Samenvatting

This thesis examines the feasibility of using Houdini as a primary tool for visual effects (VFX)
at Paco Gramaje Studio in Valencia, Spain. Through prototypes and feedback, the study
compares Houdiniandapos;s advanced simulations, dynamic particle systems, and procedural
workflows with the studioandapos;s current tools, such as Unreal Engine, After Effects, and Cinema
4D.
Findings show Houdiniandapos;s potential to enhance visual quality, drive innovation, and improve
production efficiency. Its procedural nature allows for rapid creation and modification of
complex effects, while its advanced tools produce high-quality outputs. Feedback from the
studio director and successful tests confirm Houdiniandapos;s capability to meet client expectations.
Despite the steep learning curve and initial costs, Houdiniandapos;s benefits, including workflow
integration and unique effects, justify its adoption. The research concludes that Houdini is a
viable and valuable tool for Paco Gramaje Studio, offering significant improvements in
quality, innovation, and production speed.