Mechanical design: 
Conceptual design according to Eurocodes and FEM calculations
Top down parametric modeling
Manufacturing drawings and layouts
Design implementation supervising
Finite Element Analysis (for structural problems): Linear statics
Normal modes
Linear buckling
Nonlinear stress
Prestress static
Composite
Contact analysis in assemblies
Linear steady state heat transfer
Optimization
Modal Transient Response
Direct Transient Response
Finite Element Analysis (for thermal problems): Linear steady state heat transfer
Linear transient heat transfer
Manufacturing: Manufacturing with C.N.C. lathes and milling machines
C.N.C. automatic oxy-fuel or plasma cutting machines
Machining process with classical machine-tools
Metal structures
Welded structures
Conceptual design according to Eurocodes and FEM calculationsTop down parametric modelingManufacturing drawings and layoutsDesign implementation supervisingFinite Element Analysis (for structural problems):
Linear staticsNormal modesLinear bucklingNonlinear stressPrestress staticComposite Contact analysis in assembliesLinear steady state heat transfer Optimization Modal Transient Response Direct Transient Response Finite Element Analysis (for thermal problems):
Linear steady state heat transfer Linear transient heat transfer Manufacturing:
Manufacturing with C.N.C. lathes and milling machinesC.N.C. automatic oxy-fuel or plasma cutting machinesMachining process with classical machine-toolsMetal structuresWelded structuresSolid Works, Pro Engineer, Vertex G4, Autodesk Inventor, AutoCAD, NEi Nastran, Ansys, Cosmos Works & MathCAD:
