Lead Electronics Engineer – Power Electronics

Overview

As Lead Electronics Engineer in Elekta’s Beam Line domain, you will provide technical leadership for high-voltage and power electronics in medical linear accelerators. You will drive design, verification and lifecycle activities to deliver safe, reliable and innovative radiotherapy solutions. You will collaborate with cross-functional teams to solve complex power, RF, and thermal challenges that impact patient outcomes. This is a mission-driven role with a strong impact on global cancer care and device reliability.

Pay / Benefits

• Up to 25 paid vacation days (plus bank holidays)
• Holiday Purchase Scheme
• Private Medical Insurance
• Employer Pension Contribution Package
• Cycle to work scheme
• Life Assurance

Responsibilities

• Lead the technical development of high-voltage, RF and pulsed-power subsystems for medical linear accelerators
• Drive design, integration, verification and lifecycle activities ensuring safety, reliability, and fitness for purpose
• Investigate and resolve complex power electronics, RF, thermal, reliability, grounding, shielding and EMC issues
• Define technical requirements, review designs, and provide engineering direction
• Collaborate with systems, software, mechanical, manufacturing, quality, service teams and external suppliers
• Support design reviews, risk management, compliance, and continuous improvement while mentoring the team

Key requirements

• Degree in Electronics Engineering, Electrical Engineering, Applied Physics or related discipline, or equivalent industry experience
• Experience with power electronics, high-voltage, RF, pulsed-power or other high-energy electronics
• Understanding of EMC, grounding, shielding, insulation, thermal management and reliability
• Experience in regulated, high-reliability or safety-critical environments
• Strong analytical and problem-solving skills
• Excellent communication and cross-functional collaboration abilities

• Strong communication
• Cross-functional collaboration
• Analytical thinking
• Power electronics
• High-voltage systems
• RF technologies

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