3D Reconstruction, Photogrammetry & Digital Fabrication

Building Analysis using Terrestrial Laser Scanning and Photogrammetry Methods

Description: The applications of terrestrial laser scanning (TLS) and photogrammetry have revolutionized the field of topography and data acquisition, becoming an integral part of 3D reconstruction that has attracted the interest of many sectors in recent years. Although the principles behind these technologies have been known for quite some time, their practical application and widespread use are more recent. These methods offer precise data collection, facilitating analysis and decision-making in various environments. This programme offers an introduction to the field of 3D scanning and photogrammetry, with an emphasis on their applications in building analysis.

Participants’ profile: The programme is aimed at professionals with basic knowledge of 3D design who wish to use digital reconstruction methods to optimize and expand building analyses.

Description: 3D reconstruction methods have emerged as an important tool in entertainment, meeting the demand for more realistic and immersive experiences. These technologies offer a significant advantage to professionals in the field, enabling them to create exceptional visual effects and virtual environments. As innovations in this field have expanded significantly over the past decade, it is essential for professionals to stay updated on developments. The programme will showcase the latest applications of 3D reconstruction, with a focus on cinematic productions.

Participants’ profile: The programme is designed for professionals with basic knowledge of 3D design who wish to expand their skills in capturing, producing, and integrating photorealistic images. It will be particularly beneficial for those working in film production, as they will acquire new methods to optimize the management of their productions.

Description: 3D reconstruction methods have emerged as an important tool in entertainment, meeting the demand for more realistic and immersive experiences. These technologies offer a significant advantage to professionals in the field, enabling them to create exceptional visual effects and virtual environments. As innovations in this field have expanded significantly over the past decade, it is essential for professionals to stay updated on developments. The programme will showcase the latest applications of 3D reconstruction, with a focus on cinematic productions.

Participants’ profile: The programme is designed for professionals with basic knowledge of 3D design who wish to expand their skills in capturing, producing, and integrating photorealistic images. It will be particularly beneficial for those working in film production, as they will acquire new methods to optimize the management of their productions.

Description: Photogrammetry and 3D scanning are modern technologies that enable the creation of accurate 3D models, with significant applications in fields such as topography, architecture, archaeology, and environmental science. Photogrammetry allows the creation of 3D models from photographs, while 3D scanning offers detailed and precise on-site data capture. The combination of these technologies provides automation and immediate feedback, improving efficiency and the quality of results. As the demand for precise documentation and analysis increases, knowledge of these technologies provides a competitive advantage in the job market, making this training program a strategic investment for professional development.

Participants’ profile: The programme is aimed at professionals working in fields such as culture, artistic creation, design, engineering, and education, as well as those who wish to acquire skills in 3D modeling and documentation through advanced technologies.

Description: Skills in rapid prototyping and digital fabrication with technologies such as 3D printing and laser cutting are vital for professionals who wish to remain competitive in today’s market. These technologies enable greater flexibility in product design, faster process iterations, and reduced costs, offering companies a competitive advantage. Through this training programme, participants will be able to create physical prototypes quicker, communicate their ideas effectively, and use advanced tools to promote innovation.

Participants’ profile: The programme is aimed at professionals in fields related to culture and artistic creation, such as designers, engineers, and educators, as well as those working in businesses looking to leverage rapid prototyping and digital fabrication technologies to boost innovation and productivity.