12th Manufacturing Engineering Society International Conference (MESIC 2027)

Key Topics

• Trends in Manufacturing Systems
  • Design thinking and Manufacturing decision-making
  • Integrated development of products and processes
  • Rapid Product Development and Manufacturing
  • Adaptive and Intelligent Manufacturing Systems
  • Energy efficiency and sustainability in Manufacturing
  • Holonic Systems
  • Work environments adaptation in evolving production systems
  • Zero-defects and zero-accidents approaches
• Advances and Innovations in Manufacturing Processes
  • Forming Processes
  • Moulding Processes
  • Non-Traditional Manufacturing Processes
  • Material removal Processes
  • Additive Manufacturing Processes
  • Welding, Joining and Assembly Processes
  • Emerging Manufacturing Processes
  • Equipment and Tooling: Tools, Rapid Tooling, Fixture and Clamping Systems
• Assisted Technologies for Supporting Manufacturing Engineering
  • PDM-PLM
  • CAD/CAM/CAE/CAx/CIM
  • Automation and Robot Applications in Manufacturing
  • BPM, BPLM, BIM
  • Simulation Technologies and MES
  • Sensors, Actuators, Equipment Design, Tooling and Control/Automation for Enhancing Manufacturing Processes
  • AI Systems, Intelligent Manufacturing Systems and Processes (Monitoring, Diagnostics, Feed Drive Modeling and Optimization, Control Systems, Control Strategies and Mechatronics)
  • Digital, Virtual and Augmented Manufacturing
• Metrology and Quality in Manufacturing
  • Inspection and Testing
  • Geometrical Dimensioning and Tolerancing
  • Industrial Quality
  • Laser and Optical Measurement Systems
  • Virtual Metrology
  • Monitoring, Sensing and Control for Manufacturing and Inspection
• Manufacturing Engineering in Society: Health, Safety and Risks, Heritage, Teaching, Learning, Divulgation and Diffusion.
  • Design of Manufacturing Engineering Learning Environments
  • Training and Education in Manufacturing Engineering: Curricula and Professional Development
  • History and Evolution of Manufacturing Technologies
  • New Trends and Training Strategies in Education in Manufacturing
  • Social Impact of Manufacturing
  • Industrial Heritage in Manufacturing
  • Occupational Health, Safety and Welfare in Manufacturing
• Factory of the future and Industry 4.0
  • Basic technologies needed for the integration of 4.0 systems
  • Methodologies and Techniques for Industry 4.0
  • Return on Equity (ROE) of manufacturing in the Industry 4.0 paradigm
  • Services, organization, training, HR management, assets management, etc. for implementing Industry 4.0
  • Vertical integration and networked manufacturing systems
  • End-to-end digital integration of engineering activities across the entire value chain
  • Sustainability
  • Methods and tools for managing manufacturing complex systems

Who should Attend

Attendees involved or interested in manufacturing engineering.