TOPICS
The Conference supports and encourages the presentation and publication in the conference volume of all scientific papers that fall in the following sections of engineering, and not only.
1) MECHANICAL ENGINEERING TECHNOLOGY:
- 1.1 Systems design and industrial design;
- 1.2 Systems modelling, simulation, integration, resilience;
- 1.3 Robust design, safety, and human factors, security, usability, environmental;
- 1.4 Systems architecture;
- 1.5 Systems Engineering education, standards, processes, methodologies;
- 1.6 Design and functional behaviour of equipment and machine tools;
- 1.7 Micro and nanofabrication;
- 1.8 Rapid prototyping (Fused Deposition Modeling (FDM)
- 1.9 Laminated Object Manufacturing (LOM)
- 1.10 Selective Laser Sintering (SLS)
- 1.11 Stereolithography (SL));
- 1.12 Rapid manufacturing and repair;
- 1.13 Other techniques that use optical projection technology;
- 1.14 Modelling and simulation process of continuum material;
- 1.15 Tribology and Wear phenomena;
- 1.16 Additive Manufacturing
- 1.17 Artificial Intelligence: Practical Applications
- 1.18 Deep Learning
- 1.19 Autonomous production
- 1.20 Human-Machine Interaction
- 1.21 Industrial Internet of Things
- 1.22 Manufacturing Technologies
- 1.23 Manufacturing & Production
- 1.24 Production Systems and Supply
- 1.25 Discrete Events Dynamic Systems
2) MECHANICS:
- 2.1 Analytical and computational modelling (FEA, FEM, mesh-free method);
- 2.2 Rigid-solid mechanics (dynamics, vibrations, stability);
- 2.3 Structural mechanics;
- 2.4 Elastic deformation, plastic deformation, viscoplastic deformation, viscoelastic material deformation;
- 2.5 Mechanical impact (elastic collision, plastic collisions);
- 2.6 The behaviour of materials with nonlinear mechanical properties;
- 2.7 Fluid mechanics and thermodynamics.
3) MECHATRONICS:
- 3.1 Flexible automation;
- 3.2 Micromechanical systems;
- 3.3 Manufacturing of "biotech" type;
- 3.4 IT Integration in Manufacturing;
- 3.5 Mechatronics design philosophy;
- 3.6 Robotics
- 3.7 VR/AR Applications
4) MANAGEMENT AND ECONOMIC ENGINEERING:
- 4.1 Product transition: design, production, test, deployment, disposal;
- 4.2 Manufacturing strategies and paradigms;
- 4.3 Design of manufacturing systems, including their modeling and simulation;
- 4.4 Sustainable manufacturing;
- 4.5 Control systems, automation, and human-machine interaction;
- 4.6 Quality management;
- 4.7 Quality and Mission assurance;
- 4.8 Program/project management;
- 4.9 Requirements development and management;
- 4.10 Supply management and logistics;
- 4.11 Manufacturing Information Systems
- 4.12 Micromanufacturing technologies, conventional and unconventional too;
- 4.13 Analytics and Big Data
- 4.14 Innovative Education Models
- 4.15 Ergonomics and Social Factor
- 4.16 Smart and Digital Supply Chains
- 4.17 Maintenance and Lifecycle Management
- 4.18 Machine Learning
- 4.19 Artificial Inteligence as an extension of Software Engineering
- 4.20 Manufacturing Service Management and Optimization
- 4.21 Product & Process Design
- 4.22 Project and Risk Management
- 4.23 Real-time Data Collection
- 4.24 Quality Management & Assurance
- 4.25 Occupational Health & Safety
- 4.26 Sustainability-oriented production
5) ROAD VEHICLE AND TRANSPORTATION ENGINEERING:
- 5.1 New solutions for road vehicles;
- 5.2 Road vehicles and the environment;
- 5.3 Advanced transportation and road traffic systems;
- 5.4 Modern materials, technologies, and logistics for road vehicle manufacturing
- 5.5 Transport equipment manufacturing
- 5.6 Transportation & Shipping Industry
