DAAAM Symposium Topics
The Symposium includes all topics from the fields of advanced manufacturing, automation, networking, and knowledge. It covers Theory, Practice, and Education of engineers. Focus is on all aspects of design, production, manufacturing, exploiting of all kind of complex technical products made out of more parts, and all aspects of development and use of industrial and service automation. Topics of interest include, but are not limited to:
| Abrasive Machining | Materials |
| Actoric | Measurement Techniques and Analysis |
| Adaptive Control | Measuring |
| Advanced Manufacturing | Mechatronics |
| Advanced Modeling Techniques | MEMs |
| Advances in Machining | Metal Active Gas (MAG) |
| After-Sales Services | Metal Inert Gas (MIG) |
| Agile Manufacturing | Metallurgical Manufacturing Processes |
| Agility | Methods |
| AGV | Micro and Nano Fabrications |
| AI Techniques | Microrobotics |
| Algorithms | Microstructures and Mechanical Properties |
| Analysis and Control of Machine Tools | Milling |
| Analytical Methods of Machining | Mobile Robots |
| Applications | Modeling |
| Artificial Intelligence | Modeling of Casting |
| Artificial Intelligence in Manufacturing | Modern Production: Theory & Praxis |
| ASRS | Monitoring |
| Assembly | Motion Planning |
| Automated Assembly | Multidisciplinary Product Development |
| Automated Control | Multi-Modal Transport |
| Automatic ID | Multirobot Systems |
| Automation in Manufacturing | NDT |
| Automotive Industry | NEMS |
| Automotive Supply Industry | Networking |
| Autonomous Systems | Neural Networks |
| Bonding by Casting | Neuro-fuzzy Control |
| Boring | New Manufacturing Paradigms |
| Brazing and Soldering of Dissimilar Materials | Non-Conventional Machining |
| Bulk Forming Processes | Non-Traditional Machining Methods |
| Business Models for Services | Numerical Control of Manufacturing Processes |
| Business Process Reengineering | Open Innovation in Practice |
| Business Strategies | Operational Excellence |
| Business-to-Business Industry | Operations Industrial Engineering |
| Business-to-Consumer Industry | Optimal Design |
| CAD | Optimization |
| CAE | Perception and Recognition |
| CAM | Performance Monitoring |
| Case Studies | Plasma etching |
| Casting | Pneumatics and Hydraulics Systems |
| CAx-Technologies | Polymer Processing Technologies |
| Ceramic Processing Technologies | Powder Metallurgy |
| CIM | Precision Engineering |
| Closed Loop Design and Closed Loop Economy | Process Control |
| Coating | Process Control Methods |
| Collaborative Engineering | Process Planning |
| Company Specific Production Systems | Product Modeling |
| Computational Intelligence | Product Service Systems |
| Computer Aided Design and Manufacturing | Product Traceability |
| Computer Aided Design and Modeling | Production Engineering |
| Computer Aided Engineering Analysis | Production Planning and Scheduling |
| Computer Aided Manufacturing | Production Quality and Standards |
| Computer Control Systems | Production Systems: Design, Control, Exploitation |
| Computer Integrated Manufacturing | Production Technology, Systems and Management |
| Computer Numerical Control | Productivity |
| Computer-Aided Green Manufacturing | Product-Service System Simulation |
| Concurrent Engineering | Professional Services |
| Continuous Casting | Programmable Logic Controller PLC |
| Control | Programming |
| Control Strategies | Projection Welding |
| Corporate Social Responsibility | Quality Management |
| Cost optimization | Quantitative Sustainability Assessment |
| Creativity of Engineers | Radio Frequency Identification (RFID) |
| Cutting | Rapid Manufacturing |
| Decision Making | Rapid Product Development |
| Deep Drawing | Rapid Prototyping |
| Design | Rapid Tooling |
| Design Automation | Reasoning |
| Design for Local and Global Consumers | Reasoning Systems |
| Design for Service | Reliability |
| Design Management | Renewable Energy |
| Diagnosis | Renewable Energy Technologies |
| Die casting | Resource Efficiency and Sustainability |
| Digital Factories | Reuse, Remanufacture, Disassembly and Recycling Approaches |
| Digital Manufacturing | Reuse, Remanufacturing, Disassembly and Recycling Techniques |
| Digital Production | Reverse Logistics and Product Recovery |
| Disassembly | Reverse Logistics and Remanufacturing |
| Eco-design | Risk Management |
| Eco-innovation | Robot Applications – all areas |
| Education in Engineering | Robot Control |
| Electro Discharge | Robot Dynamics |
| Electrochemical Machining | Robot Kinematics |
| e-Manufacturing | Robot Mechanisms |
| Emergent Synthesis | Robot Safety |
| End-of-Life Equipment Issues | Robotic Systems |
| End-of-Life Management | Robotics |
| End-of-Life Strategies | Robust Control |
| Energy Efficiency in Manufacturing | Roll Forming |
| Enhanced Equipment Quality Assurance | Rolling |
| Environment and Green Manufacturing | Safety |
| Environmental and Safety Issues | Scheduling |
| Environmental and Social Certifications | Segmental Approaches to Sustainability Reporting |
| Environmental and Social Issues | Self-Organization |
| Evolution Strategy | Self-Organizing Systems |
| Expert Systems | Semisolid Forming |
| Explosive Forming | Sensing |
| Explosive Welding | Sensor Data Fusion |
| Extrusion | Sensors |
| Factory Data Analysis | Service and Product-Service Systems Engineering |
| Factory Modeling, Simulation and Optimization | Service Chain |
| Factory Productivity and Automation | Service Engineering |
| Flash Welding | Service Innovation |
| Flexible Automation | Service Lifecycle Management |
| Flexible Manufacturing Systems | Service Management |
| Flux Core Arc Welding | Service Operations Management |
| Forging | Service Robots |
| FSW (Friction Stir Welding) | Service Strategy |
| Fuzzy Control | Sheet Forming Processes |
| Fuzzy Systems | Shielded Metal Arc Welding (SMAW) |
| Gas Shielded Metal Arc Welding (GWAW) | Simulation |
| Gear Forming | Simulation of Machining |
| Genetic Algorithms | Smart and Sustainable Materials |
| Global Production Networks | Smart Design for Sustainability |
| Globalization and Technology | Smart Manufacturing |
| Green Accounting | Smart Systems & Cards |
| Green Manufacturing | Social Enterprises |
| Green Supply Chain Management | Social LCA, Methods And Tools |
| Green Transportation | Software |
| Grinding | Solid State Welding |
| Hard Turning | Spot Welding |
| Hardware | Spray Forming |
| Healthcare Service | Squeeze Casting |
| Heat Treatment | Stability |
| High Density Energy Beam Welding | State of Art |
| High Rate Forming | Stir Friction Welding |
| High Speed Machining | Strategy for Sustainability |
| Holonic Systems | Stretch Forming |
| Honing | Substrate Fabrication |
| Human Computer Interaction | Supply Chain Management |
| Human Factors | Supply Chains |
| Human Machine Interface | Surface Engineering |
| Hybrid Machining Methods | Sustainability |
| Hybrid Manufacturing | Sustainability and Accountability |
| Hybrid Manufacturing | Sustainability and Corporate Governance |
| Hybrid Manufacturing Systems | Sustainability Proactive Strategies |
| Hybrid Products | Sustainability Reporting |
| ICT for Manufacturing and Logistics | Sustainability Scorecards |
| Impact of ICT on Service Design, Service Processes and Management | Sustainable Business Models |
| Inclusive Design | Sustainable Construction for the Built Environment |
| Industrial Applications of NTM and Hybrid manufacturing | Sustainable Factory Planning and Scheduling |
| Industrial Automation | Sustainable Manufacturing |
| Industrial Projects | Sustainable Packaging Solutions |
| Industrial Robots | Sustainable Power Engineering |
| Information and Communication Technology | Sustainable Product |
| Innovation Clusters | Sustainable Services |
| Innovation for Sustainable World | Sustainable Technology Innovation |
| Inspection and Testing in Manufacturing Engineering | System Simulation |
| Integrated Product/Service Policy | Systems |
| Intelligent Inspection Technologies | Systems Analysis |
| Intelligent Manufacturing Systems | Systems Engineering |
| Intelligent Systems | Systems Integration |
| International Academic Cooperation | Systems Methodology |
| International Production Networks | Technology and Innovation Management |
| International Scientific Cooperation | Teleoperation |
| International Technical Cooperation | Temperature Processing |
| Internet Solutions | Texturing |
| IT infrastructure | Tool and Sensor Data Analysis |
| Joining | Tool Optimization |
| Knowledge Management for Service | Tools |
| Knowledge-Based Systems | TQM |
| Knowledge-Based Technology | Trade-Off Management |
| Lapping | Trends in Manufacturing & Automation |
| Large Scale Systems | Tungsten Inert Gas (TIG) |
| Laser Assisted Processing | Turning |
| Lay-Out Design | Ultrasonic Assisted Machining |
| Lean Production | Ultrasonic Machining |
| Learning Systems | Ultrasonic Welding |
| Life-cycle engineering and assessment | Unit Process & Equipment Productivity |
| Lithography | Unit Process Control Methods |
| LLL for Engineers | Upset Welding |
| Logistics | Vacuum Technology |
| Machine Learning | Virtual Engineering |
| Machine Tools | Virtual Engineering Technologies |
| Machining | Virtual Manufacturing |
| Machining Technology | Virtual Metrology |
| Maintenance | Virtual Organizations |
| Management | Virtual Reality |
| Man-Machine Systems | Vision Systems |
| Manual Metal Arc Welding | Water Jet Machining |
| Manufacturing | Welding |
| Manufacturing Process Control | Welding Technology |
| Manufacturing Process Planning | Yield Management |
| Material Forming Processes | Zero-Waste Production |