Lead Engineer - PCB Design

What you'll do:

The Lead PCB Design Engineer is responsible for leading the design, development, and optimization of printed circuit board (PCB) solutions for electronic products. This role ensures high-quality, manufacturable, and reliable PCB designs, drives design standardization and process improvements, provides technical leadership, and collaborates with cross-functional teams to deliver innovative and cost-effective products

"• Lead end-to-end PCB development from concept, schematic review, layout, validation, and production release.
• Able to lead Program with multiple PCBs and deliver with help of one or more resources
• Design complex multi-layer PCBs for:
-Data center power distribution and management systems
-Thermal management and cooling control systems
-Know-how of OCP Rack and its structure
-Hands-on experience in High Voltage, High Current PCBs
Develop PCB solutions considering:
-Signal Integrity (SI)
-Power Integrity (PI)
-EMC/EMI compliance
-Thermal performance
-Reliability and Manufacturability
• Define stack-ups, controlled impedance requirements, high-current power routing, grounding strategies, and power distribution networks.
• Collaborate with electrical, mechanical, thermal, firmware, manufacturing, and test teams to optimize overall product performance.
• Support design reviews, prototype builds, debugging, root-cause analysis, qualification testing, and certification activities.
• Drive PCB design standardization, library management, design automation, and continuous improvement initiatives.
• Mentor PCB designers and provide technical leadership across global engineering teams."

Qualifications:

Required: Bachelor's Degree in Electronics / Electronics and Communication / Electrical Engineering.

"• 12-14 years of PCB design experience in power electronics or thermal management products.

Skills:

• Expert knowledge of multi-layer PCB design using Altium Designer, Cadence Allegro, or equivalent EDA tools.

"Required:
Strong experience in below:
• Experience with High Power, Flex, Rigid Flex & HDI PCBS.
• High-speed interfaces (DDR, PCIe, Ethernet, USB, SerDes)
• Power electronics and power conversion systems
• Creepage clearance and safety requirements
• SI/PI analysis and simulation
• Thermal-aware PCB design
• DFM, DFA, and DFT methodologies

Well versed with Data Center Rack Architectures, including rack-level power distribution, monitoring, control systems, AI/HPC infrastructure, and cooling solutions.