What This Document Is
This is a course syllabus for an advanced-level electrical engineering course, specifically focusing on control systems and their intersection with neuroscience. Offered at the University of California, Berkeley, the course – titled “Neural Control of Movement” – delves into the complexities of how the brain manages and executes motor functions. It’s designed for graduate students with backgrounds in engineering, neuroscience, and psychology, bridging the gap between computational models and biological systems.
Why This Document Matters
This syllabus is essential for anyone considering enrolling in or currently registered for the course. It outlines the expectations, grading criteria, and overall structure of the learning experience. Prospective students can use it to assess if their academic background and interests align with the course’s focus. Current students will find it a vital reference for staying on track with assignments, presentations, and the final project. Understanding the course’s scope beforehand will maximize your learning potential.
Topics Covered
* Computational and neural foundations of motor control
* Volitional and postural control mechanisms
* Reaching and pointing movements – analysis and modeling
* Motor learning principles and processes
* Integration of engineering and neuroscience perspectives
* Applications of control theory to biological systems
* Research project development and presentation
What This Document Provides
* Detailed instructor contact information and office hours
* A comprehensive course description outlining learning objectives
* Required textbook information and availability
* A breakdown of the grading components (participation, final project)
* A detailed class schedule outlining weekly topics and readings
* Guidelines for the final research project, including team formation and mentorship
* Potential project ideas spanning behavioral studies, modeling, and technological applications (e.g., EMG, TMS)
* Information on class structure, including tutorials, discussions, and presentations.