Senior Power Systems Engineer 
Position Overview

We are seeking a Senior Power Systems Engineer with expertise in Power Integrity (PI) to support the development of advanced, high-performance electrical systems for aerospace, defence, communications, and other mission-critical applications.

In this role, you will be part of a multidisciplinary engineering team responsible for the complete lifecycle of electrical power systems, from requirements development and architecture definition through design, verification, testing, operational support, and anomaly resolution. You will play a key role in ensuring robust power delivery, system reliability, and overall electrical performance in complex, high-reliability environments.

Key Responsibilities

System Architecture & Requirements

• Develop and maintain unit- and subsystem-level technical requirements.
• Lead engineering trade studies, architecture development activities, and interface definition efforts.
• Support system-level integration activities and ensure alignment between electrical, mechanical, and software disciplines.
• Contribute to system design reviews and technical decision-making processes.

Design & Analysis

• Support detailed electrical design activities, including review and development of:
  • Schematics
  • PCB layouts
  • Technical drawings
  • Bills of materials (BOMs)
• Perform electrical and power system analyses, including:
  • Power Integrity (PI)
  • Transient analysis
  • Worst-case circuit analysis
  • Derating analysis
  • Voltage drop analysis
  • Grounding and bonding analysis
• Conduct DC, AC, and transient PI assessments, including:
  • IR drop analysis
  • Impedance target validation
  • Load-step response analysis
  • Resonance identification and mitigation
• Develop and optimize decoupling strategies using bulk, ceramic, and embedded capacitance solutions across multiple frequency ranges.
• Analyze and improve Power Distribution Network (PDN) performance and robustness.

Verification & Validation

• Define and execute PDN validation plans, including:
  • Impedance measurements
  • Load-step testing
  • Noise characterization
  • Performance verification
• Plan and lead acceptance, qualification, and verification testing activities.
• Develop test procedures, support equipment requirements, and test documentation.
• Oversee test execution and generate detailed technical reports.

Operational Support & Problem Solving

• Lead failure investigations and support root-cause analysis activities.
• Investigate electrical anomalies identified during development, testing, manufacturing, or operational phases.
• Support corrective action implementation and continuous improvement initiatives.
• Review operational performance data and provide technical recommendations for system improvements.

Required Qualifications

• Bachelor's degree in Electrical Engineering or a related discipline.
• Strong understanding of electrical power system architecture, design, and analysis.
• Familiarity with power system components such as:
  • Batteries
  • Power conversion hardware
  • Power distribution systems
  • Electrical interconnects and harnessing
  • Renewable or distributed power generation technologies
• Experience with Power Distribution Network (PDN) simulation and analysis tools such as:
  • Keysight PIPro
  • Cadence Sigrity
  • Ansys SIwave
  • SPICE-based simulation environments
• Strong analytical, troubleshooting, and problem-solving capabilities.
• Excellent written and verbal communication skills.
• Demonstrated experience leading technical projects, work packages, or engineering teams.

Preferred Qualifications

• 3–7 years of experience in electrical power systems design, development, and verification within aerospace, defence, telecommunications, semiconductor, automotive, energy, or other high-reliability industries.
• Master's degree or PhD in Electrical Engineering, ideally with a focus on Power Electronics, Power Systems, or Electrical Energy Conversion.
• Experience developing and validating complex Power Distribution Networks (PDNs).
• Knowledge of high-reliability electronics design methodologies and industry standards.
• Experience supporting products through development, qualification, production, and operational deployment phases.
• Familiarity with mission-critical or safety-critical electrical systems.

Key Skills

• Power Integrity (PI)
• PDN Design & Optimization
• Signal & Power Analysis
• Electrical System Architecture
• Root Cause Analysis
• System Verification & Validation
• Cross-Functional Leadership
• Technical Problem Solving
• Risk Assessment & Mitigation