Reliability Engineering
Independent reliability engineering for electronics, semiconductor devices and mission-critical systems. Identify failure risks, plan targeted testing and build evidence for informed decisions throughout product life.
ExploreSpacerel engineering
Reliability Engineering, Qualification & Failure Analysis
Four connected disciplines spanning electronic hardware, research, reliability, qualification and the evidence that matters to your programme.
Core capabilities
Four connected engineering disciplines.
Component & System Qualification
Independent qualification engineering for electronic components, semiconductor devices and assemblies. Develop standards-informed test strategies, assess qualification gaps and establish evidence of suitability for demanding applications.
ExploreFailure Analysis
Independent electronic and semiconductor failure analysis for components, PCBAs and hybrid microelectronics. Investigate failure mechanisms, identify root causes and develop evidence-based corrective actions.
ExploreResearch & Development
Applied research and experimental development in microelectronics, electronic materials and reliability technologies for demanding applications.
ExploreSupporting capabilities
Specialist support that extends your engineering capability.
Technical Training & Workshops
Specialist reliability engineering training and technical workshops for electronics, semiconductor and high-reliability hardware teams. SPACEREL provides practical training in Physics of Failure, FMEA, accelerated life testing, reliability statistics, failure analysis and component qualification, with a focus on real engineering applications.
ExploreDiscuss the engineering challenge
A clear requirement is the first step.
Tell us about your electronic hardware, reliability or qualification requirements and the decisions you need to make. We'll help identify a practical engineering approach and the evidence needed to move forward.
Request a Technical Consultation