Discuss and derive product requirements and converting them into engineering design specifications. This process includes a feasibility study to estimate design effort and cost, ensuring practical and financially viable solutions. 

Identify all sections to meet product requirements, laying out the system architecture and interactions, and identifying key risks with a mitigation plan. This structured approach ensures a cohesive, functional, and risk-managed system design. 

Selecting components, create schematics, perform design calculations, worst-case analysis, thermal analysis, and power loss estimation. This is our core expertise, and we are passionate about delivering reliable and efficient designs. 

PCB design involves strategic component placement and trace routing to meet mechanical, electrical, and thermal requirements. Proper spacing, insulation, and trace widths ensure heat management and signal integrity, resulting in a reliable and functional final product.