Nikola Vukašinović is an assistant professor of Engineering Design at University of Ljubljana, Faculty of Mechanical Engineering (LECAD - Laboratory for Computer Aided Design). Currently his research and professional activities focus on new product development, design techniques, computer aided design and engineering as well as in integration of reverse engineering and 3D scanning methods into the design process.Jože Duhovnik is full professor of Engineering Design, founder and head of LECAD (Laboratory for Computer Aided Design) at University of Ljubljana, Slovenia. His research focuses on theory of design, development techniques, project leading, information flow in CAD process, geometrics design and models of global product realization.

• Introduction to free-form surface modelling.- Creation of Freeform Surfaces.- Creation of complex CAD models with freeform surfaces.- From complex CAD model to mould casts.- CAD curves with equation.- Introduction to reengineering.- Tactile 3D geometry measurements.- CAD application of captured 3D data obtained by mechanical arms.- Optical 3D geometry measurements based on laser triangulation.- CAD model creation from dense point clouts.- Creation of final details.

Nikola Vukašinović is an assistant professor of Engineering Design at University of Ljubljana, Faculty of Mechanical Engineering (LECAD - Laboratory for Computer Aided Design). Currently his research and professional activities focus on new product development, design techniques, computer aided design and engineering as well as in integration of reverse engineering and 3D scanning methods into the design process.Jože Duhovnik is full professor of Engineering Design, founder and head of LECAD (Laboratory for Computer Aided Design) at University of Ljubljana, Slovenia. His research focuses on theory of design, development techniques, project leading, information flow in CAD process, geometrics design and models of global product realization.

• Introduction to free-form surface modelling.- Creation of Freeform Surfaces.- Creation of complex CAD models with freeform surfaces.- From complex CAD model to mould casts.- CAD curves with equation.- Introduction to reengineering.- Tactile 3D geometry measurements.- CAD application of captured 3D data obtained by mechanical arms.- Optical 3D geometry measurements based on laser triangulation.- CAD model creation from dense point clouts.- Creation of final details.