Reliability Engineer II
Core
Assess system performance, identify hardware vulnerabilities, and create paths to improve consistency and reliability for ICON's latest print systems (Titan) to Serial Production.
Role type
Senior IC reliability engineer (mechanical/mechatronics)
Builds
Print systems and industrial equipment
Domain
Industrial manufacturing / Mechatronics
Required skills
root cause analysis, FMEA studies, preventative maintenance planning, MTBF/MTTR tracking, CAPA management, supplier quality requirements, new product conceptual development, test system setup, hardware diagnostics, electromechanical systems knowledge, measurement techniques, SolidWorks, part fabrication techniques (machining, welding, sheet metal, laser cutting, injection molding, 3D printing, hydroforming), technical specifications for automated equipment, prototype-to-production transition
Preferred skills
Product Development, Equipment/Machine Design, Manufacturing, or Testing environments experience, automated equipment qualification processes, production quality metrics knowledge
Technologies
SolidWorks, diagnostics software, industrial sensors, pressure transducers, temperature controllers, current meters, pogo-pins
Responsibilities
Own and manage identification and resolution of priority product concerns; Drive organization of information and data collection, perform root cause analysis, report on occurrences as well as implementation of short term and long term mitigation steps; Set up and run testing of components and systems for reliability purposes; Technically assess system performance, identify and prioritize hardware vulnerabilities, create paths to improve overall consistency and reliability, and own implementation of system improvements; Review reliability statistics of the current suite products with the aim of identifying areas most in need for improvement; Complete FMEA studies of hardware products; Use FMEA insights to develop, optimize, and refine preventative maintenance (PM) plans that proactively address potential failure modes; Lead investigations to identify the root causes of failure; Develop plans for and track mean time between failure (MTBF) and mean time to repair (MTTR) of all products; Manage CAPA processes to collect failure data and systematically resolve issues to improve reliability; Develop qualification processes for releasing new features into production to prevent downtime due to issues in the field; Establish quality and reliability requirements for suppliers; Participate in initial new product conceptual development; Host, and actively contribute to test result review meetings; Interact with various design, manufacturing, and software teams; Support build, debug, validate, and fine-tune equipment for release to production.
Seniority
Senior, hands-on IC
