity with HDI techniques, blind/buried vias, and high-speed interfaces. - Good understanding of DFM, DFA, and DFT considerations in PCB design. - Strong analytical skills with attention to detail. - Ability to work in a collaborative, cross-functional environment.
