Connections that advance science. Breakthroughs that enhance life.
Science and innovation
Access to the resources you need and the decision-makers who matter.
Campus Biotech was created to cross boundaries between disciplines and sectors, encouraging the exchange of ideas and opportunities. It is an ecosystem founded on three values: Innovation, collaboration, and translation.
By creating an environment for innovation to thrive, Campus Biotech helps to unlock new approaches and methods to benefit patients and populations.
A fundamental belief in the power of collaboration brings renowned life-sciences researchers and experts together with entrepeneurs and established businesses to ensure projects have access to the resources and skills that they need to make breakthroughs.
Translation & innovation
For the past 10 years, within Campus Biotech—a hub that brings together a series of independent institutions and organizations under one roof, including the Wyss Center—we have built state-of-the-art translational research and development capabilities.
Collaborating with faculty, clinicians, and industry, we foster and support a wide range of research projects. The technologies we help develop have the potential to transform lives worldwide, improving the well-being of individuals and families affected by neurological and mental disorders.
AI Hub for care, research and innovation
The AI Hub drives the development of patient-centred AI and neurotechnology through a unique collaboration of the University Hospital(HUG), the Wyss Center for Neuroengineering and the State of Geneva. By bringing together clinical expertise, translational research and digital innovation, it fosters closer integration between care, science and technology.
The Hub supports comprehensive consultations, AI-driven research and the development of precision medicine solutions, while promoting prevention, process optimisation and responsible innovation. It also creates space for dialogue, training and international collaboration around the ethical and societal dimensions of AI in healthcare.
Photo: @HUG-David Wagnières
Research Clusters & Clinical Activities
Language
Led primarily by the National Center for Competence in Research Evolving Language, research on Language at Campus Biotech explores how humans acquire, process, and use language, combining insights from neuroscience, psychology, and linguistics.
Researchers investigate the brain mechanisms underlying speech, comprehension, and multilingualism, using advanced tools such as neuroimaging and computational modeling.
This work not only enhances our understanding of language disorders like aphasia but also informs strategies for improving communication skills and language learning.
By bridging cognitive science and clinical practice, research on language at Campus Biotech contributes to improving communication outcomes across diverse populations.
Neuroengineering
Neuroengineering
Neuro-engineering at Campus Biotech in Geneva combines neuroscience with engineering to develop innovative technologies that interface with the nervous system.
Under the banner of the EPFL Neuro-X institute, researchers in this field design advanced tools such as brain-computer interfaces, neural implants, and wearable devices to restore or enhance brain function.
Their work has applications in treating neurological conditions, improving motor rehabilitation, and developing assistive technologies for individuals with disabilities.
By merging technical expertise with neuroscience insights, neuro-engineering at Campus Biotech is driving forward solutions that improve lives and expand our understanding of the brain.
Global Health
Global Health
Global health research at Campus Biotech focuses on addressing major health challenges through interdisciplinary collaboration and innovative solutions.
Researchers in this field work to understand and combat global health issues such as infectious diseases, mental health disorders, and healthcare inequalities. By combining expertise in neuroscience, psychology, data science, and public health, they develop strategies to improve healthcare access, promote disease prevention, and enhance treatment outcomes worldwide. This research aims to create sustainable solutions that positively impact communities both locally and globally.
Affective Sciences
Affective Sciences
Campus Biotech hosts the UNIGE Center for Affective Sciences (CISA) whose focus is to understand the mechanisms behind human emotions, mood, and social behaviors.
Researchers in this field study how emotions are generated, experienced, and regulated, combining insights from psychology, neuroscience, and social sciences. By exploring the neural and physiological foundations of affective processes, they aim to improve mental health interventions, enhance well-being, and inform practices in fields such as education, healthcare, and workplace dynamics. This research at Campus Biotech plays a key role in advancing our understanding of the emotional aspects of human experience.
AI & Data Science
AI & Data Science
AI and data science at Campus Biotech play a vital role in advancing neuroscience research and healthcare innovation.
Researchers harness machine learning, deep learning, and advanced data analytics to uncover patterns in complex brain data, improve diagnostic tools, and personalize treatments for neurological and psychiatric conditions.
By integrating vast datasets from neuroimaging, genomics, and behavioral studies, AI-driven insights are accelerating discoveries about brain function and disease.
This multidisciplinary approach empowers scientists at Campus Biotech to tackle some of the most pressing challenges in neuroscience with cutting-edge computational tools.
Clinical & Translational Neuroscience
Clinical & Translational Neuroscience
At Campus Biotech in Geneva, clinical and translational neuroscience research focuses on bridging scientific discoveries with real-world medical applications.
Researchers in this field work to understand neurological and psychiatric disorders, developing innovative diagnostic tools, treatments, and therapies.
By combining insights from fundamental neuroscience with clinical expertise, they aim to improve patient care and outcomes.
This collaborative environment fosters breakthroughs in areas such as neuroimaging, brain stimulation, and personalized medicine, driving progress from the lab to the clinic.
Psychology, Cellular neuroscience, and Cognitive Neuroscience
Psychology, Cellular neuroscience, and Cognitive Neuroscience
Campus Biotech in Geneva is a vibrant hub for research in psychology, cellular neuroscience, and cognitive neuroscience.
Researchers in psychology explore human behavior, emotions, and mental processes, often working alongside neuroscientists to understand the brain mechanisms underlying cognition and perception. Cellular neuroscience teams investigate neurons at the molecular and cellular levels, shedding light on how neural circuits function and adapt. Cognitive neuroscience bridges these fields by examining how brain activity supports complex mental functions such as memory, attention, and decision-making. Together, these disciplines at Campus Biotech drive forward our understanding of the brain and mind.