Senior Test and Reliability Manager

Responsibilities

• Design and execute device reliability characterisation experiments of GaN power ICs
• Develop characterisation strategies and test planning (DOE)
• Develop GaN device reliability models and new test methods
• Write reliability-specific application notes and white papers
• Lead reliability aspects of Technology R&D and Product R&D projects
• Design and run customer-specific tests
• Lead TCAD and multi-physics simulation projects for reliability insight
• Liaise with electrical engineers for the development of reliability characterisation systems
• Lead the team of test and reliability engineers
• Manage resource allocation for test and reliability activity

Requirements

• Degree in Electrical Engineering or a similar technical subject
• Demonstrable experience in test engineering, device reliability, and characterization
• Experience managing an engineering team, ideally in power semiconductors
• Basic knowledge of wide bandgap semiconductors
• Experience working with customers
• Expert knowledge of power semiconductor device reliability, preferably GaN
• Strong communication and presentation skills
• Ability to work in a fast-paced start-up environment

Preferred Qualifications

• Experience measuring/charactering devices and AC/DC or DC/DC converters
• Comprehensive understanding of wide bandgap semiconductor device physics
• Experience with finite element modelling (TCAD and multi-physics)
• Experience with semiconductor failure analysis
• Knowledge of power device packaging technologies
• Project management qualifications or Six Sigma black belt

Benefits

• Share options scheme
• Pension scheme (6% Company contribution)
• Life Assurance (3x Salary)
• Private Health Insurance and Medicash cash plan
• 33 days annual leave
• Training and career development
• Cycle to work and EV leasing schemes
• IP bonus scheme

About the Company

Cambridge GaN Devices (CGD) is a fabless semiconductor company and University of Cambridge spin-out developing energy-efficient GaN-based power devices to enable greener electronics.