GRADUATE PROGRAMS
UNIVERSITY OF MIAMI
Groundbreaking, life-changing discoveries rarely happen in isolation—which is why the University is nurturing a culture of collaboration, creating new channels for intellectual and creative exchange among people of all backgrounds, experiences and insights.
I view health as a meeting point where biology and society, individuals and populations, science and humanities, knowledge and action, converge. At the Miller School of Medicine, we provide an integrated approach to health that offers students a learner-centered, humane and contemporary curriculum that prepares our graduates to pursue successful careers. Our students have access to renowned faculty, groundbreaking research and state-of-the-art resources. I invite you to explore our stellar academic programs at the University of Miami! Julio Frenk, MD, PhD President
Today it’s all about team science. The Miller School of Medicine must capitalize on this paradigm shift by fostering an unprecedented era of cooperation. Through the convergence of all the strengths within the various schools of the University of Miami we will forge new discoveries that will improve health globally. This approach will make the Miller School of Medicine the preferred destination for the best medical students, graduate students, residents and fellows, and will allow us to reach our fullest potential as a university and also as an elite research medical school. Henri Ford, MD Dean, Miller School of Medicine
Leaders in Research & Education
The University of Miami was established in 1925 and is highly recognized for its significant contributions to research. Counting more than 180,000 living alumni in fields spanning from architecture to marine zoology, the University of Miami is proud to have produced some of the nation’s and world’s most successful researchers in academia and industry. The University of Miami, Miller School of Medicine is a research powerhouse, achieving international recognition for breakthroughs and advanced knowledge in diabetes, cancer, spinal cord injury, HIV / AIDS, marine science and many other areas. Our centers of excellence are continually ranked among the nation’s best, including Bascom Palmer Eye Institute, Sylvester Comprehensive Cancer Center, The Miami Project to Cure Paralysis and the Diabetes Research Institute. Our institutes include the Interdisciplinary Stem Cell Institute, Miami Institute for Human Genomics and the Center for Computational Sciences. We are leaders in lifechanging discoveries and innovative research. Set one foot on campus and you’ll feel it—a vibe that celebrates life, learning and daily activities that are anything but routine. Capitalizing on its glorious weather, national reputation and location at the crossroads of the Americas, the University of Miami offers students unparalleled academic support, enrichment activities galore, sports and cultural offerings, wellness and fitness programs and endless opportunities to explore, engage and better the community and the world.
Learn more at biomed.miami.edu/research
Our faculty receive approximately $325 million annually from public and private agencies to conduct a broad spectrum of nationally and internationally recognized research, build state-of-theart facilities and support graduate students.
Discovery Science
Discovery Science forms the basis for medical breakthroughs; it is fundamental to finding preventions, treatments and cures. The University of Miami Miller School of Medicine is home to world-class discovery scientists who investigate fundamental biological questions like: How do cells move? What triggers a cell to grow? How does the body sense pain? Answers to these questions and many others advance knowledge and fuel the pipeline for breakthrough treatments for human diseases. Discovery research activities take place in a wide range of departments, programs and centers including our basic science departments, clinical departments and centers and institutes. Our investigators also mentor the next generation of discovery scientists through our graduate programs and postdoctoral experiences. University of Miami Centers & Institutes ALS Clinical and Research Center Barton G. Kids Hear Now Cochlear Implant Family Resource Center Bascom Palmer Eye Institute Batchelor Children’s Research Institute Center for AIDS Research (CFAR) Center for Complementary and Integrative Medicine Center for Computational Science Center for Family Studies Center for Research & Education on Aging & Technology Enhancement (CREATE) Center for Treatment Research on Adolescent Drug Abuse (CTRADA) Center of Excellence for Laparoscopic and Minimally Invasive Surgery Center on Aging Children’s Heart Center
Discovery Science
Clinical Research Center (CRC) Comprehensive AIDS Program Comprehensive Drug Research Center (CDRC) Diabetes Research Institute (DRI) Dr. John T. Macdonald Foundation Biomedical Nanotechnology Institute (BioNIUM) Ear Institute Evelyn F. McKnight Brain Institute Global Institute for Community Health and Development Gordon Center for Research in Medical Education Interdisciplinary Stem Cell Institute International Medicine Institute John P. Hussman Institute for Human Genomics Katz Center Mailman Center for Child Development Miami Area Geriatric Education Center Miami Clinical and Translational Science Institute (CTSI) Miami Project to Cure Paralysis Miami Transplant Institute Morris K. Udall Parkinson Disease Research Center of Excellence Poison Control Center Schiff Center for Liver Diseases Sylvester Comprehensive Cancer Center Braman Family Breast Cancer Institute Touch Research Institute UHealth Reproductive & Fertility Center UM / JMH Center for Patient Safety Vascular Biology Institute Wallace H. Coulter Center for Translational Research William Lehman Injury Research Center
Vision for Research
Research is the lifeblood of our academic medical system, the foundation on which our clinical care stands. Our research efforts require both direction and focus. The Research Strategic Plan is intended to be a blueprint that will guide our journey toward further levels of excellence, innovation, and creation of highly impactful biomedical discovery. In this shared vision, the integration between academic and clinical programs at the MSoM and UHealth will provide a path to deploy innovations and discoveries across our clinically integrated network, with the goal of strengthening existent and developing new clinical and investigational programs that are nationally and internationally renowned for their accomplishments. A limited number of thematic areas are identified that will grow destination clinical platforms, increasing our impact both academically and clinically. We have four thematic areas: Cancer, Neuroscience, HIV/AIDS & Emerging Pathogens, and Inflammation, Metabolism & Immunotherapies. In each of these areas, we have high-performing teams conducting impactful and innovative basic, translational and clinical research, and there is an excellent opportunity for continued growth. The plan also includes bridging technologies and platforms that overlap with multiple thematic and focus areas. These four “bridging platforms,� as we call them, are bionanotechnology, precision medicine and genetics, regenerative medicine and cell therapies, and population health and health disparities.
BioNIUM • Precision Medicine • Regenerative Medicine & Cell Therapies Population Health & Health Disparities
Epigenetics
Brain Health, Aging & Degenerative Diseases
HIV / AIDS
Metabolism, Diabetes & Obesity
Neuroprotection & Neural Injury (Sensory Science & Neuro-Engineering)
Emerging Pathogens
Immunity & Immunotherapies
Neuroscience
HIV / AIDS & Emerging Pathogens
Inflammation Metabolism & Immunotherapy
Tumor Biology
Cancer Control
Cancer
VISION FOR RESEARCH
Study in an Inclusive Culture
At the University of Miami, a private research university with more than 17,000 students from across the nation and around the world, students benefit from the plurality of races, ethnicities, faiths, cultures, customs and traditions within one of the most multicultural cities in the world. The University of Miami is a vibrant and diverse academic community focused on teaching and learning, the discovery of new knowledge and service to the South Florida region and beyond. Students enjoy actively learning from each other and celebrating their differences, while also discovering their similarities. Students participate in celebrations such as Chinese New Year and host activities during Black History Month and National Hispanic Heritage Month.
Live in a Vibrant City
While the University of Miami is a leading research institution where we are focused on academic research, it still remains one of the best places to live in the U.S. Born and raised, as well as transplants alike, call it home. We love our city and our beaches, which we believe are some of the most beautiful beaches in the states. Few places in the world have it all, but Miami comes close. Our city affords you a broad range of opportunities to study in a location that prepares you to be a future leader. Miami offers the perfect settings for students to engage with the community through service, local events, festivals, celebrations and so much more. There is always something to do in Miami – from arts and culture to beaches and outdoor activities to professional and college sports and unique dining experiences – this city never disappoints!
Doctoral Programs
Doctoral Programs Biochemistry & Molecular Biology Biostatistics Cancer Biology Cellular Physiology & Molecular Biophysics Epidemiology Human Genetics & Genomics Microbiology & Immunology Molecular & Cellular Pharmacology Molecular Cell & Developmental Biology Neuroscience Physical Therapy Prevention Science & Community Health Joint Programs MD / Master of Public Health MD / PhD - Medical Scientist Training Program PhD / Master of Business Administration PhD with Translational Track
Programs in Biomedical Sciences
Programs in Biomedical Sciences (PiBS) is a first-year umbrella program for our biomedical PhD programs.
Affiliated PhD Programs
Students complete three to four laboratory rotations in various disciplines during their first year. This opportunity allows students to explore their interests before selecting a program and dissertation mentor. Students match with mentors in specific programs and achieve program affiliation at the end of their first year.
Biochemistry & Molecular Biology Cancer Biology Cellular Physiology & Molecular Biophysics Human Genetics & Genomics Microbiology & Immunology Molecular & Cellular Pharmacology Molecular Cell & Developmental Biology Neuroscience
PiBS students are enrolled in a core curriculum that builds a solid foundation in the biomedical sciences. The coursework in the first semester ranges from molecules and cells to systems of human physiology. Lectures are balanced by breakout sessions, in which faculty members discuss primary literature with students in small groups. Students have the flexibility to select breakout sessions that match their interests. The core curriculum also offers critical learning opportunities in scientific logics, biostatistics, genomics and analytical tools. In the second semester, students select individual modular courses offered in our eight biomedical disciplines. These courses cover topics of specific relevance to graduate programs or research topics. Students also complete a course in biostatistics and a workshop in bioinformatics.
In addition to receiving a solid foundation in biomedical sciences, students have access to various resources such as continuous career and professional development opportunities throughout their entire graduate experience. This includes workshops designed to build skills in grant writing and publishing scholarly papers as well as mentorship and networking opportunities in academia and industry.
PhD Biochemistry & Molecular Biology
Key Areas of Research Bionanotechnology & Molecular Diagnostics Cellular Stress Responses Drug Delivery Environmental Health & Toxicology Molecular Biology of Cancer Molecular Biology of RNA, DNA & Epigenetic Modifiers Molecular Neuroscience of the Brain Microbiome Nutritional Biochemistry & Metabolism
Biochemistry and Molecular Biology (BMB) are sciences at the epicenter of modern biomedical research. Understanding basic biochemical pathways is key to gaining new knowledge for the prevention and combating of disease, allowing for the expansion of current boundaries in medicine and science. In addition to medical applications, molecular biology is indispensable for the development of tools implemented for environmental and bionanotechnology problems. The Department of Biochemistry and Molecular Biology at the University of Miami is committed to maintaining our discipline as a central science and strives for excellence by sustaining the current areas of strength, fostering interdisciplinary and clinical translational research and expanding the research portfolio to evolving areas of inquiry and discovery. Our expertise in RNA biology, understanding DNA stability and repair, studying the biophysical nature of biomolecules and gaining insight into cellular signaling pathways has been recently expanded by the arrival of researchers specialized in the design of natural and semi-synthetic biomolecules, as well as molecular-based devices that can be employed in translational medicine and other bionanotechnology applications. We are a group of energetic students and faculty committed to push the boundaries of discovery research in Biochemistry and Molecular Biology. We have 65 faculty in the graduate program who are involved in multidisciplinary research and are also members of centers and institutes at UM. Faculty in our program are well funded through federal and industrial funding. Some of our faculty are members of the National Science Academies and are editors of journals in their field. Biochemistry and Molecular Biology is ranked top 23% in the nation by Academic Analytics.
Be it the faculty that prepared me to develop my own projects through teaching the fundamentals, the professors who would engage me in talks about my research and beyond, or the administrative staff that always had a smile and a moment to spare, everyone was willing to offer me their support throughout my training. Gregory O’Connor, PhD Alumni Biochemistry & Molecular Biology
Executive PhD Biochemistry & Molecular Biology
The Executive Doctor of Philosophy (PhD) degree program in Biochemistry and Molecular Biology is targeted toward full-time professionals working in industry or other research laboratories who are involved in research at their workplace but do not have a PhD. These individuals do not need to give up their jobs to enroll in this PhD program. Research performed at the industrial site will serve as the dissertation research topic. The required courses will be done through distance learning technology. This program is available to professionals who are working in the areas of biochemistry, molecular biology, biotechnology, nanotechnology and medicine. It is intended to help individuals who are seeking to either move ahead in their field or switch careers altogether. It also fulfills the lifelong learning desire of industrial professionals who wish to further their education at the doctoral level.
PhD Biostatistics
Data pervades nearly everything we do, including the way we evaluate disease prevention and health promotion. We have developed pioneering, cuttingedge methodologies for analyzing genomic data, which allow researchers to separate true biological signals from unrelated information. The PhD in Biostatistics program prepares students in innovative theory and methods that enable them to provide solutions to complex scientific issues in public health, medicine and sciences. Our program is unique in its emphasis on the integration of statistical reasoning to real world applications. We work closely with scientists in other medical and public health settings to solve statistical challenges. We train students to conduct and publish original research on the theory and methodology of biostatistics. Our graduates are expert biostatisticians who lead collaborative teams of investigators addressing key public health questions in academia, industry and government.
PhD Cancer Biology
The Sheila and David Fuente Graduate Program in Cancer Biology is a university-wide interdisciplinary training program that draws upon clinical and basic sciences from multiple departments and medical school divisions of the University of Miami. The scientific focus is broadly cancer research with an emphasis on fundamental cellular processes, their deregulation in cancer, the identification of novel diagnostics and therapeutic targets. In addition to training in technical aspects, the curriculum places a strong emphasis on scientific reasoning as the most important and portable aspect of PhD training. The cross-disciplinary training includes novel concepts and state-of-the–art techniques of molecular biology, biochemistry, genetics, genomics, proteomics, structural biology, cell biology, pharmacology and molecular medicine. This training is integrated into the extensive clinical and translational research programs of the Sylvester Comprehensive Cancer Center (SCCC). Research in Cancer Biology stands out by the scale and rate at which basic science translates into tangible changes in the treatment of patients. At the same time, information flows back rapidly from the clinic to direct the next frontier in basic science and innovation.
Key Areas of Research Cancer Metabolism Cancer Stem Cells Cancer Epidemiology & Prevention Epigenetics of Cancer Molecular Cancer Therapeutics Tumor Immunology
To make maximum use of this exciting research environment, scientists need training in the relevant clinical concepts to translate questions and research needs back into their own setting and engage in collaborative efforts. To facilitate this training, cancer biology graduate students receive guidance from both a research mentor and a physician mentor. The research mentor is the dissertation advisor, while the physician mentor provides a clinical perspective in cancer biology including issues of diagnosis, management and treatment of cancer patients and clinical research.
The U was a phenomenal fit for me due to the culture of diversity and acceptance, academic excellence and scientific ambition. The close relationship with SCCC allows for a real bench-to-bedside perspective by giving access to clinical grand rounds, tumor boards and direct mentorship by clinicians in the field. Clara Troccoli Student Cancer Biology
Cancer cells from the omentum of patient with recurrent ovarian cancer stain with GSTA3 (green), mitotracker (red) and dapi (blue)
PhD Cellular Physiology & Molecular Biophysics
Key Areas of Research Electrophysiology / Neurophysiology Ion Channels and Transporters Molecular Structure & Modeling Muscle Physiology Neuroimmunology Sensory Mechanisms Signal Transduction
Cellular Physiology and Molecular Biophysics studies how the human organism functions by applying principles of physics to the underlying molecules and cells. The training and research emphasis in this program is directed at determining the molecular mechanisms underlying physiological functions, such as how does the heart beat, how does the brain work, and how do we see, smell, and taste, using biophysical techniques and analyses. More specifically, research facilities and guidance for graduate work are available in developmental neurobiology, sensory receptor mechanisms, axonal electrophysiology, ionic mechanism of the nerve impulse, electrophysiological and molecular aspects of synaptic and neuromuscular transmission, mechanisms of ion channel gating, selectivity and conductance, metabolic aspects of nervous function, molecular neuroscience, neuroimmunology, protein structure-function studies, molecular recognition, ligand-receptor interactions, axonal growth, neurotrophic factors, cytokines, gene targeting, neuronal apoptosis, nerve regeneration, molecular adhesion and regulation of muscle contraction. The Graduate Program in Physiology and Biophysics trains its students to use state-of-the-art biophysical techniques to address fundamental questions related to molecular and cellular physiology and biophysics and developmental and molecular neuroscience. In addition, the students receive training in related biological disciplines and also in systemic physiology in order to obtain a broad viewpoint. This training prepares the students for future careers in research and teaching in academic institutions and also for careers in industry.
My favorite part about my program is the attention given to students by all the mentors. There is a collective effort to make everyone as successful as possible. I also enjoy the outdoor activities that Miami has to offer, such as sailing, kayaking and biking—the water is gorgeous. You can find hidden gems of tropical greenery and nature here. Christina Johnson Student Cellular Physiology & Molecular Biophysics
PhD Epidemiology
The PhD in Epidemiology program trains individuals in epidemiological research methods and its applications to public health. It prepares individuals to become independent researchers and to obtain skills for successful careers as epidemiologists. It provides advanced education for students seeking a professional career in medical and health-related research. It also serves physicians and other persons who have attained professional degrees and are seeking to integrate epidemiological research and methods into their ongoing careers. As a research-focused degree, students are trained to approach health problems to generate consequential research questions and use the most appropriate epidemiologic methods to address them. The methodologically rigorous training comprises both formal classroom education and guided research with faculty mentors.
Key Areas of Research Behavioral Epidemiology Cancer Epidemiology Chronic Disease Epidemiology Diabetes and Obesity Health Disparities HIV / AIDS Occupational Disease Substance Abuse
Students have unique opportunities to conduct collaborative research with clinical departments and research centers within the Miller School of Medicine. Interdisciplinary research opportunities also exist with nearby health care settings.
Miami’s diversity of language, culture, perspectives and people captured my interest. The faculty’s passion and dedication to diversity and disparity research made me realize that UM was the right fit for me. The community I have been welcomed into at UM has been the most rewarding experience thus far. It is incredibly inspiring and humbling to be surrounded by such passionate, hardworking and impressive individuals from a variety of backgrounds. Ariana Johnson, Student, Epidemiology
PhD Human Genetics & Genomics
Key Areas of Research Age-Related Macular Degeneration Aging & Physical Function Alzheimer’s Disease Autism Cancer Cardiovascular Disease and Stroke Charcot-Marie-Tooth Disease Genomic Origins & Admixture Hearing Loss Infectious Disease Susceptibility Multiple Sclerosis
The Interdepartmental PhD Program in Human Genetics and Genomics (HGG) is a multidisciplinary program aimed at training scientists broadly in areas of human genetics and genomics relevant to human health and disease. All students receive training in three core competencies: molecular, computational and clinical genetics. Students are exposed to all aspects of human genetics research, from the patient to the underlying mechanism. Students are prepared to be the next generation of genomic scientists with a variety of skills, e.g. induced pluripotent stem cells, animal modeling, family studies and large-scale population-based datasets. They are also trained to translate their research results into improved medical care and public health interventions. Faculty participating in the HGG program are drawn from eleven departments across the University of Miami. The Dr. John T. Macdonald Foundation Department of Human Genetics ranks seventh nationally in NIH funding among departments of genetics. Graduates are highly sought after by leading institutions. Individuals earning PhD degrees in Human Genetics and Genomics will have various career options, including laboratory or computational research in academia, clinical laboratory and industry. We are committed to excellence in all aspects of genetics research. We actively promote interdisciplinary and multilateral projects that contribute to the better understanding of the role of genetic mechanisms in shaping human health. World-renowned faculty, committed staff and outstanding support facilities allow us to undertake pioneering research that has applications in some of today’s most important genetic conditions, including neurodegenerative disorders, cancer and cardiovascular disease.
Human Genetics & Genomics offers a comprehensive program that prepares PhD trainees for the challenges of modern science. I loved the clinical genetics rotation and the teaching module. I learned bioinformatics and worked in a molecular biology lab having state-of-the-art technology and supportive advice at hand. All in one program, all in the sunny and vibrant city of Miami. Tania Arguello, MSc, PhD Alumna Human Genetics & Genomics
PhD Microbiology & Immunology
Key Areas of Research Antibiotic Resistance of Bacteria Antigen-specific Immune Tolerance Cancer Immunotherapy Cellular & Molecular Immunology HIV / AIDS Microbial Genetics Pathogenic Bacteriology Virology
Microbiology and Immunology is particularly productive in pre-clinical research and discovery. We are focused on pathogenic bacteria, viruses and immunology. Our main research themes also focus upon developing more effective cancer immunotherapy, an HIV vaccine, creating antigen-specific immune tolerance and overcoming antibiotic resistance of bacteria. Active research in immunology includes the areas of cytotoxicity, programmed cell death, cytokine receptor signaling, clinical and experimental bone marrow transplantation, stem cell biology, gene therapy for cancer treatment, antigen recognition, cell differentiation and communication, aging of the immune system, interleukins, genetic control of immunoglobulin production, gene activation and evolution of the immune response. Research in other areas includes molecular biology of virus-host interaction in both animal and human systems, control and regulation of bacterial pathogenesis, selective tumor chemotherapy and radiation therapy and therapy of parasitic infections. We actively collaborate with the Sylvester Comprehensive Cancer Center and the Diabetes Research Institute. These interactions help to foster translating our discoveries in the laboratory to directly benefitting patients with cancer and type 1 diabetes. Our efforts to translate our discoveries to the clinic are also shown in our large portfolio of licensing agreements and start-up companies.
Miami unfortunately has a high rate of disease-afflicted individuals, but this gives us the opportunity to study the root causes of these diseases up-close and develop new therapies for the people that most need them. Miami is the right fit for me because of the interdisciplinary culture at many levels: collaborations between labs, other disciplines and clinicians. Richard Hunte, PhD Alumnus, Microbiology & Immunology White BKG - Pathogenic Yersinia Promotes Its Survival by Creating an Acidic Fluid-Accessible Compartment on the Macrophage Surface. Wael Bahnan, PhD. Schesser Lab.
PhD Molecular & Cellular Pharmacology
Key Areas of Research Epigenetic Mechanisms in Pathologies Computational Pharmacology & Drug Discovery Models of Human Pathology in Mice, Drosophila & Yeast Molecular Targets, Mechanisms & Tools in Cancer Post-Translational Modifications & Protein Folding Receptors and Signal Transduction
Pharmacology is the science of drugs, drug targets and effects of drugs on the body. As such, this discipline bridges chemistry and medicine, spanning molecular, cellular and organismal levels of biology. The Molecular and Cellular Pharmacology graduate program (MCP) is a dynamic interdisciplinary program that brings together about 40 scientists, many of whom work in areas related to drug discovery. The mission of our program is to prepare graduate students for challenges posed by ever-changing technologies and questions posed by academia, pharmaceutical and other industries. The scientific areas of MCP training are diverse and range from cancer to cardiac and skeletal muscle, regulation of metabolism and neuroscience. A unifying theme is our focus on protein drug targets such as enzymes and hormone receptors that regulate cellular functions. Many labs use “traditional� approaches - gene knockouts, cellular assays, imaging and biochemical assays. In recent years, to harness the growing power of computation, we started introducing informatics both into research and academic curriculum. Some labs use chemoand bioinformatics to find candidate therapeutic drugs, predict drug-receptor interactions and utilize gene expression and other databases. Our recently modernized academic curriculum has incorporated hands-on training in bioinformatics and coding into classical pharmacology (mechanisms of drug action, cell signaling pathways, cardio- and neuropharmacology). We believe this provides students with comprehensive and sophisticated training to prepare for pharmaceutical discovery in the 21st century.
MCP graduate program is where I learned all the basic concepts on drug discovery and more importantly, critical scientific thinking. Later in my career, I have been fortunate to play essential roles in developing some of the world’s most transformational medicines for the treatments of B-cell malignancies and multiple myeloma. My education continues to enable me to move into new frontiers of medicine for the betterment of human lives.
Gene expression in human islets of Langerhans. Red and green dots shows location of mRNA for two signal transduction genes, Gnb5 and Chrm3; the light purple areas are protein immunostaining for hormone glucagon.
Sen Zhuang MD, PhD VP, Clinical Oncology Research Janssen Research & Development Johnson & Johnson
PhD Molecular Cell & Developmental Biology
The graduate program in Molecular Cell and Developmental Biology (MDB) is an interdepartmental program that offers graduate training towards the PhD degree in the fields of molecular cell biology, cell biology and developmental biology. The training offers students a solid background in contemporary concepts and technologies, preparing them for the possible challenges of a career in medical fields that are undergoing rapid technological and social changes. The courses are designed to provide fundamental background knowledge and introduction to contemporary concepts and methodologies in cell and developmental biology with relevance to diseases and key biological questions. Also, the teaching stresses problem solving abilities and independent reasoning and thinking.
Key Areas of Research Cell Biology and Diseases of Lung, Liver, Blood, Brain, Heart, Kidney, Skin, Brain and Digestive Systems Cellular Innate Immunity Diabetes Embryonic & Tissue Stem Cell Biology HIV & Viral Immunity Metabolism / Obesity Regenerative Medicine Reproductive Biology Tumor Biology Vision / Ophthalmology
Additionally, the students will be trained in a selected laboratory, which will provide mentoring in specific research work as the thesis project for in-depth study and research discovery. The laboratories of the MDB program provide a wide range of current research opportunities in areas of basic and translational cell biology relevant to human diseases with expert faculty members and labs in these fields. Most of the research projects are supported by federal funding and have great prospects for future development. The unique concept of our research program is to endow the students with not only contemporary technical skills and essential knowledge but also dynamic talents and ability to adapt and succeed in a changing world.
The incredible ability of a cell to develop into a biologically complex organism is what has been the basis of my inspiration throughout graduate school. With its outstanding faculty, amazing student support and excellent facilities, the U has transitioned from a stepping stone in my career to becoming my second home. Fahd Qadir Fulbright Fellow & Student Molecular Cell & Developmental Biology
PhD Neuroscience
Neuroscience is the study of how the brain and nervous system function. This scientific area has expanded enormously with technological advances and we are closer than ever to understanding how the brain works. The faculty at the University of Miami are at the forefront of these research areas, using state-of-the-art techniques such as optogenetics, light sheet microscopy and computer-brain interfaces. The basic and clinical science departments of the University of Miami have a long-standing and internationally recognized record of graduate and postgraduate training in the neurosciences. Our students have access to a large number of dedicated neuroscientists across our three campuses. Key research interests of these faculty include but are not limited to: • Cellular and molecular mechanisms underlying neurodegenerative diseases such as multiple sclerosis • Ways in which addiction to nicotine, alcohol and opioids alter brain chemistry
Key Areas of Research Behavioral Neuroscience
• Strategies to repair damage to the brain, spinal cord and optic nerve caused by traumatic injury, ischemia or stroke
Neural Development
• Detailed molecular mechanisms underlying the expression and function of ion channels and neurotransmitter receptors and their role in neuropathic pain and neuropathic itch
Neurogenetics
• Sensory transduction in the visual, auditory, olfactory and gustatory systems
Neurological Disease
• Mechanisms of learning and memory and causes of dementia
CNS Injury & Repair
Neurophysiology Sensory Neuroscience
• Development of the nervous system with emphasis on axon growth and synapse formation
The most senior member of my lab has really stepped up as a leader, whether helping out with any questions about my research or coordinating social events for our lab—it has really created a strong sense of community among our members. Christine Ryan Student Neuroscience
DPT Physical Therapy
Students graduate from the Doctor of Physical Therapy (DPT) program with the skills and knowledge needed to practice competently in the management of patients with problems related to the movement system. The DPT program has been ranked in the top 10 programs in physical therapy in the U.S. by U.S. News & World Report since 1995. Our program embraces excellence in teaching and research and also promotes and delivers service to the community locally, nationally and globally. The DPT program is a nine semester program, which includes 32 weeks of full-time clinical experience. The program, including teaching space and faculty offices, is housed on the Coral Gables campus in the Plumer Building. As a first professional degree, the curriculum is designed to further the education of students who possess a baccalaureate degree and a background in liberal arts, humanities and science.
PhD Physical Therapy
The Doctor of Philosophy in Physical Therapy (PhD) is designed to prepare physical therapists for leadership positions in academic and research settings. This preparation includes: proficiency in instructional design, teaching methods and evaluation; advanced knowledge and skill in research methods, design, implementation of analysis and communication of results; and expertise in a specified content area. The PhD curriculum is designed to further the education of students who possess a PT degree and license in the U.S. or another country. It includes an integrated program of advanced, specialized study based on the student’s undergraduate studies and / or adequate background—drawing upon the industry, initiative and scholarship of the student.
The UM DPT program is truly a family. From the first day of class and throughout my three years I built lasting relationships with peers and professors who continue to guide me through my practice. The faculty are at the cutting edge of the profession and include students in all their research which was an amazing learning experience. The UM DPT family gave me the tools to be successful in this amazing field of physical therapy. Kelli Fraga, DPT Alumna Doctor of Physical Therapy
PhD Prevention Science & Community Health
The PhD in Prevention Science and Community Health program provides individuals the necessary expertise and interdisciplinary background to contribute to 21st century prevention and community health research. By engaging with faculty who are leaders in the field, our students work to address preventable causes of illness and death in the United States as outlined in the country’s National Prevention Strategy. Our goals are to advance research on the biobehavioral, social and cultural determinants of health and the prevention of physical and mental illnesses that lead to morbidity and mortality. We strive to improve health and achieve health equity for all by developing, testing and supporting the implementation of effective health programs, policies and practices. We shape the future of public health by educating and mentoring emerging leaders in prevention science and community health.
Key Areas of Research Community-Based Participatory Research Etiology Implementation Science Innovative Data Collection & Analyses Intervention Design & Evaluation
Faculty are engaged in strong interdisciplinary and cutting-edge scientific discovery in a range of physical, behavioral and mental health areas. Our faculty’s expertise in community-based participatory research and in translational and implementation science is applied in multicultural community settings and reaches populations in greatest need of health promotion. The division houses several large programs of research, including a center focusing on reducing cancer health disparities, programs in implementation science and community-based participatory research and projects on substance abuse, HIV and obesity in minority youth both in the U.S. and abroad. Division faculty also direct the NIH-funded National Hispanic Science Network and the Sylvester Cancer Center’s Jay Weiss Institute for Health Equity.
MD / MPH Master of Public Health
Our MD / MPH program is one of only a few programs in the United States that offers the opportunity to obtain both a medical and public health joint degree in just four years. The MD/MPH program offers an innovative curriculum that truly combines much of the MD and the MPH course work. The integrated curriculum addresses the knowledge, skills and experiences fundamental to the competencies required of a public health physician at the time of graduation from medical school. In addition to providing an outstanding foundation in the sciences basic to the practice of medicine and the pathophysiology of disease, the first two years at the Miami medical campus emphasize building a foundation and a community perspective in the principles of public health. Students move to the regional campus in Palm Beach County for years three and four of the program where the emphasis is on applying those principles to the clinical practice of public health while working in community teaching hospitals and public health department clinics and programs.
Learn more at publichealth.med.miami.edu
The MD / MPH program serves as the ideal for what medical education should be: combining basic sciences and clinical experience with a broad base of knowledge about where healthcare stands in today’s society. As physicians, we are but one piece of the healthcare puzzle and our public health training gives us the tools—and credentials—to reach across other disciplines. Jeffrey Lin, MD, MPH Alumnus, MD / MPH Program
MD / PhD Medical Scientist Training Program (MSTP)
Affiliated PhD Programs Biochemistry & Molecular Biology Biomedical Engineering Cancer Biology Cellular Physiology & Molecular Biophysics Human Genetics & Genomics Microbiology & Immunology Molecular & Cellular Pharmacology Molecular Cell & Developmental Biology Neuroscience Public Health Sciences (Biostatistics, Epidemiology, Prevention Science)
The University of Miami, Miller School of Medicine’s Medical Scientist Training Program (MSTP) provides a rich training environment that fosters the development of exceptional students to become both biomedical researchers and clinicians. The ability to understand disease processes and translate this knowledge into innovative and effective approaches to ameliorate disease can be best provided by individuals formally trained in both basic science and clinical medicine. Furthermore, there is a need for more clinicians with epidemiology and public health training who are able to understand and evaluate the incidence, distribution and determinants of health and disease in populations, as well as assess the impact of treatments and healthcare policy. In a seven to eight year training program, our dual degree students obtain both an MD and a PhD in biomedical research. This uniquely positions them to become physician scientists who will become the future intellectual leaders in medicine dedicated to improving health through research. The MSTP provides an integrated experience that takes advantage of outstanding basic and translational research opportunities, combined with the superb clinical training available at the Miller School and its partners, Jackson Memorial Hospital and the Miami VA Medical Center. Students can pursue PhD training in the 8 Programs in Biomedical Sciences (PIBS), as well as degrees in Public Health and Biomedical Engineering. The Program also provides excellent mentoring, professional development and other activities that prepare students for their future careers and build a strong community of physician scientist trainees. There is full financial support, including stipend, tuition and health insurance, offered throughout the program.
Learn more at mstp.med.miami.edu
The University of Miami MSTP is a wonderful place for MD/PhD training! The MSTP is passionate about training physician-scientists in a wide range of biomedical fields, and there are many mentors who are supportive and encouraging, resulting in students who are productive, successful and competitive for prestigious residency programs. The camaraderie among the MSTP students is wonderful and one of the best parts of the program. Michelle Caunca Student, Medical Scientist Training Program
PhD + Master of Business Administration
The growing potential to make life-saving discoveries in an ever-changing global economy make this an exciting time to enhance your biomedical science PhD with an MBA! Many ambitious students are now looking to an MBA as a useful enhancement to their biomedical research experience and expand their career options. An MBA is an investment in the future careers of biomedical graduate students. We know our alums will be future college presidents, department chairs, entrepreneurs, government officials, patent holders and CEOs of biomedical companies. This program will ensure they leave us as cutting-edge scientists who are prepared for the leadership challenges they will face regardless of what lies ahead. Regardless of career trajectory, PhDs can benefit from pursuing a business education. From a practical standpoint, the managerial skills, business acumen and financial literacy one develops from an MBA program are useful for managing labs, staff, grants or even starting a business. The biomedical industry and higher education are increasingly influenced by legal issues and shifting healthcare policy, both of which are covered by the MBA curriculum. Students will expand their networks by taking classes alongside CEOs and business leaders enrolled in the Executive MBA program. The immediate financial advantages of a PhD / MBA option at UM are substantial. Not only will accepted students receive 100% tuition waivers for the doctoral portion of their studies, they will receive shared credit savings and a 50% scholarship from the School of Business Administration for their MBA. In the longterm, students with MBAs can expect to have greater earnings over the lifetime of their careers.
Learn more at biomed.miami.edu/phd-mba
PhD Translational Track
All biomedical science PhD students have the option to enroll in the Translational Track (TT). The TT track allows taking a few additional courses that enables students to appreciate what it takes to translate a discovery into an actual therapeutics, device or intervention strategy. The structured programs in TT enable students to interact with successful clinicians, industry investigators, venture capitalists, experts in regulatory affairs and entrepreneurs. These interactions are offered in an organized manner to understand processes, FDA and other regulatory rules as well as help connect with individuals who have successfully translated their discoveries into end products. These students are also required to attend a seminar series that serves a dual purpose: 1) translational seminar taught by industry and academic persons as well as 2) career development.
Masters Programs
Masters Programs Biomedical Sciences (MS) Biostatistics (MS) Clinical & Translational Investigation (MS) Prevention Science & Community Health (MS) Public Health (MPH, MSPH) Skin Biology & Dermatological Science (MS) Vision Science & Investigative Opthalmology (MS)
MS Biomedical Sciences
The Miller School of Medicine offers an intensive ten month Master of Science in Biomedical Sciences (MiBS) designed to fit perfectly in your gap year. MiBS is a full-time program that packs a core curriculum in biochemistry, molecular biology, cell biology and physiology, along with several optional courses in three customized tracks—Medicine, Research or Drug Discovery. Our courses are taught by the same faculty that teach our medical and graduate students and will be tailored to meet your needs. In addition, students participate in physician and clinical shadowing or directed research to prepare them for a career in the biomedical sciences. MiBS is a selective full-time program that prepares recent undergraduates for medical or graduate school or a career in the biomedical industry. Our master’s degree is an ideal way to use your gap year to build credentials and experience to propel yourself to any advanced degree. Students will have access to include hands-on faculty advising and mentoring to help you do your best and submit compelling applications. Students can begin our gap year program after their spring graduation and finish in time to start medical or graduate school the following August.
MiBS will help me stand out among the plethora of applications that doctoral programs receive each year. The courses taken at a medical school level coupled with unique laboratory and clinical experiences are preparing me for the next step in my healthcare career. Reshav “Ray” Mehtani Student MS in Biomedical Sciences
MS Biostatistics
The Master of Science in Biostatistics is an applied one-year program intended for quantitative students seeking training in applied biostatistics. The program emphasizes applications and understanding of statistical concepts rather than theoretical and mathematical principles. The program is meant to be a terminal degree providing students with necessary background for applying biostatistical practices in real world settings. Students will acquire the necessary foundation and gain practical skills that can be applied immediately to a variety of data settings, which includes, but is not limited to, the biological life sciences, public health, medical studies and health services research. The degree consists of thirty-three credits covering introductory probability, biostatistics, introductory epidemiology and public health, computing, clinical trials, introductory survival analysis and introductory mathematical statistics. Enrichment is provided by a statistical practicum and a seminar course.
I decided to attend the University of Miami due to the biostatistical expertise of the faculty. I felt I could receive a quality education and opportunities while also getting more personal attention to further cultivate my career path. What I enjoy most about Miami is the diversity; while I learned things in the classroom, I also learned from the culture and people around me. Jill Steinmetz, MS Alumna Biostatistics
MS Clinical & Translational Investigation
Key Areas of Study Bioinformatics Biostatistics Clinical Trials Community-Based Research Health Disparities Mentored Research Projects Scientific Grant Writing Team Science Translational Research
The Master of Science in Clinical and Translational Investigation (MSCTI) at the University of Miami offers a structured educational program that trains students in the principles and practice of clinical and translational research. Our multidisciplinary program has been designed to prepare practitioners and researchers to adapt to translational science and to overcome the perceived bottlenecks that inhibit clinical research. Drawing upon the University of Miami Miller School of Medicine’s mission to educate the next generation of medical leaders and to lead life-changing discoveries that transform patient care through innovative research. The MSCTI program’s mission is to prepare students for future scientific discoveries in clinical and translational investigation including how to garner funding through grant writing workshops, regulatory and ethical challenges, how to design and conduct clinical trials, research with diverse populations and perform bioinformatics data analyses. Our educational objective is to provide an engaging, instructor-led curriculum that introduces and trains students to demonstrate core competencies of clinical and translational research. We equip our students with the foundation and tools to design independent and collaborative projects and mentored scientific opportunities while demonstrating the power of team science.
As an aspiring medical student, I believe that it is essential for medical professionals to have a firm foundation in research that allows them to incorporate evidence-based practices and advance the field of medicine for the next generation of physicians. This program has and continues to provide me with unparalleled research opportunities and incredible mentors who have inspired and guided me toward success in my continued pursuit of a career in the medical field. Emily P. Rabinovich Student, Clinical and Translational Investigation
MS Prevention Science & Community Health
The Master of Science in Prevention Science and Community Health is a thirty-three credit program intended to provide students with training in the fundamentals of prevention science, including: • Assessment of risk and protective factors that predict and modify health and behavior outcomes • Development of preventive interventions that target these risk and protective factors • Implementation and evaluation of these interventions. Students develop skills in translating prevention research into demonstrable preventive action and successfully partner with communities and organizations for the implementation of evidence-based preventive interventions with fidelity and sensitivity to communities’ diversity and unique strengths. The focus of the program is in line with the seven priority areas of the U.S. National Prevention Strategy (e.g., tobacco free living, preventing drug abuse and excessive alcohol use, healthy eating, active living, injury and violence free living, reproductive and sexual health and mental/emotional well-being), as implemented through the strategic directives of creating healthy and safe communities, eliminating health disparities, providing clinical and community prevention services, and empowering people. The program is in intended to prepare students for research or technical positions in government, industry, academia, or private institutions, as well as to pursue future doctoral studies in public health.
I was inspired to study public health in order to find a way to impact people on a grander scale. This means affecting not just the individual, but also the family, community and society. I realized that there was a whole other aspect of addressing health and wellness that doesn’t focus purely on medicine. For example, vaccination campaigns, HIV / STI awareness and nutrition are all critical to health. Charles Chen, MPH Alumnus
MPH / MSPH Public Health
Master of Public Health (MPH) The MPH degree is a professional degree for students who seek a broad, general academic experience in public health. Students will acquire competency in the fundamental public health disciplines. This includes research design and conduct, data analysis and policy analysis, communications, program planning and administration, public health systems and the organization of health services in the United States and Latin America, recognition and analysis of ethical issues in public health and professional practice, the needs of special populations and the integration of these core disciplines in public health decision making. Students take core courses and select electives from among the five divisions allowing the flexibility to either focus on one or more public health areas depending on academic and professional goals. The program culminates with a Capstone Project in which students apply public health fieldwork and academic theory to a project with a public health impact. Master of Science in Public Health (MSPH)
Divisions Biostatistics Environment & Public Health Epidemiology & Population Health Sciences Health Services Policy & Research Prevention Science & Community Health
The MSPH is an academic research public health degree designed for students who wish to prepare for further study at the doctoral level, or to prepare for research or technical positions in government, industry, academia or private institutions. Studies include coursework in the core disciplines of public health with an additional emphasis on advanced research methods and quantitative analysis skills. Students select electives from among the five divisions allowing the flexibility to either focus on one or more areas depending on academic and professional goals. The program culminates with a required thesis.
MS Skin Biology & Dermatological Sciences
Our Master of Science in Skin Biology and Dermatological Science (SBDS) degree program is the first of its kind in the United States. It prepares students for careers and leadership in skin science and industry. The Master of Science in Skin Biology and Dermatological Sciences program is unique in its depth and breadth because it covers basic science research and laboratory techniques. In addition, the program considers a variety of additional skills to help you succeed in your career—including management skills, grant writing, regulatory issues, enterprise formation issues and clinical problems. Skin biology includes many biological processes: development, perpetual differentiation and barrier maintenance, stem cell biology, tissue repair and regeneration, native and adapted immunity and genetic disorders just to name a few. The areas represented in our research base include skin aging, barrier, biochemistry, cell and stem cell biology, genomics, inflammation, immunology, microbiology, pathophysiology and pharmacology, as well as clinical research including areas of a variety of skin disorders, aging, aesthetics, cancer, itching and wounds as clinical touch-points. There is a growing need for knowledgeable health care professionals. Health care providers, policy makers, research scientists, academic practitioners in the US and in the world and even makers of skin care products (from devices, drugs and cosmeceuticals) need trained personnel. The coursework in this degree program will offer essential scientific knowledge, techniques, management and administrative skills that will be helpful for individuals desiring a skin science-oriented career.
This program serves as a bridge that allows students of different backgrounds to pursue different goals. After classes like Advances in Dermatology and Frontiers in Sciences, I’ve grown to appreciate the beauty of science. My ultimate goal is to become a physician-scientist in Dermatology focused on pigmented lesions and skin cancer. I’m very thankful for my time in the Master’s program, as I truly believe this program has provided the tools necessary for success in my future endeavors. Marquese Noel-McCormick Student, MS in Skin Biology & Dermatological Sciences
MS Vision Science & Investigative Opthalmology
Bascom Palmer Eye Institute is pleased to offer a unique graduate degree, the Master of Science in Vision Science and Investigative Ophthalmology (MVSIO). This innovative program is the first of its kind in the world. It offers comprehensive training in ophthalmic translational research, problem-based learning, management and a skill set, available only at Bascom Palmer. The MVSIO program focuses on science and laboratory research, including the disciplines of electrophysiology, biochemistry and molecular biology, as well as exposure to ocular clinical details and ocular pathology. It will prepare students for a planned PhD graduate program in vision science and investigative ophthalmology. In addition, the multidisciplinary program builds management, administrative, and entrepreneurial skills for professionals desiring a vision scienceoriented career in startup companies, management of non-profit organizations, academic practices, government regulatory agencies and medical device and pharmaceutical companies. Led by Bascom Palmer Eye Institute’s world-class faculty and supported by leading-edge technology, the MVSIO program opens the door to new career opportunities for medical school graduates, clinicians and other professionals.
MVSIO uses problem-based learning to create a fusion of clinical ophthalmology and basic science; this truly unique program also incorporates the entrepreneurship round table. The program has built-in networking with leaders in both academia and industry. I highly recommend the MVSIO program to students considering going on to medical school or pursuing an ophthalmology residency. Studying Lacrimal Gland Development. Wholemount of an embryonic lacrimal gland showing acinar development by Sox9 (green) progenitor cell population. Gland was counterstained with phalloidin (red) for filamentous actin, and DAPI (blue) for cell nuclei)
Erika Ellis Student, MS in Vision Science & Investigative Opthalmology
Summer Undergraduate Research Fellowship
The Summer Undergraduate Research Fellowship (SURF) program is an annual living-learning initiative that offers undergraduate students from underrepresented backgrounds the opportunity to live together in a campus residence hall while participating in scientific research for ten weeks during the summer months. The goal of the program is to improve the chances of underrepresented students choosing careers in the biomedical sciences by offering mentorship, relevant experiences and a supportive environment. During the program, each student is assigned to a basic science lab that aligns with their interests and conducts research projects like those performed by graduate students. Students can chose a focus area such as bacterial pathogenesis, cancer biology, gene expression / molecular genetics, immunology, neuroscience and stem cell / regenerative medicine. In addition to laboratory experience, SURFers participate in weekly seminars, workshops and cultural enrichment activities.
SURF was an amazing experience that provided the opportunity to conduct scientific research with a successful scientist as an undergraduate student. Besides the fantastic research experience I gained, it was a dream come true to spend a summer in beautiful Miami. It was easy to soak up the sun at the beach over the weekend or head over to the Wynwood art district and try amazing food. Lidia Doto SURF Fellow, 2018
We introduce undergraduate students to projects common during postgraduate research training. This lends to an understanding of the planning, discipline and teamwork involved in the pursuit of basic answers to current questions in the biological sciences. This program is ideal for students who are interested in pursuing a career in lab-based, non-clinical research. Fellows will gain experience in modern research techniques and have an opportunity to plan and execute an experimental strategy to answer a scientific question. SURF participants receive a stipend, travel and accommodations.
Student Services
As part of the Graduate School, the Office of Graduate Studies’ mission at the Miller School of Medicine is to facilitate the recruitment, education, training and career development of the next generation of discovery scientists and research leaders. The following are a few highlights of the services available to our students. Counseling Services Recognizing the essential roles holistic health and wellbeing play in student success, we actively promote health-focused services, programs and initiatives. Students have access to both psychiatry and counseling services on the medical campus. Disability Support Services The University provides academic accommodations and support to ensure that students with disabilities are able to access and participate in the opportunities available at the University of Miami. Multicultural Student Affairs MSA strives to coordinate services and programs that challenge, motivate and support an ethnically diverse student body. We also seek to bring issues of diversity and multiculturalism to the foreground of campus conversation by sponsoring programs that celebrate cultural differences and highlight similarities that connect us to each other. Writing Center A range of writing services is available to help Miller School of Medicine graduate students improve their writing skills, get grants, publish peer-reviewed articles and prepare compelling presentations.
Career Services
At the University of Miami, you will not only receive a world-class education; we prepare future leaders in academia, industry and other professional careers. The Office of Graduate Studies supports a variety of career development initiatives for our graduate students. We offer student leadership opportunities, professional services and a number of workshops and lectures throughout the year. Building partnerships with campus units such as Toppel Career Center and the Graduate School have been integral to this effort. Faculty Mentors Faculty mentors play a significant role in guiding students towards their future careers. Students should meet with their mentors throughout their training to plan their careers. Career Workshops and Lectures Students have the opportunity to participate in career-oriented workshops and special guest lectures throughout the year. Individualized Coaching A vital component of career development is being able to market oneself effectively in a job search. We offer one-on-one individualized coaching on the following topics: resume / CV critiques, cover letter writing, interview preparation, social media presence and personal branding. Professional Headshots Today’s graduates (especially those entering industry / professional careers) need a current and polished web presence as they enter the job search. We provide free professional headshots as a way to help students project a positive professional image online.
Biomedical Graduate Student Government
The Biomedical Graduate Student Government (BGSG) strives to serve the University of Miami, Miller School of Medicine graduate student body by addressing their academic, professional and social needs through programs, mentorship and communication with university administration. To achieve this mission, we organize various events, workshops, and socials throughout the year, including our yearly distinguished guest lecturer in the spring. Students are given the opportunity to meet with these distinguished scientists in small group meetings that foster more intimate discussions on science and career development. We also organize various workshops, such as the Teaching and Learning workshop and the annual Career Development Symposium. To help students achieve their graduate school milestones, we also offer monthly Coffee and Donuts (informal student round-table discussions on various topics pertaining to graduate student life, such as making a time-line to graduation and talking science to non-scientists), as well as our popular Mock Qualifying Exam (Q.E.) Program, wherein senior students help their junior peers in preparing for their qualifying exam by providing feedback and guidance on the oral portion of their examination. To help break down the silos between programs, we also provide various social events, such as our Graduate Student / Postdoc happy hours and various community service activities, such as beach clean-ups and cooking dinner for the families at the Ronald McDonald House.
Public Health Student Association
The Public Health Student Association (PHSA) in the Department of Public Health Sciences at the University of Miami serves as the link between faculty, staff, alumni and students. They are a student-run organization consisting of an elected Executive Board and appointed Activity Chairs. They organize academic, service and social events throughout the year. The PHSA objectives are: • Facilitate an interactive relationship among faculty, staff, alumni and students • Promote student involvement through service, programs and special events • Act as the liaison between the student body and administration • Contribute to the education and welfare of public health students in cooperation with public health organizations on a local, state and national level
Delta Omega
Delta Omega is the honorary society for graduate studies in public health. The Beta Sigma Chapter of Delta Omega at the University of Miami was chartered in 2009. The mission of the society is to confer distinction for high achievement, promote leadership development, promote scholarship, encourage intellectual development and establish collaboration among students, faculty and alumni. Chapter activities include: • Professional development sessions led by faculty and postdoctoral students • Participation in health fairs in collaboration with PHSA • Networking and mentoring opportunities
Miami
The University of Miami’s unique geographic location affords students a broad range of opportunities. ’Canes benefit from real-world experiences in government, nonprofit organizations, multinational corporations, and everything in between. From historic to contemporary, there is something to enjoy for everyone under the sun. With an extraordinary blend of colors, cultures and opportunities, you would be hard-pressed to find a city as diverse as Miami. To help you enjoy all the city of Miami has to offer, here’s what we recommend to experience Miami in a day: • Visit historic Coconut Grove for breakfast with views of the marina. • Next up, head to Brickell to scope out your future internship at the “Wall Street of the South.” • Take pictures with Miami Beach’s art deco architecture as your backdrop. • Your next stop is Downtown Miami, where you’ll check out the Frost Museum of Science. • Your trip wouldn’t be complete without seeing Wynwood Walls, famous for its ever-changing street art. • Stop at Little Haiti’s Cultural Complex to immerse yourself in the vibrant Haitian culture. • It’s time for a pick-me-up: grab a cafecito in Little Havana while you play a round at Domino Park. • Enjoy dinner back in Coral Gables and end the day with a flick at the Coral Gables Art Cinema.
Admissions
Admission into a graduate program at the University of Miami is selective and determined by each individual program. The Office of Graduate Studies facilitates the application process and serves as a liaison between applicants and the admissions committees. Application Components • Online Application • Official Transcripts (and International Evaluations) • Official Test Scores • Recommendation Letters • Personal Statement • Resume / CV Application instructions vary by program and are available online at: biomed.miami.edu/apply
biomed.miami.edu
Human motor neuron neurospheres generated from induced pluripotent stem cells from patients with genetic neuropathies as a method to study axon physiology. Renata Maciel, PhD, Saporta Lab, Neurology