Copyright
 

Atlanta Medical Institutes with Course and Program Overviews

There are two medical institutes within 10 miles of Atlanta. Read an overview of the programs, requirements and admission info for these schools and find out which school is the right one for you.

Medical Schools in Atlanta

Atlanta is home to two medical schools, both of which offer a plethora of master's and doctorate programs for aspiring medical professionals. This article profiles these schools, both less than 20 minutes from downtown, and many of their programs, including the Doctor of Medicine degree. Prospective students can utilize a table of important information, such as costs and enrollment, to help them make a decision on their education.

  • Morehouse School of Medicine, less than three miles from the city center, offers graduate-level degree programs in a research-oriented setting. Morehouse is recognized for its social mission of improving the health of communities, with an emphasis on underserved urban and rural populations and people of color.
  • Emory University's School of Medicine has distinguished itself through academic excellence in medicine and biomedical research. It offers a bachelor's degree program and five graduate degree programs, as well as residencies in a variety of medical disciplines and several dual degree programs. Emory is about six miles from downtown Atlanta.

Comparison of Schools

The following information will help individuals quickly compare these schools.

Morehouse School of Medicine Emory University
School Type 4-year; private not-for-profit 4-year; private not-for-profit
Total Enrollment (2014) 398* 14,769* (560 medical school students**)
Campus Setting Large city Large suburb
Graduate Tuition & Fees (2015-2016)* $24,568 $46,314

Sources: *NCES College Navigator, **Emory University

Morehouse School of Medicine

Morehouse offers graduate programs in medicine and medical-based research. To be admitted, students must generally have a bachelor's degree - and an excellent academic record - in a natural science major, such as biology, chemistry, or physics, from an accredited school. Since this is a research-oriented institution, many of the degree programs focus heavily on research. Therefore, master's and PhD candidates have the opportunity to participate in laboratory rotations on campus to develop their research skills.

Besides master's degrees in the biological sciences and a traditional Doctor of Medicine program, this school offers several dual medical degree programs, including an MD/PhD in biomedical sciences and a MD/Master of Public Health. The Office of Graduate Medical Education also sponsors residency programs in family medicine, internal medicine, obstetrics and gynecology, pediatrics, psychiatry, public health and preventative medicine, and general surgery.

Master of Public Health

This program trains students to address large-scale medical issues among large populations, including AIDS and malnutrition. Classes such as environmental health, public health, biostatistics, and epidemiology are featured in the degree program. Extensive individualized work within a student's chosen specialization and the attempted publication of a thesis or manuscript are required.

Master of Science in Biomedical Research

In this MSBR program, students take foundation courses in biology and learn the tools used by research scientists. The 2-year program includes courses covering biochemistry, cell structure, and tissue structure, as well as laboratory rotations. In the second year, students select a specialty and conduct their thesis research.

Master of Science in Biomedical Technology

MSBT students gain a foundation in the biomedical sciences while receiving advanced training in discrete biotechnologies. The program develops technical expertise in biomedical research methods and instrumentation. Students spend a great deal of time in labs learning to apply principles learned in biochemistry, cell structure, and tissue structure courses. Biotechnology apprenticeships are required.

Master of Science in Clinical Research

The MSCR graduate program prepares students for a career in clinical research. The training covers the principles and methods of biostatistics, epidemiology, ethics, scientific writing, clinical trials, and health services research. Students also participate in a mentored research project. This program is part of the Clinical Research Center.

Master of Science in Medical Sciences

The 2-year MSMS program is intended to provide enhanced credentials for students who are planning to enter medical school. This non-thesis program includes graduate-level courses in anatomy and physiology, biochemistry, epidemiology, and public health. There is also training in medical terminology, neurobiology, pharmacology, medical microbiology, biostatistics, and community health. A course in critical thinking is designed to help improve performance on the MCAT.

Doctor of Medicine

Applicants to the MD program must complete a year each of undergraduate biology, chemistry, organic chemistry, and physics (all with labs), as well as college-level math and English. Students begin to obtain clinical experience in their first year of medical school by participating in clinical preceptorships. This training is continued in the National Center for Primary Care lab. Basic coursework covers biochemistry, histology and cell biology, embryology, physiology, anatomy, and neurobiology. During the third year, students participate in clerkships in internal medicine, pediatrics, OB/GYN, psychiatry, surgery, and family medicine. In the final year, MD candidates complete a 9-month course in ambulatory medicine.

Doctor of Philosophy in Biomedical Sciences

This program prepares graduates to become scientists knowledgeable about human biology and disease. Students take graduate-level courses and labs in biochemistry, cell and tissue structure, organs and systems, biomedical genetics, as well as learning the fundamentals of professional science and the biomedical sciences. In the second year, students begin research into their dissertations. After four years of advanced coursework, laboratory rotations, and research, students generally complete their dissertations in the fifth year.

Emory University

Emory University's School of Medicine is one of the leading medical institutions in biomedical research and medical education. It provides degree programs in medical imaging, anesthesiology, human genetics, physician assistant, physical therapy, and medicine. The school also offers a range of dual degree programs, pairing off medical specialties with master's degrees in public health or bioethics. Emory is also noted for its MD/PhD program.

Bachelor of Medical Science in Medical Imaging

Medical imaging involves X-rays and other energy forms to create diagnostic images with specialized radiographic equipment. Since medical imaging requires knowledge of anatomy, students take anatomy and physiology courses as well as learn medical terminology. Students also learn patient care, imaging procedures, and the technology associated with medical imaging and processing. Participation in clinical internships or practicums is required each semester.

Master of Medical Science in Anesthesiology

Students who hold bachelor's degrees in pre-medicine or fields that included prerequisite pre-med courses can enroll in this intensive 2-year program. Courses cover pharmacology, administering anesthetics, use of anesthetic technologies, and monitoring patient's vital signs, among other topics. Students participate in clinical rotations in the first year and, during the last three semesters, they participate in clinical rotations full-time in all anesthesia specialty areas. Graduates are qualified to sit for the national certifying exam for anesthesiologist assistants.

Master of Medical Science in Human Genetics and Genetic Counseling

Emory University's 22.5-month genetic counseling program is in its second year and has provisional accreditation from the American Board of Genetic Counseling (ABGC). Students are trained in the science of genetics and in genetics counseling. Courses cover the theory and application of genetics to reproduction, pediatrics, newborns, cancer, and other medical specialties. The program accepts 10 students a year; graduates are qualified to sit for the ABGC certification examination. The program is housed in the Department of Human Genetics, which also provides internships in genetic counseling.

Master of Medical Science - Physician Assistant

Admission to Emory's 29-month physician assistant program is highly competitive. The school prefers to accept students who have demonstrated academic excellence in their undergraduate degree programs and who have some healthcare experience. The PA program includes fundamental courses in epidemiology and biostatistics, as well as the diagnosis and treatment related to all medical practice specialties. Students are also schooled in physician assistant practices, ethics, and patient assessment. Graduates are qualified to sit for the National Commission on Certification of Physicians Assistants (NCCPA-PA) certification exam.

Doctor of Physical Therapy

In this 35-month program, students begin by learning the normal structure, function, and movement of the human body across the lifespan. Students learn human anatomy, how to measure movement, kinesiology and biomechanics, physiology, and neuroscience. Studies progress to pathophysiology, diseases, and rehabilitation. Principles learned in the classroom are then integrated into the 36 weeks of required full-time clinical work. Students must also complete a research project and fulfill electives. Graduates are qualified to sit for state physical therapist licensure examinations. The Division of Physical Therapy also offers orthopedic residencies.

Doctor of Medicine

This program starts out with students shadowing doctors for a week, after which they spend four months studying healthy human physiology. As they progress to studying human diseases, students also participate in outpatient clinic rotations every other week for the next 12 months, while also completing their anatomy lab during this time. In the next phase, students apply what they've learned in the classroom and in the lab by participating in clinical rotations in surgery, medicine, pediatrics, psychiatry, neurology, obstetrics and gynecology, and radiology. They also do outpatient rotations in a variety of medical specialties. Students are then expected to conduct a research project - the discovery phase of the program - that combines their interests in other areas with their medical research. Finally, students participate in senior rotations that conclude with a capstone course designed to assist with transition from student to practicing medical resident.

Search Degrees, Careers, or Schools