Reliability Engineer - Eindhoven, Nederland - Trinamics

Beschrijving

• Defining realistic Project Reliability, Durability and Repair & Maintenance targets.
• Assigning Reliability targets to subsystems and components.
• Drawing up and agreeing on a Project Reliability Plan.
• Supporting the Design Engineers in the application of Reliability Engineering related Design For Six Sigma Tools.
• Reporting the Reliability status and progress of a project.
• Measuring and predicting the Reliability during and at the end of a project, including proposing possible corrective activities.
• Identifying and implementing continuous improvement activities for Reliability Engineering processes.
• Commitment to Reliability, value, and quality in all aspects of work.
• Ability to work in a fast-paced, lean, collaborative team environment.
• Excellent interpersonal, communication and presentation skills.
• Demonstrated ability to work effectively with all levels of the organization.
• High energy level, goal oriented self-starter with willingness to learn new ideas.
• Able to learn and use new processes and techniques and resourcefully solve technical issues.
• Strong analytical ability with a pragmatic attitude.
• Hands-on mentality to get the job done.
• Willingness to grow continuously, both personally and professionally and a strong results orientation.
• Competency with standard business software tools (word processing, spreadsheets, etc.).
• Good knowledge of Dutch and English language , both orally and in writing.
• Education, Experience, Training
• Bachelor degree in Engineering of equivalent.Six Sigma DFSS or Green Belt or Black Belt Training.
• 5+ years' work experience in automotive or commercial vehicle systems
• Six Sigma DFSS or Green Belt or Black Belt Certification.
• Knowledge of DFSS tools including DFMEA, RVP, FTA, Weibull Analysis, Crow-AMSAA MTBF, etc.
• Knowledge of ISO26262 and ASPICE.
• Experience in agile work environments.
• Experience with structured product development processes.
• Defining realistic Project Reliability, Durability and Repair & Maintenance targets.
• Assigning Reliability targets to subsystems and components.
• Drawing up and agreeing on a Project Reliability Plan.
• Supporting the Design Engineers in the application of Reliability Engineering related Design For Six Sigma Tools.
• Reporting the Reliability status and progress of a project.
• Measuring and predicting the Reliability during and at the end of a project, including proposing possible corrective activities.
• Identifying and implementing continuous improvement activities for Reliability Engineering processes.