machanical design engineer / keynote speaker

Evaluation of the flow characteristics of components for exhaust systems in fuel cell applications

• Current state analysis of the existing design and requirements
• Creating concepts based on the current state analysis
• Designing the sheet metal cladding for a new type of special machine based on the previously created concept
• Laser and bending parts
• Welded assemblies according to DIN EN ISO 3834
• Creating technical drawings
• Creating detailed technical documentation for knowledge transfer and instructions
• CAD software Solid Edge

• Developing video walls and an LED ceiling to simulate and present PV modules
• Implementing lessons learned from previous projects
• Further developing and optimizing the assemblies
• Coordinating with customers and suppliers
• Organizing and leading project meetings with stakeholders
• Developing innovations and new technologies
• Laser and bending parts
• Welded assemblies according to DIN EN ISO 3834
• CAD software SolidWorks

• Development and design of wet chemical cleaning/process systems for silicon wafers
• Calculation and design of electromechanical drives, assemblies, custom and purchased parts
• Static and dynamic calculations
• Further development of the modular and variant kit system
• Laser-cut and bent parts, turned and milled parts
• Welded assemblies according to DIN EN ISO 3834
• Creating and maintaining bills of materials, manufacturing and assembly drawings
• Overseeing assembly and commissioning of the systems
• Close collaboration with related departments and contacts for technical queries from customers and suppliers
• CAD software: SolidWorks (until 07/2022)
• Special project using Solid Edge (from 07/2022)

• Production optimization for PCR tests
• Analyzing dedicated mechanical production process steps for cycle time and stability
• Developing assembly tools (concept, design, prototyping, commissioning)
• Conducting meetings with international sites (English-language design reviews)
• Coordinating and aligning with manufacturing teams and project management
• 3D-print-assisted component development (Prusa i3)
• Laser-cut, bent, turned, milled, and 3D-printed parts
• Welded assemblies according to DIN EN ISO 3834
• Material procurement and supplier selection
• Tolerance chain analyses and feasibility studies
• Recommendations for automation equipment specifications
• Conceptualization and development of solutions for CAPA investigations
• GMP-compliant documentation of developed tools (standard operating procedures (SOP), maintenance and service plans, technical documents)
• Support for design reviews as well as IQ and OQ of complete systems
• CAD software: SolidWorks

• Development of a fully automated packaging line for polysilicon
• Cleanroom requirements
• Cutting and sealing technology
• Development of a toggle joint mechanism for the sealing process
• Rotary indexing table with rotary feedthroughs
• Filling equipment (ultra-pure polysilicon)
• Weighing technology (load cells)
• Vacuum technology
• Protective gas atmosphere
• Development of laser, punching/bending parts, turned and milled parts
• Welded assemblies according to DIN EN ISO 3834
• Prototype construction and commissioning
• CAD software Autodesk Inventor

• Electrical engineering with a focus on energy and building technology
• Mechatronics

• Design engineering
• Production engineering
• Manufacturing technology
• Technical communication
• Machine tools

• Electrical and mechanical planning of contract projects
• Development of automation systems
• Selection and specification of purchased parts
• Support during assembly and acceptance of finished machines
• Performance qualification
• Commissioning (FAT, SAT)
• Troubleshooting
• Structure and process optimization in production and organization
• Form postponement (supply chain management)
• Project management and reporting
• Technology and innovation management
• CAD software SolidWorks

• Project support for automation systems
• Support in coordination and communication of mechanics, electronics, and programming areas
• Involvement in the design and development of robot-based handling machines
• Filling technology (lithium-ion cells)
• Weighing technology (load cells)
• Vacuum technology
• Protective gas atmosphere
• CAD software SolidWorks

• Planning and manufacturing of electromechanical and electronic systems
• Industrial furnaces, hydrostatic press
• Assembly, maintenance, troubleshooting and servicing of systems
• Turning, milling and welding work
• Troubleshooting
• Control cabinet construction
• PLC programming
• Electro-pneumatics
• Automation technology