Wellbeing, Neuroarchitecture, and Bioconstruction

Through an interdisciplinary approach, you will acquire the tools to create healthy and functional spaces that meet human needs. You will apply sustainability and energy efficiency criteria, combining environmental psychology and bioconstruction to design environments that promote comfort, emotional connection, and adaptation to the challenges of contemporary life.

Our facilities

Join a community of emerging creatives and experienced mentors on our spectacular 11,000m2 campus. Sustainable architecture meets state-of-the-art facilities in 22@, Barcelona’s innovation district. Our inspiring campus is the place to turn creative dreams into career realities.

MODULE I: WELLBEING. DEFINITION AND CONTEXT (6 ECTS)

• Definition and parameters of holistic wellbeing.
• Health and wellbeing in a historical context.
• Universal design parameters.
• Practical application to an existing space.

MODULE II: BIOCONSTRUCTION. ENVIRONMENTAL MEASUREMENTS (12 ECTS)

• Definition and context of bioconstruction.
• Physical, chemical, and biological factors.
• Ergonomics and proxemics.
• Materials, sustainability, and health.
• Color perception and wellbeing.
• Lighting and biocompatible installations.
• Practical application: Environmental measurements in an LCI classroom.

MODULE III: EXPERIMENTAL NEUROARCHITECTURE. USER MEASUREMENTS (12 ECTS)

• Neuroscience of the body.
• Definition and context of neuroarchitecture.
• Neuroarchitecture, urban environment, and buildings.
• Neuroarchitecture and interior space.
• Neurophysiological parameters.
• Development of design tools.
• Practical application: User measurements in an LCI classroom. Pilot study.

MODULE IV: NEUROARCHITECTURE AND ENVIRONMENTAL PSYCHOLOGY (10 ECTS)

• Definition and context of environmental psychology.
• Perceptual and reactive systems.
• Psycho-emotional factors in relation to space.
• Color psychology.
• Biophilia and connection with the natural environment.
• Practical application: Self-assessment questionnaires – user.

MODULE V: COMMUNICATION AND PROMOTION OF WELLBEING SPACES (8 ECTS)

• Managing a communication plan.
• Graphic expression and communication techniques.
• Press kits and dissemination strategies.
• Artificial intelligence applied to communication.
• Practical application: impact analysis, social media, web analytics, and KPI detection.

MASTER'S FINAL THESIS (12 ECTS)

You will develop a formal proposal for methodology or space design within the theoretical-practical framework of the master's program. Projects may include spatial intervention proposals, research, or methodologies, as long as they integrate the program's content approach.

WORK PLACEMENTS (optional)

*The syllabus is subject to change.