Neuroscience
Dive into the fascinating world of neuroscience, where you’ll explore how the brain works and how this knowledge can be applied to real-world problems. In this program, you’ll work alongside mentors to learn about key concepts in brain science, from neural networks to cognitive processes.
About the Program
Unlock the mysteries of the brain through hands-on learning and cutting-edge virtual experiences. This program offers a unique opportunity to engage in guided activities, explore neuroscience labs, and collaborate on real-world projects, all leading to expert-reviewed presentations. Join us to elevate your understanding of neuroscience and build essential skills for your future.
Program Content
Program Highlights:
- Ongoing 1-on-1 mentorship with experts in computational neuroscience
- Flexibility to focus on individual areas of interest within neuroscience
- Development of broadly applicable computational and analytical skills
- Opportunities to engage with the wider neuroscientific community
- Hands-on experience with versatile computational tools in neuroscience
Example Weekly Schedule:
Week 1: Program Orientation and Foundations of Computational Neuroscience
- Introduction to mentors and fellow participants
- Overview of computational neuroscience and its applications
- Introduction to key mathematical concepts (differential equations, linear algebra)
- Setting individual and group project goals
- Initial 1-on-1 mentorship meetings
Week 2: Neural Modeling Fundamentals
- Introduction to single-neuron models (e.g., Hodgkin-Huxley, integrate-and-fire)
- Computational tools for neural simulation (e.g., NEURON, Brian)
- Ethical considerations in neuroscience research
- Begin conceptualizing individual research projects
Week 3: Network Dynamics and Synaptic Plasticity
- Modeling neural networks and population dynamics
- Synaptic plasticity and learning algorithms
- Data analysis techniques for neural recordings
- Regular mentorship meetings and project development
Week 4: Information Processing in Neural Systems
- Neural coding and decoding algorithms
- Signal processing techniques for neuroscience
- Guest lecture on recent advancements in computational neuroscience
- Workshop on scientific writing and presenting neuroscientific research
Week 5: Brain-Computer Interfaces and Neural Engineering
- Principles of brain-computer interfaces
- Computational approaches to neural prosthetics
- Hands-on session with BCI simulation software
- Mid-program project presentations and feedback sessions
Week 6: Computational Cognitive Neuroscience
- Modeling cognitive processes (e.g., decision-making, memory)
- Bayesian approaches in neuroscience
- Virtual tour of a neuroscience research lab
- Continued work on individual projects with mentor guidance
Week 7: Neurological Disorders and Computational Psychiatry
- Computational models of neurological and psychiatric disorders
- Data-driven approaches to understanding brain disorders
- Guest panel with clinicians and computational neuroscientists
- Preparation for final project presentations
Week 8: Future of Computational Neuroscience and Project Showcase
- Emerging trends in computational neuroscience
- Final touches on individual projects
- Project showcase and presentations to group
- Feedback from a panel of experts from top institutions and research centers
- Reflection on personal growth and future directions in the field
- Award ceremony for outstanding projects and certificate distribution
Connections Between Sleep Deprivation and Depression
"Connections Between Sleep Deprivation and Depression" is my in-depth exploration of the complex relationship between sleep and mental well-being. As a student researcher, I investigated how chronic sleep deprivation affects...
Zurich International School
Diseases That Affect the Brain
My report explores the multifaceted ways pathogens can affect our brain. I delved into howdiverse infectious agents—viruses, bacteria, fungi, protozoa, and prions—overcome protective barriers like the blood-brain barrier to...
Zurich International School
AI and Art
Explore AI as an indispensable tool for artists, challenging the boundaries of creativity. Work with a mentor to create AI-driven art, with the opportunity to submit your work for review by judges from leading institutions like MOMA and Art Basel.
STEM Deep Dive
Partner 1-on-1 with a mentor from ETH Zurich/EPFL on a mini research project in a field of your choice, such as robotics, architecture, technology entrepreneurship, AI, and more. Develop critical research and problem-solving skills, with the chance to win a prize for outstanding work.
Web Entrepreneurship
Develop your tech and entrepreneurship skills by pitching to experts from Google and Apple. Learn to create, launch, and market an online business using Shopify, AI tools, and social media platforms like TikTok and Google.