In your career, let’s prove what’s possible.
- Independently perform system-level hazard analysis and risk assessments, and drive implementation of mitigation strategies
- Apply and interpret industry and regulatory requirements such as SEMI S2, CE Marking directives, and NFPA standards to support product compliance and certification
- Identify design risks across electrical, mechanical, chemical, and ergonomic domains, and partner with engineering teams to resolve them
- Participate in and influence design reviews to ensure safety requirements are incorporated early and effectively
- Resolve product safety issues from internal reviews, field feedback, and third-party evaluations
- Interface with third-party certification agencies to support safety assessments and closure of findings
- Review and develop maintenance and service procedures to ensure safe operation and servicing of equipment
- Partner with account teams and field organizations to support customer confidence in product safety
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In your career, let’s prove what’s possible.
- Lead wet chemical process hardware development from concept through productization, including chamber design, prototyping and validation
- Design and integrate fluid delivery, recirculation, drainage and spray systems for high-performance wet processing applications
- Develop PnIDs, chamber layouts and flow concepts to ensure uniform chemical distribution, thermal stability and process performance
- Select materials and components with focus on chemical compatibility, corrosion resistance and long-term reliability
- Define requirements, perform engineering analyses and execute testing to validate chamber, fluidic and thermal performance
- Generate technical documentation, FMEA and specifications to deliver safe, manufacturable and cost-effective solutions
- Collaborate with suppliers and cross-functional teams while providing technical leadership and mentorship in wet process hardware and chamber design
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My Best Health
- Aufbau, Betreuung und Weiterentwicklung interner analytischer Prüfmethoden
- Implementierung nasschemischer, photometrischer und instrumenteller Analytik
- Unterstützung bei der Integration mikrobiologischer Prüfungen in die Qualitätskontrolle
- Erstellung und Pflege von Prüfvorschriften und Dokumentationsvorlagen
- Durchführung von Methodenverifizierung und Methodenvalidierung
- Bewertung von Analyseergebnissen, Plausibilitäten und Abweichungen
- Unterstützung bei Geräteauswahl, Qualifizierung, Kalibrierung, Wartung und Routinebetrieb
- Schulung und fachliche Weiterentwicklung geeigneter Mitarbeitenderin der Qualitätskontrolle
- enge Zusammenarbeit mit Qualitätsmanagement, Produktentwicklung und externen Laborpartnern
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In your career, let’s prove what’s possible.
- Design and develop substrate holders (chucks) for wet chemistry processes, including plating, cleaning, and etching applications
- Define sealing concepts, panel support strategies, clamping mechanisms, and chemical exposure interfaces
- Optimize designs for uniform process conditions, minimal particle generation, and high substrate integrity (e.g. low breakage, controlled deformation)
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In your career, let’s prove what’s possible.
- Bachelor’s degree in Mechanical Engineering, Mechatronics Engineering, Applied Physics, or related field with 5+ years of experience; or Master’s degree with 3+ years of experience; or PhD in a related field
- Excellent communication, both written and verbal, and technical presentation skills
- Proficient in 3D CAD tools such as CREO, Siemens NX, ProE, SolidWorks, and others
- Hands-on experimental, prototype, and test background coupled with solid engineering skills
- Experience developing and executing engineering test plans, analyzing data, and communicating technical conclusions
- Strong engineering fundamentals with experience in mechanical and mechatronic systems, hardware troubleshooting, and structured problem solving
- Experience supporting the validation of precision mechanical assemblies, motion-related hardware, or substrate support and handling
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In your career, let’s prove what’s possible.
- Konstruktion (3D und Funktionsbeschreibung) und Analyse mechanischer und mechatronischer Systeme, einschließlich Bewegungssteuerung
- Mitarbeit in allen Phasen der Automatisierungsentwicklung: Anforderungsdefinition, Design/Analyse, Test, Integration und Überleitung in die Serienfertigung
- Zusammenarbeit mit funktionsübergreifenden Teams (Software, Steuerungstechnik, Lieferanten und Fertigung)
- Entwicklung von Steuerungssystemen in enger Zusammenarbeit mit Softwareteams
- Durchführung von Machbarkeitsstudien, Prototypenfertigung und Fehleranalysen unter Anwendung von Methoden wie 5-Why und 8D sowie Charakterisierung und Validierung der Designleistung
- Erstellung von Berichten und technischen Präsentationen zur klaren Kommunikation von Designabsicht, Bewertung und Validierung gegenüber einem vielfältigen Publikum im Rahmen von Design-Reviews
- Erstellung von Dokumentationen laut LAM-Standards und Unterstützung des Produkt-Lifecycle-Managements
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