Boston University

Overview

The Master of Science (M.S.) in Anatomy and Neurobiology at Boston University is designed to provide an in-depth understanding of the intricate systems of human anatomy and neurobiology. This comprehensive program integrates advanced biomedical coursework with practical teaching experience and culminates in a primary research thesis, making it ideal for students eager to pursue careers in research, education, or healthcare.

What you'll study

The curriculum comprises three key components: advanced biomedical coursework, mentored teaching training, and a faculty-supported research thesis.

Year 1: Foundations in biomedical sciences and neurobiology

• Semester 1: Courses in Medical Gross Anatomy and Medical Neurosciences, alongside first-year medical and graduate students.
• Semester 2: Electives in biomedical sciences and seminar courses, plus a focus on educational theory and teaching practice through the Teaching in the Biomedical Sciences course.

Year 2: Teaching practice and primary research

• Teaching pathway: Implement teaching methods in medical school settings, with faculty guidance in both small group discussions and larger lectures.
• Research pathway: Engage in a mentored biomedical research project, leading to the completion of an independent thesis.

Course examples

• Cellular Organization of Tissues
• Fundamentals of Cell & Molecular Neurobiology
• Systems Neurobiology
• Scientific Writing: Human Anatomy and Osteology
• Advanced Human Osteology
• Forensic Biology
• Forensic Pathology
• Molecular Biology of Forensic DNA
• Biomedical Imaging Foundations

Note: Course examples are provided for illustrative purposes; specific semester schedules and total credit requirements may vary.

Entry requirements

While specific GRE/GMAT scores or minimum GPA requirements are not detailed, candidates should be prepared to demonstrate their academic preparedness for graduate-level studies.

Career prospects

Graduates of the M.S. in Anatomy and Neurobiology program can pursue a variety of career paths, including roles in research laboratories, educational institutions, and the healthcare sector. The combination of rigorous scientific training and teaching experience equips students with the skills necessary for impactful careers in academia, clinical practice, or further advanced studies in the field of biomedical sciences.