Graduates of the B&M are expected to:
- Understand the interdisciplinary nature of Brain and Mind Sciences and have a solid knowledge base extending from neural cells to neuron networks, brain region circuits, and their interactions in the emergence of thought and behavior.
- Have theoretical and practical knowledge in a wide range of modern neuroscientific methods, from exploring cellular processes at the neuron level to recording and analyzing neuronal population activity from different brain regions in animal models, imaging human brain activity, studying and analyzing behavior, modeling brain function at various scales, developing computational algorithms, tools, and systems simulating nervous system functions.
- Possess skills in mathematics, statistics, and programming, enabling them to measure, analyze, and visualize data and results.
- Be able to evaluate experimental approaches’ suitability, choose the most appropriate methods for a given problem, and combine techniques wisely to address complex scientific questions.
- Critically analyze scientific knowledge and use existing research, databases, and tools to solve scientific problems.
- Communicate their findings proficiently and convincingly, both orally and in writing, engage with experts, and contribute to discussions on current issues in Brain and Mind Sciences.
- Acquire general skills such as time and conflict management, handling stressful situations, and social skills.