The Bachelor in Brain Science at Maastricht University is a cutting-edge, transdisciplinary program that blends neuroscience, psychology, biology, mathematics, and computational science to give you a complete picture of how the brain works—from perception and movement to memory and behavior. It's perfect if you're curious about tackling real-world challenges like brain disorders (affecting a quarter of the population) and want to become a bridge-builder between disciplines, preparing you for impactful careers in research, AI, healthcare, or tech innovations like brain-computer interfaces.
Curriculum structure
Year 1 lays a strong foundation by diving into the basics of brain biology and math, starting with Genes, Proteins and Evolution to understand cellular structures and brain functioning at a molecular level, then moving to Calculus and Linear Algebra for essential skills in analyzing brain data and behaviors. You'll also explore Neuroanatomy to map out the central and peripheral nervous systems, both macro and micro, building excitement for how these connect to real brain processes, all wrapped in introductory projects that mimic real-world cases. This year welcomes you into the program while sparking your creativity through Problem-Based Learning (PBL) teamwork.
Year 2 builds on those basics with deeper dives into key systems, like The Motor System (focusing on how the brain produces movement and involved structures) and Brain Cells (covering action potentials, neurotransmission, and neural circuits from micro to mesoscale). You'll tackle Probability Theory to master stats and probabilistic modeling for complex brain data, alongside courses on Learning & Memory that integrate psycho-biological approaches with computational models for a holistic view. Projects here sharpen your experimental design, data analysis in Python or R, and reporting skills, making you ready to bridge biology, psych, and math in team settings.
Year 3 ramps up to advanced applications, emphasizing Brain Cells and Networks, data acquisition tools like neuroimaging, and sophisticated computational modeling of neural phenomena using differential equations. You'll refine hard skills like programming your own analyses and building models, while soft skills from PBL help you report findings and collaborate on ethical, innovative solutions for brain health. Culminating projects and mentorship focus on portfolios, long-term goals, and transdisciplinary integration, positioning you as a creative problem-solver for societal challenges.
Focus areas: Perception, movement, feeling, memory, learning; molecular/neuronal processes; brain activity patterns; computational modeling; ethics in brain tech like prostheses and disease treatments.
Learning outcomes: Design/conduct experiments; analyze/model data (Python/R); build computational models; report findings; integrate bio/psych/computational views for brain health solutions; bridge disciplines as a transdisciplinary scientist.
Professional alignment (accreditation): Offered by Maastricht University's Faculty of Psychology and Neuroscience in collaboration with Health, Medicine & Life Sciences and Science & Engineering; fully accredited as a standard Dutch bachelor's (180 ECTS), using PBL for real-world readiness in research, healthcare, AI, and industry.
Reputation (employability rankings): Maastricht University ranks in the global top 150 (QS World University Rankings), with its Psychology programs consistently top in the Netherlands; Brain Science grads are primed for high-demand roles as transdisciplinary experts amid growing needs in brain research and AI, addressing societal brain disorder challenges.
In the Bachelor Brain Science programme at Maastricht University, you'll dive into hands-on learning right from year 1 through our unique Problem-Based Learning (PBL) approach, tackling real-world brain challenges in small teams to build practical skills in neuroscience, data analysis, and experimentation. You'll get direct access to the Faculty of Psychology and Neuroscience's (FPN) state-of-the-art labs, where you can handle real brain specimens like sheep brains and examine rodent neurons under microscopes during Neuroanatomy practicals, or use advanced tools for recording brain cells. This sets you up with the computational modelling, calculus for brain data, and anatomical know-how employers love, all while using FPN's cutting-edge facilities like MRI scanners, EEG labs, and data-processing rooms to apply what you learn immediately.
Here's how our experiential learning shines for Brain Science students:
- Hands-on lab work in designated FPN research labs: Explore macro and micro brain anatomy with sheep brain dissections and microscope sessions on real rodent neurons, plus tools for studying brain cells—building core neuroscience skills from day one.
- Computational tools and modelling: Master software for computational models of brain function, genes, proteins, and dynamical systems analysis of brain/behaviour data in courses like Advanced Calculus & Dynamical Systems.
- Team-based PBL projects: Work in small groups on real-world problems integrating psychology, biology, and computational science, with peer feedback, oral presentations, and portfolio building guided by mentors.
- Thesis project (21 ECTS): Cap your degree with an independent research thesis using FPN's MRI, EEG, and mobile research setups for original brain science investigations.
- Electives and flexible options: Choose related electives (up to BoE approval) with minimal overlap, including potential external ones, to gain interdisciplinary skills like those in systems biology or AI.
These opportunities make Brain Science grads stand out—imagine contributing to brain health treatments with skills honed in top facilities.
Why Brain Science at Maastricht is Your Gateway to Hands-On Discovery
The Bachelor Brain Science programme isn't just lectures and textbooks—it's built on learning by doing. You'll work with cutting-edge neuroscience tools, collaborate with peers on real research projects, and develop the practical skills that employers actually want. From day one, you're not passively absorbing theory; you're actively engaging with the brain through multiple pathways that combine psychology, biology, and computational science.
The Faculty of Psychology and Neuroscience has invested significantly in research infrastructure to support your learning. You'll have access to advanced brain imaging technology and hands-on laboratory experience that most undergraduates never get:
- fMRI (functional magnetic resonance imaging) scanners — directly observe brain activity while solving cognitive problems
- EEG and MEG laboratories — measure electrical and magnetic brain signals with millisecond precision
- Single-cell recording equipment — study neural activity at the finest level of detail
- Non-invasive brain stimulation (NIBS) and neurofeedback tools — actually *change* behavior and test your hypotheses in real time
- Dedicated data-processing rooms — analyze complex neuroimaging datasets and develop computational models
- Mobile research setups — bring neuroscience methods beyond the lab into real-world contexts
Beyond the equipment, your learning experience is structured around research participation and project-based work throughout all three years. You're not observing from the sidelines—you're contributing to actual studies. The curriculum includes embedded research projects in Year 2 and Year 3, mentored portfolio building starting from Period 1, and structured opportunities to participate in departmental research across both years.
The programme also connects you with multiple interdisciplinary research institutes where faculty are actively working: the Maastricht Brain Imaging Center (M-BIC), the Center for Integrative Neuroscience (CIN), and Maastricht Centre for Systems Biology (MaCSBio). This means your coursework often connects directly to live research questions being explored right here on campus.
Your education also builds in collaborative, team-based problem solving through Maastricht's signature Problem-Based Learning (PBL) approach, which emphasizes teamwork and real-world application rather than solo exams. You'll tackle complex brain science questions alongside classmates, learning how to communicate across disciplines—a skill you'll need whether you go into academia, healthcare, industry, or research.
After graduation, you're prepared for diverse pathways: master's programmes in Cognitive and Clinical Neuroscience, Artificial Intelligence, Biomedical Sciences, Data Science, and Epidemiology are available at UM alone, plus numerous options across the Netherlands in neuroscience, computational cognitive science, and brain and cognitive sciences.
For complete details on the Faculty's research facilities and infrastructure supporting your studies, visit the facilities page.



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