Senior Bonding & Interconnect Process Engineer, Power

Clarion Chase; Lincoln; On-site; GBP 65,000 - 90,000; Full time

Job summary

Clarion Chase partners with a leading-edge power semiconductor company to recruit a process engineer focusing on joining and interconnection technologies for power modules. The role involves bonding, soldering, sintering and materials assessment for high-reliability applications.

The successful candidate will lead experimental plans, root-cause analyses and DoE studies, and collaborate with suppliers to industrialise lab-scale methods into production in a global context.

Qualifications

• Degree in materials/science or related engineering discipline.
• Experience with experimental planning and process trials.
• Experience in root-cause analysis and failure investigation.
• Knowledge of materials characterisation and analytical techniques.

Responsibilities

• Develop, optimise and industrialise joining and interconnection processes (soldering, sintering, brazing, bonding).
• Research and select materials (solders, metals, ceramics, polymers, adhesives).
• Perform DoE and structured problem-solving to investigate issues.
• Characterise materials and process outputs using physical, chemical, mechanical, thermal and microstructural analyses.
• Define test methods and acceptance criteria per ISO/ASTM standards.
• Support transfer of lab processes to prototype/production environments.
• Collaborate with suppliers, universities and research organisations.

Skills

Materials Science

Data Analysis

Root-Cause Analysis

Bonding Technologies

Thermal Analysis

Materials Characterisation

High Power Packaging

DoE

Education

Materials Engineering Degree

Tools

Microscopy

Spectroscopy

Thermal Analysis

Job description

Clarion Chase partners with a leading-edge power semiconductor company to recruit a process engineer focusing on joining and interconnection technologies for power modules. The role involves bonding, soldering, sintering and materials assessment for high-reliability applications.

The successful candidate will lead experimental plans, root-cause analyses and DoE studies, and collaborate with suppliers to industrialise lab-scale methods into production in a global context.