The School of Brain Sciences and Cognition
Researchers

What do you study in our Brain and Cognitive Sciences MSc?

Students follow a curriculum that includes advanced courses, some of which are mandatory and some elective. The program offers a wide range of courses, covering topics from the molecular level, through cellular, network, and system levels, up to the cognitive level of the whole brain.

The degree includes four core courses: an introductory and an advanced course in neurophysiology, and an introductory and an advanced course in cognitive sciences. Students with sufficient background may be exempt from one or both of the introductory courses.

The research project for the master’s degree is conducted under the supervision of a faculty member. Elective courses must be approved by the supervisor.

M.Sc. in Neuroscience and Cognition

Neuroscience and cognition are at the forefront of scientific research worldwide. The primary goals of basic research in these fields are to gain insights into how the brain perceives and processes sensory information, remembers, controls movement, and makes decisions. Applied research implements and develops the findings of basic research to address brain and nervous system disorders and to leverage fundamental knowledge for developing new methods in artificial intelligence and robotics. Research is conducted at various levels, from the molecular level through the cellular, network, and system levels, up to the cognitive and behavioral levels, utilizing a rich combination of experimental and theoretical methods. The School of Neuroscience and Cognition at Ben-Gurion University of the Negev centralizes research and teaching in these fields, bringing together researchers from diverse levels and methodologies.

The Master’s program in Neuroscience and Cognition is designed to train students from a multidisciplinary perspective. Graduates with a bachelor’s degree in life sciences, medical sciences, physics, mathematics, engineering, computer science, psychology, neuroscience, and other related fields are invited to apply. The program offers a variety of courses, ranging from the molecular level, through the cellular, network, and system levels, up to the cognitive level of the whole brain. Students can choose academic advisors from among researchers employing experimental neuroscience, theoretical neuroscience, or computational neuroscience techniques (including machine learning).

The school’s faculty includes researchers from the Faculties of Health Sciences, Natural Sciences, Engineering Sciences, and Social Sciences and Humanities. A list of researchers and their research areas can be found at: https://in.bgu.ac.il/en/bss/Pages/all-researchers.aspx.

The Master of Science (M.Sc.) degree includes four mandatory courses: a basic course and an advanced course in neurophysiology, and a basic course and an advanced course in cognitive sciences. Students with sufficient background may be exempt from one basic course or both basic courses. In addition, students will select elective courses with the approval of their advisor. The student will conduct a master’s research project under the guidance of one of the school’s faculty members.

This degree is taught in Hebrew.

Meeting the prerequisites is essential for admission but does not necessarily guarantee it. The files of all candidates who meet the prerequisites will be reviewed by the school's admissions committee for research students, and, if necessary, an admission interview will be conducted. For the sake of clarity, borderline cases in terms of admission data may also be considered by the head of the research students' committee or by an ad hoc exceptions committee appointed by him.

The admission prerequisites include completing a bachelor's degree with a cumulative average above 80 and ranking in the top third of the department for the bachelor's degree if the degree is a B.Sc., or in the top quarter for those holding a B.A. degree.

Admission to the master's degree program at the School of Neuroscience and Cognition is subject to finding a supervisor for the degree from among the members of the school's council.

In addition to submitting a transcript from the bachelor's degree, applicants will be required to submit a resume and a letter of support from the intended supervisor.

For the Hebrew MSc page please click here

RequirementsCredit points
Core Courses10-18*
Mandatory Elective Courses6
Elective courses6-14*
Total Courses Credit Points30
Thesis12
Total M.Sc. Credit Points42

Core Courses BackgroundSemesterCredit points
Fundamentals of cognitive psychologyA4
Basic concepts in neurobiologyA2
Basic concepts in cell biologyA2
Advanced Core CoursesSemesterCredit points
Advanced Topics in Cognitive NeuroscienceB3
Advanced NeurophysiologyB3
Core Courses - SkillsSemesterCredit points
Scientific writing for brain and cognitive sciencesA2
Advance Seminar in Neuroscience and CognitionEach semester2 (4×0.5)
* Students with an appropriate background, for example a bachelor's degree in cognitive and brain sciences, will be able to receive a credit-free exemption from one or both of the background courses and will be able to replace them with elective courses.

REQUIRED ELECTIVE COURSES

Course No.Course NameCredit PointsSemester
197.2.0044Philosophical Foundations of Computational Neuroscience2A
197.2.0017Memory Processes and Impairments2A
101.2.0093Working Memory: Capacity, Control, Forgetting and Individual Differences2A
101.2.0026Social Neuroscience2A
202.2.5641Introduction to Computational and Biological Vision4.5A
205.2.8091Introduction to Neural Networks and Models of the Nervous System2A
205.2.8221Neurobiology of Drug Dependence3A
205.2.2531Neuroethology3A
205.2.9172Senses and perception: the mechanisms underlying sensory processing in humans and animalsA
470.2.5013Neuroendocrine -  Immune Interactions2A
470.2.8273Models of Neurons and Networks3A
470.2.8800Selected Topics in Cellular Physiology - Advanced3A
470.2.9293Neurobiology of Functional Systems3A
133.2.0035 + 133.2.0045The Temporal Lobe in Language Processing - A+B4A+B
197.2.0063Advanced Data Analysis Methods for Cognitive and Brain Sciences4B
197.2.0011Cognition and Computation4B
197.2.0073Selected Topics in Human Cognition2B
197.2.0024Topics in Motor Learning and Motor Control2B
205.2.9171DNA stability in brain health and disease2B
367.2.5741Haptic sensing and perception3B
367.2.5881Physiology of the motor system3B
470.2.0070Cutting Edge Strategies in Molecular Interrogation of Brain Activity and Structure3B
470.2.0185CNS-Immune interactions in homeostasis and disease2B
470.2.2220The Genetic Basis of Behavior and Its Implication in Brain Disorders3B
470.2.3020Molecular Aspects of Neurodegenerative Diseases2B
470.2.8007Key Concepts in Molecular Neurobiology3B
470.2.8008Neural Networks: Memory, Learning and Neural Coding3B