X Symposium on Industrial Heat power, Renewable Energy and Environment.
• Biomass energy. Termoconversión. Potential of biomass as an energy source.
• Transportation of industrial fluids: Energy saving and environmental impact.
• Hydropower. Equipment design. Projects. Feasibility studies and environmental impact.
• Industrial Refrigeration and Air Conditioning, influences on the depletion of the ozone layer.
• Internal Combustion Engines and External. Efficient use of energy in heat engines. Alternative fuels.
• Development, use and environmental impact of conventional and alternative fuels.
• Termoeconomía. Rational use of primary energy resources.
• Generation, Transport and efficient use of steam.
• Solar, wind and biogas. Technological development and feasibility studies and environment.
• Operation and maintenance of industrial energy facilities. Reliability.
• fuel cells and hydrogen production.
• Environmental Management.

Welding Symposium XIII
• Welded Construction, design and manufacturing.
• Quality control
• Reconditioning of parts.
• Welding equipment and accessories.
• Fault finding and remaining life.
• Automation of Welding.

I Symposium of Biomechanics and Mechatronics
• CAD - CAM - CWC
• Robotics
• Mechatronics
• Biomechanics
• Artificial Intelligence. Numerical Methods
• Tribology
• Flexible Manufacturing Cells
• Design Automation
• Heat Treatment
• Metal Forming
• Production by machining
• Numerical Control Machines
• ferrous and nonferrous castings
• Economy in the manufacturing processes.

I Symposium on Logistics and Quality Management
• Industrial Logistics
• Logistics and Waste Technology
• Reverse Logistics
• Supply Chain
• Quality Management
• Metrology in Manufacturing Processes
• Coordinate Measuring
• Uncertainty of Measurement

I Materials Symposium
• Biological Materials
• Nanostructured Materials.
• Porous materials, granular and pozzolanic.
• ceramic materials, polymers and composites.
• metallic and nonmetallic materials.
• New Materials
• Materials Engineering

IV Workshop on Mechanical Engineering Education
• Models curricular Mechanical Engineering Education.
• New Techniques of Informatics and Communications (NTIC)
• Environmental Dimension in the teaching of Mechanical Engineering.
• Bond University - Business.
• Virtual Labs.
• Teaching Methods.