Industrial Mechanical Designer

Industrial Engineer play a vital role in complex engineering projects core responsibility for support Project Team and Site on the lines risk analysis assessment.

Main areas of responsibilities are:

• Achievement of timing, quality and cost targets
• Assure the use of company standards (product, processes, norms)
• Support in development of the risk analysis activity for tooling, robotic cells and automated systems, in order to assure, the compliance to all the safety norms.
• Support risk assessments (e.g. PFMEA, MFMEA, Ergonomic Analysis, Hazard Assessments) for new and modified tooling
• Participate in development of throughput analysis DES models
• Ensure compliance with applicable standards such as OSHA, ANSI, ISO 12100, ISO 13849 and local regulations.
• Support Safety Analysis during all project phases, participate in tooling design reviews giving continuous feedbacks to the Project Team
• On site checks. In order to verify the correct line installation and commissioning vs the safety requirements
• Verifies the contents of the technical file and develops the CE document certification.
• Investigate tooling-related incidents, near-misses, and failures.
• Assist in corrective actions and develop long-term safety improvements.
• Deliver training to operators, maintenance technicians, and engineers on proper tooling use.

• Education:
  • Bachelor’s degree in Industrial Engineering, Mechanical Engineering, Manufacturing Engineering, Safety Engineering, or related field.
  • Reading comprehension of technical documents
• Minimum three years of work experience in automotive development (Hardware or Software), industrial, manufacturing or industrial safety engineering
• Languages:
  • English intermediate
  • 2 nd language is recommended

• Safety and risk assessment analysis
• Safety functional performance level calculation
• Safety standards and norms
• Probability and Statistical Analysis
• Technical reports creation
• Functional safety management according ISO
  26262/ISO
  13849/IEC
  62061
• Hazard and risk analyses creation
• Functional and technical safety concepts planning
• Support in creating safety analyses
• Define safety devices list
• Provide Support on calculation of safety functions Performance Level (PL)
• Moderation and participation at technical reviews
• Safety proof generation
• Close cooperation with the project manager, developers and customers
• Requirements on machineries maintenance activities
• Requirements on manual instruction structure & developments
• Knowledge and Experience of declaration of conformity

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