התפקיד במילים פשוטות
מהנדס NPI (הכנסת מוצר חדש) יהיה החוליה המקשרת בין מחקר ופיתוח לייצור, ויוביל את תהליך המעבר של מערכות מדויקות, כולל מכלולים מכניים וסיבים אופטיים, משלב התכנון לייצור בקנה מידה גדול ובאיכות גבוהה. התפקיד דורש הבנה עמוקה בתכנון מכני ובטכנולוגיות ייצור, ויכולת לפתור אתגרי אינטגרציה מורכבים ברצפת הייצור.
- B.Sc. in Mechanical Engineering
- 10+ years of experience in NPI or Production Engineering
- Proficiency in SolidWorks (or similar CAD)
- experience working with PLM/ERP systems (e.g., Priority, Agile, or SAP)
- Proven experience with various manufacturing technologies (machining, plastic injection, 3D printing) and assembly of precise mechanical systems
- Experience with fiber-optic assembly or electronic integration
- Knowledge of ISO standards and defense-industry quality regulations
- Experience in designing production lines for "Clean Room" or ESD-sensitive environments
חולץ מתיאור המשרה · מתעדכן אוטומטית
למי זה מתאים
התפקיד מתאים למהנדסים בעלי תואר ראשון בהנדסת מכונות וניסיון של למעלה מ-10 שנים בהנדסת NPI או ייצור בסביבה רב-תחומית בהייטק/ביטחון, עם מומחיות בפלסטיקה. הוא פחות מתאים למועמדים ללא ניסיון רב בתחום או ללא רקע חזק בתכנון מכני וטכנולוגיות ייצור.
תיאור המשרה המלא
המשרה המקורית · נשמר לעיוןKela is a secure, open platform enabling rapid and seamless integration of commercial and military systems in service of Western defense. Designed and battle-tested by Israeli innovators, Kela ensures the West meets today’s frontline challenges and evolves with tomorrow’s innovations. We are looking for a NPI Engineer to join As an NPI (New Product Introduction) Engineer , you will be the vital link between R&D and Production. You will take ownership of the transition process, ensuring that our high-precision systems, including sophisticated mechanical and fiber-optic assemblies, move from design to scalable, high-quality manufacturing.This is a "hands-on" role that requires a deep understanding of mechanical design and manufacturing technologies, as well as the ability to solve complex integration challenges on the factory floor. Responsibilities Manage the end-to-end "Transfer to Production" (TTP) process for new products and sub-assemblies. Perform Design for Manufacturing (DFM) and Design for Assembly (DFA) reviews to optimize production costs, yield, and reliability. B uild and maintain complex Manufacturing Bills of Materials (MBOM) and manage engineering changes (ECO/ECR) within the PLM system. Design and oversee the fabrication of specialized assembly tools, fixtures, and jigs to streamline production. Create detailed Work Instructions (WI), routing procedures, and assembly manuals for the production team. Analyze production line failures and implement technical solutions to improve throughput and quality.
Requirements: B.Sc. in Mechanical Engineering. 10+ years of experience in NPI or Production Engineering within a high-tech/defense multidisciplinary environment. Proficiency in SolidWorks (or similar CAD) and experience working with PLM/ERP systems (e.g., Priority, Agile, or SAP). Proven experience with various manufacturing technologies (machining, plastic injection, 3D printing) and assembly of precise mechanical systems. Plastics Expertise: Strong background and proven experience in plastic injection molding, material selection, and mechanical design for plastics. A "Can-do" attitude with the ability to work in a fast-paced, milestone-driven environment (ARO). Excellent Hebrew and English (both written and verbal) to collaborate with global vendors and internal teams. Nice to have: Experience with fiber-optic assembly or electronic integration. Knowledge of ISO standards and defense-industry quality regulations. Experience in designing production lines for "Clean Room" or ESD-sensitive environments.
שאלות על המשרה
- המשרה לא ציינה שכר. אנחנו מציגים שכר רק כשהמעסיק מפרסם אותו.
- B.Sc. in Mechanical Engineering, 10+ years of experience in NPI or Production Engineering, Proficiency in SolidWorks (or similar CAD), experience working with PLM/ERP systems (e.g., Priority, Agile, or SAP), Proven experience with various manufacturing technologies (machining, plastic injection, 3D printing) and assembly of precise mechanical systems