Dein Profil
- Abgeschlossene technische Ausbildung (HTL, FH, TU) im Bereich Maschinenbau, Mechatronik, Produktdesign oder vergleichbare Ausbildung;
- Mindestens 3 Jahre Berufserfahrung in Konstruktion und/oder Entwicklung;
- Sehr gute Kenntnisse in SolidWorks;
- Erfahrung mit PDM-Systemen von Vorteil;
- Verständnis für Fertigungstechniken und Werkstoffe,
- Selbstständige, strukturierte Arbeitsweise sowie ausgeprägte Eigeninitiative;
- Teamfähigkeit und Kommunikationsstärke;
- Da wir in einem internationalen Team arbeiten, setzen wir sehr gute Deutsch- und Englischkenntnisse in Wort und Schrift voraus.
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WAS SIE ERWARTET
• Konstruktion und Entwicklung von Hydraulikzylindern und elektrischen Aktuatoren• Mechanische Konstruktion und Berechnung von Komponenten und Baugruppen• Mitarbeit an Sonderprojekten und Umsetzung der Kundenwünsche• Erstellung und Pflege der Stücklisten• Technische Abklärung und Zusammenarbeit mit Fertigung, Montage und Produktlinien während und nach der Konstruktionsphase
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In your career, let’s prove what’s possible.
- Support the full life cycle of mechanical and electro-mechanical systems from concept to productization including conceptualization, designing, CAD modeling, development, and test/validation
- Designs components using variety of metals, ceramics, quartz, plastics, and advanced coatings
- Ensure documentation aligns with SEMI, Lam standards, and industry best practices for geometric dimensioning and tolerancing (GD&T)
- Conduct detailed analysis including structural, finite element analysis (FEA), stress, vibrations, gas flow dynamics, throughput, and manufacturability to properly specify designs
- Develop and conduct feasibility studies and test plans to characterize and validate design performance
- Prepare high-quality reports and technical presentations to clearly communicate design intent, evaluation, and validation to a diverse audience in design reviews
- Collaborate with suppliers and internal teams to ensure solutions can be manufactured with high-quality, cost-optimized, and to requirements
- Provide key deliverables including Failure Modes and Effects Analysis (FMEA), technical specifications, risk analysis, test specifications, and design review presentations
- Provide technical guidance and mentoring to more junior engineers
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In your career, let’s prove what’s possible.
- Support the full life cycle of mechanical and electro-mechanical systems from concept to productization including conceptualization, designing, development and validation
- Designs components using variety of metals, ceramics, plastics and advanced coatings
- Perform engineering analyses (structural, thermal, FEA, flow, vibration, manufacturability) to optimize designs
- Develop feasibility studies and test plans to validate product performance and reliability
- Generate technical documentation, FMEA and specifications to deliver safe, manufacturable and cost-effective solutions
- Collaborate with suppliers and cross-functional teams while providing technical guidance to junior engineers
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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.
- Participate in all phases of the automation development: requirements, design/analysis, assembly, testing, integration, and volume manufacturing.
- Design and analyze mechanical and mechatronic systems, including motion control and automation.
- Conduct detailed analysis including structural, finite element analysis (FEA), thermal, heat transfer, stress, vibrations, fluid and gas flow dynamics, and manufacturability to properly specify designs.
- Work with cross-functional teams (software, controls, suppliers, manufacturing).
- Developing control systems in close collaboration with software teams.
- Conduct feasibility studies, prototype fabrication, and failure analysis using methods like 5-Why and 8D, characterize and validate design performance.
- Develop control systems hardware, perform PID tuning, and design motion profiles.
- Prepare reports and technical presentations to clearly communicate design intent, evaluation, and validation to a diverse audience in design reviews.
- Create documentation and support lifecycle management of products.
- Ensure documentation aligns with SEMI, Lam standards, and industry best practices for geometric dimensioning and tolerancing (GD&T).
- Collaborate with suppliers and internal teams to ensure solutions can be manufactured with high-quality, cost-optimized, and to requirements.
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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.
- Lead fluidic and mechanical system development from concept through productization, including design, prototyping and validation
- Design and integrate gas and liquid delivery systems, selecting appropriate components for high-purity and process-critical applications
- Develop PnIDs, schematics, and layouts to ensure manufacturable system integration
- Perform engineering analyses (flow, pressure, thermal, structural) and execute testing to optimize system performance and robustness
- 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 fluid system design
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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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YOUR RESPONSIBILITIES
- Develop and maintain simulation models of loader crane systems using MBSE/MBD methods, tools, and standards with focus on hydraulic and mechatronic behaviour
- Support innovation and virtual validation of loader cranes during the product development process
- Perform system analysis using simulation and measurement data to improve model accuracy
- Collaborate with cross disciplinary engineering teams to support product development
- Contribute to continuous improvement and reuse of simulation models, methods, and workflows
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YOUR RESPONSIBILITIES
- Analyze customer requirements, review specifications and assess technical feasibility
- Act as interface between Engineering/R&D, Sales and Production and translate customer needs into technical specifications
- Support projects from inquiry to implementation and assist in preparing technical proposals and quotations
- Create and maintain relevant technical documentation for projects and internal handovers
- Provide technical support and act as point of contact for customers
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YOUR RESPONSIBILITIES
- Define and specify mechatronic system functions, integrating hydraulic, electrical, and software components
- Create functional requirements and technical specifications for control software development
- Validate and verify the implementation of mechatronic functions through testing and documentation
- Analyze existing system functionalities and drive continuous improvement and innovation
- Collaborate with cross-functional teams, Product Lines, and Centers of Excellence to align and standardize system architectures
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In your career, let’s prove what’s possible.
- Provide technical support in assembly and final test of the production floor
- Work with Lam Product Group Engineering in correcting design errors and driving RCCA
- Drive the improvement of the manufacturing processes to ensure product quality, cost, and on-time-delivery
- Drive work instruction creation and deployment within Lam’s manufacturing execution system
- Estimate manufacturing cost, determines time standards and makes recommendations for fixturing and process requirements of new product lines
- Maintain records and reporting systems for coordination of manufacturing operations
- Review new designs for manufacturability and makes recommendations to design engineering on manufacturability (DFMA) improvements
- Analyze the build process via pFMEA, identifies risks and bottlenecks, and drives improvement
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In your career, let’s prove what’s possible.
- Automation Design
- Electro-Mechanical Systems
- Fluid
- Substrate Handing
- Wet Chemistry Hardware
- Testing
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In your career, let’s prove what’s possible.
- Design and develop highly complex electrical systems, sub-systems, and/or solutions, applying engineering methods to design
- Contributes to research and development efforts for future products by collecting and analyzing data to improve electrical system designs
- Develops functional specifications for highly complex electrical/ electro-mechanical systems and power distribution components
- Collaborate with cross-functional engineering design teams to design and modify custom and OEM system components
- Perform hands-on test and validation utilizing lab equipment to characterization of the performance of the electrical/ electro-mechanical systems
- Prepare high-quality reports and technical presentations to clearly communicate design intent, analysis, and results to diverse audiences in design reviews
- Acts as a resource and mentor for more junior colleagues
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Your Responsibilities:
- Define, continuously refine, and execute PALFINGER’s AI strategy across all three pillars
- Act as the central engine, facilitator and orchestrator of all AI activities across functions and regions with clear interfaces to all major stakeholder and functional AI champions
- Establish and enforce a clear governance for AI tools and use cases by implementing a structured funnel process and managing requirements of the PALFINGER AI platform
- Proactively identify high-value AI opportunities across the organization and guide/advise functions in identifying, shaping, assessing and implementing AI use case; deliver positive and high-impact AI business cases with the functions
- Build a strong AI culture across PALFINGER and drive the creation and evolution of a external partner network
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YOUR RESPONSIBILITIES
- Lead and develop the Analytics Data Platform team, shaping its architecture and roadmap within the Process and Data Management organization and fostering a culture of collaboration, ownership, and continuous improvement.
- Drive the design and scaling of our modern, cloud-based data platform on Snowflake - covering data ingestion, storage, transformation, and a governed semantic layer - and introduce cost-effective innovations such as real-time data processing.
- Establish platform standards for data modeling, data quality, security, and governance (e.g., role-based access control, data cataloging), ensuring the platform is reliable, performant, and cost-efficient.
- Oversee the day-to-day operation of the platform together with your team - monitoring reliability and performance, keeping an eye on cost, and continuously improving stability and automation.
- Partner with business stakeholders across the organization to align the platform with the overall strategy and enable self-service analytics and AI.
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YOUR RESPONSIBILITIES
• Define, document, and continuously improve engineering data structures, processes, and data models in systems such as Teamcenter and SAP S/4HANA• Establish and maintain data-governance standards for data creation, changes, phase-out, quality, and usage• Monitor engineering-data quality, lead enrichment and cleansing initiatives, and develop KPIs and reporting mechanisms.• Support data migration, conversion, and system implementations or upgrades while ensuring data consistency and integrity across platforms.• Collaborate with cross-functional stakeholders, build a network of product-data experts, and provide training and coaching to promote best practices
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