Bay Path University’s Doctor of Health Science (DHSc) - Advanced Genetic Counseling Concentration is designed for those seeking to advance their genetic counseling career into a higher education or leadership role. The program is 100% online and made up of 16 courses (12 core courses and 4 elective courses) for a total of 48 credits.
Completion of this concentration prepares genetic counselors for leadership or faculty roles in the rapidly advancing field of genomic medicine. Through focused coursework, students gain a deep understanding of emerging policies, evolving professional standards, and innovative genomic technologies that are transforming genetic counseling. Graduates are equipped to drive program development, support research and innovation, and serve as strategic leaders advancing excellence in genetic counseling and genomic healthcare delivery.
Core Curriculum of Doctorate of Health Sciences
HSC 701 – Leadership Theory in Healthcare
HSC 702 – The U.S. Healthcare System: Past, Present, and Future
HSC 703 – Applied Statistics for Health Sciences
HSC 705 – Applied Strategic Leadership in Healthcare
HSC 707 – Policy Leadership for Healthcare Transformation
HSC 710 – Diversity, Equity, and Inclusion in Healthcare
HSC 713 – Quantitative Research Methods
HSC 715 – Qualitative Research Methods
HSC 717 – Health Behavior Theory, Research, and Practice
HSC 791 – Research Project I
HSC 793 – Research Project II
HSC 795 – Research Project III
Electives for DHSc - Advanced Genetic Counseling Concentration
This concentration includes four elective courses: two required electives and two additional courses of your choice. You may select from a range of options in areas such as Higher Education, Public Health, Leadership, and more. Many students focus their electives within one theme for deeper expertise, while others combine areas to support their individual career goals. Choose the electives that best align with your professional vision.
Required Courses (2):
GEN703 - Advanced Policy & Practice in Genetic Counseling: Comprehensive Seminar
GEN705 - Advanced Topics in Genetic and Genomic Technologies