PCB Design Engineer

PCB Design Engineer

We are seeking a skilled PCB Design Engineer with expertise in high current and high power board design. The role involves designing board with optimized trace width
, thermal dissipation
, creepage/clearance
, and high current handling
, performing impedance control, thermal and power integrity analysis, and ensuring signal integrity in high‑speed/high‑power designs.

• Design boards with optimized trace width
  , thermal dissipation
  , creepage/clearance
  , and high current handling
• Perform impedance control, thermal and power integrity analysis
• Perform PCB extractions and analyse S‑parameters to ensure signal integrity in high‑speed/high‑power designs
• Work closely with hardware engineers on board architecture and component placement
• Generate complete manufacturing documentation including Gerbers, BOMs, pick‑and‑place files, and assembly drawings
• Support PCB bring‑up, validation, and testing
• Provide technical mentorship to junior engineers and PCB designers
• Interface with external vendors for DFM/DFT/fabrication review processes

• BSc/MSc in Electrical or Electronics Engineering (or related field)
• 7+ years’ experience in PCB design, with at least 3 years working on high current or high‑power systems
• Proficiency in tools such as Mentor Graphics
  , Cadence Allegro
  , or equivalent
• Strong knowledge of PCB stack‑ups, thermal vias, copper weight design, and power planes
• Hands‑on experience with PCB extractions and S‑parameter analysis
• Experience with DC‑DC converters
  , motor drivers
  , battery management
  , or power distribution systems
• Familiarity with IPC standards relevant to high current/power designs
• Experience using simulation tools for thermal
  , power
  , and signal integrity analysis
• Strong documentation and communication skills

• Experience in EMI/EMC mitigation for high current designs
• Familiarity with embedded systems and mixed‑signal layouts
• Exposure to automotive
  , industrial
  , or aerospace standards
• Knowledge of heavy copper and multi‑layer PCB fabrication techniques