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Fernando De la Torre

Research Professor Carnegie Mellon University

  • Pittsburgh PA
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Biography

Fernando De la Torre received his B.Sc. degree in Telecommunications, as well as his M.Sc. and Ph. D degrees in Electronic Engineering from La Salle School of Engineering at Ramon Llull University, Barcelona, Spain in 1994, 1996, and 2002, respectively. He has been a research faculty member in the Robotics Institute at Carnegie Mellon University since 2005 (currently Research Professor). In 2014 he founded FacioMetrics LLC to license technology for facial image analysis (acquired by Facebook in 2016). His research interests are in the fields of Computer Vision and Machine Learning. In particular, applications to human health, augmented reality, virtual reality, and methods that focus on the data (not the model). He is directing the Human Sensing Laboratory (HSL).

Areas of Expertise

Augmented Reality
Computer Vision
Human Sensing
Machine Learning
Virtual Reality

Media Appearances

Up close and personal with LiveSplats, a new 3D virtual tech tool developed by CMU team

TribLive  online

2026-05-13

“You are not going to watch the game — you are going to navigate the game. This is the future of 3D sports,” De la Torre said. “This is how we are going to consume sport in five years. The technology is there, we just need to put it together.”
[...]
We believe it will be a new way to interact with the game, and navigate the game,” De la Torre said. “We have all the 3D information, we can capture the emotion of a player. We have the 3D representation of the game, so there are many things we can do.”

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Wi-Fi signals could prove useful for spies

The Economist  online

2023-01-25

Starting from this premise Jiaqi Geng, Dong Huang and Fernando De la Torre, of Carnegie Mellon University, in Pittsburgh, wondered if they could use Wi-Fi to record the behaviour of people inside otherwise unobservable rooms. As they describe in a posting on arXiv, they have found that they can. “DensePose from Wi-Fi”, the paper in question, describes how they ran Wi-Fi signals from a room with appropriate routers in it through an artificial-intelligence algorithm trained on signals from people engaging in various, known activities.

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Carnegie Mellon Launches New XR Technology Center

GovTech  online

2023-11-04

"XR technologies will allow us to mix the digital world and the real world in ways that will improve how we work, play, learn, connect and care for ourselves and others," Fernando De La Torre, a co-director of the XRTC and an associate research professor in the Robotics Institute, said in a public statement. "This is happening now. The technology is not yet mature, but the breakthrough is going to happen in the next five to 10 years, and CMU will be there when it happens."

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Spotlight

2 min

After an amazing opening weekend the 2026 FIFA World Cup has the full attention of a global audience. The event is poised to be one of the biggest sports business stories in North America. With matches hosted across Canada, the United States, and Mexico, the expanded 48-team tournament is expected to draw billions of viewers while creating unprecedented opportunities for sponsors, broadcasters, marketers, and technology companies. A recent BBC StoryWorks feature examining Lenovo's role as FIFA's Official Technology Partner highlights how artificial intelligence is transforming the fan experience. New technologies include AI-powered match analytics, enhanced broadcasts, referee-view cameras, AI-generated player avatars that help explain officiating decisions, and infrastructure designed to deliver near real-time content to audiences around the globe. Tim Derdenger is an Associate Professor of Marketing and Strategy at Carnegie Mellon’s Tepper School of Business. He also coordinates the Technology Strategy & Product Management Track for Tepper MBA students whose interest lead them to employment in technology firms. View his profile Beyond the technology, FIFA 2026 represents a major cultural and commercial moment for soccer in the United States. The tournament is expected to accelerate awareness of the sport, attract new fans, create new sponsorship opportunities, and further integrate soccer into the North American sports landscape. At the same time, innovations in broadcasting, immersive content, and digital engagement are changing how fans experience major events, whether they are in the stadium or following from thousands of miles away. Fernando De la Torre is a a research faculty member in the Robotics Institute at Carnegie Mellon University. His research interests are in the fields of Computer Vision and Machine Learning. In particular, applications to human health, augmented reality, virtual reality, and methods that focus on the data (not the model).  View his profile CMU experts like Fernando De la Torre and Tim Derdenger can provide insight into the business, marketing, and technology implications of FIFA 2026, including how global sporting events influence consumer behavior, brand strategy, fan engagement, media consumption, and the growing role of AI in sports entertainment. As organizations look to understand the long-term impact of the tournament, these perspectives can help explain why FIFA 2026 is much more than a sporting event, it is a case study in the future of global audience engagement.

Fernando De la TorreTim Derdenger

1 min

As the 2026 FIFA World Cup continues across North America, Carnegie Mellon University experts are available to help media examine the stories unfolding beyond the pitch, from geopolitics and global flashpoints to sports business, fan engagement, AI, robotics, biomechanics and athlete performance. CMU’s World Cup Experts Hub brings together faculty and specialists who can provide timely insight into the political, technological, commercial and human performance issues connected to one of the world’s largest sporting events. Featured Topics World Cup Geopolitics and Global Flashpoints Diplomacy, national identity, international competition, Iran’s participation, regional tensions and how major tournaments can reflect wider global conflicts, alliances and cultural divides. The Business of Soccer Marketing impact, soccer’s growing presence in North America, fan access, audience development and how technology can expand the experience for people watching around the world. AI, Robotics and Sports Technology How 3D motion analysis, robotic systems, wearable innovation and performance technologies are changing athlete training, preparation, injury analysis and the way fans experience the game. Performance, Motion and Split-Second Decisions The biomechanics, motor control, hesitation and decision-making behind elite soccer, including the movements, injuries and officiating moments that can define a match. Media can visit CMU’s World Cup Experts Hub to explore available experts and connect directly with the right source for their story.

Fernando De la TorreSarah MendelsonIgnacio Arana ArayaHaleigh BartosTim DerdengerKris Kitani

Education

La Salle School of Engineering, Ramon Llull University

Ph.D.

Electrical Engeineering

La Salle School of Engineering, Ramon Llull University

M.S.

Electrical Engineering and Computer Sciences

La Salle School of Engineering, Ramon Llull University

B. Electric Engineering and Computer Sciences

Electronic Engineering

Languages

  • Spanish-Catalan
  • English

Articles

Fernando De la Torre Google Scholar

Google Scholar

Google Scholar

Fernando De la Torre's comprehensive list of publications via Google Scholar.

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