Program Website: http://vetmed.umd.edu Application Process: gradschool.umd.edu/admissions/application-process/step-step-guide-applying
The Avrum Gudelsky Veterinary Center, the University of Maryland home of the VMRCVM, lies in the heart of Maryland’s thriving biotechnology community and is near Maryland’s major university research campuses and government laboratories, including the USDA Beltsville Agriculture Research Center, the National Institutes of Health, and Walter Reed National Military Medical Center. The Center contains 32,000 square feet of research and support laboratories, including animal care facilities. Over 10,000 square-foot research laboratories are fully equipped with state-of-the-art facilities for research on cell biology, molecular biology, microbiology, virology and immunology, including cell culture facilities, ZEISS LSM 800 confocal microscope, fluorescence activated cell sorter, flow cytometer, the Illumina MiSeq System for next-generation sequencing, fluorescence microscopes, Elispot/Fluorospot Reader, and a sophisticated electron microscope suite. Approximately 18,000 square feet of space comprises Biological Safety Level (BSL) 2 and BSL-3+ facilities and ABSL2 and ABSL3 suites for laboratory animals. The poultry unit has 15 rooms, each equipped with 20 poultry isolators to contain any infectious pathogens. The animal facility has a fully equipped necropsy room designed for postmortem analysis.
The Laboratory for Biological Ultrastructure in the Department of Biology is equipped with a transmission and scanning electron microscope, a confocal microscope, ultramicrotomes, and equipment for freeze-fracture studies. The Department of Cell Biology and Molecular Genetics maintains imaging core, genomics core, flow cytometry, and proteomics core. The Fischell Department of Bioengineering maintains the BioWorkshop in A. James Clark Hall at the University of Maryland, which offers access to an array of cutting-edge scientific instruments spanning from biological imaging, cellular and biochemical analysis to biomaterial characterization, and histology. The University of Maryland has the Department of Laboratory Animal Resources (DLAR), a support unit for animal-based research and teaching. Extensive library facilities are available on campus. In addition, the College Park campus is close to the National Agricultural Library (NAL) and the National Library of Medicine (NLM). The Library of Congress and the National Archives, along with several other libraries of biomedical research and academic institutes, are located within a short driving distance.
Computer facilities at the University of Maryland are outstanding. The department provides computer access to all faculty and graduate students. Students are provided with e-mail accounts and free Internet access. The campus maintains both Unix and mainframe systems, and access to supercomputers for specific research projects. Software for graphics, modeling, statistics, and the analysis of molecular data is readily available.
The College Park campus is also ideally situated near a number of federal agencies involved in veterinary medical sciences. Collaborative initiatives are underway with the U.S. Food and Drug Administration’s Centers for Veterinary Medicine (CVM) and Food Safety and Applied Nutrition (CFSAN); U.S. Department of Agriculture’s Animal and Plant Health Inspection Services (APHIS), Food Safety and Inspection Service (FSIS), Agricultural Research Service (ARS), and Beltsville Agriculture Research Service (BARC); National Institutes of Health (NIH); Walter Reed National Military Medical Center; World Bank; and Pan American Health Organization (PAHO). Scientists from some of these agencies have adjunct appointments with the College of Veterinary Medicine and participate on students’ graduate committees.
Last Name | First/Middle Name | Graduate Faculty Status | Academic Credentials | Positions |
---|---|---|---|---|
Belov | George | Full Member | Ph.D., virology, Moscow State University, 2001 | Director, Veterinary Medical Sciences Professor, Veterinary Medical Sciences Associate Professor, Biological Sciences |
Berglund | Alix | Full Member | B.S., Zoology, Washington State University, Pullman, WA 2014, D.V.M. Washington State University, Pullman, WA | Assistant Professor, Veterinary Medical Sciences |
Dickey | Seth Wayne | Full Member | B.S., Michigan State University. Ph.D., Johns Hopkins University School of Medicine | Assistant Professor, Veterinary Medical Sciences |
Ghanem | Mostafa | Full Member | B.S., Alexandria University, 2007; M.V.Sc., Alexandria University, 2010, Ph.D., Ohio State University, 2017 | Assistant Professor, Veterinary Medical Sciences |
Nelson | Daniel | Full Member | B.S. University of California, Irvine, 1993; Ph.D. University of Georgia, Athens, 1999. | Professor, Veterinary Medical Sciences Affiliate Professor, Biological Sciences |
Pal | Utpal | Full Member | B.S./M.S., University of Calcutta, India; Ph.D., University of Calcutta, India. | Professor, Veterinary Medical Sciences Affiliate Professor, Biological Sciences |
Park | Jaekeun | Full Member | D.V.M., Konkuk University - Seoul, South Korea; Ph.D. Konkuk University - Seoul, South Korea | Assistant Professor, Veterinary Medical Sciences |
Riley | Sean | Full Member | B.S. University of Illinois, Champaign-Urbana, 2002; Ph.D. University of Kentucky, 2008. | Assistant Professor, Veterinary Medical Sciences |
Rosenfeld | Amy | Special Member | BS, biological sciences, Emory University, Atlanta, GA, 1994., MS, microbiology, Columbia University, New York, NY, 2001., PhD, microbiology, Columbia University, New York, NY, 2005 | n/a, Veterinary Medical Sciences |
Shi | Meiqing | Full Member | D.V.M., Hunan Agricultural University, China, 1985; M.S., South China Agricultural University, 1988; Ph.D., Justus Liebig University of Giessen, Germany, 2000. | Associate Professor, Veterinary Medical Sciences |
Tablante | Nathaniel L. | Full Member | D.V.M., University of the Philippines, 1976; M.P.V.M., University of California Davis, 1985; M.S., University of Guelph, 1995. | Professor, Veterinary Medical Sciences |
Zhang | Yanjin | Full Member | D.V.M, Shandong Agricultural University, China, 1984; M.S., China Institute of Veterinary Drug Control,1989; Ph.D., Iowa State University, IA, 1998. | Director, Veterinary Medical Sciences Associate Professor, Veterinary Medical Sciences Affiliate Associate Professor, Biological Sciences |
Zhu | Xiaoping | Full Member | D.V.M., Ningxia University, China, 1984; M.S., China Agricultural University, 1987; Ph.D., University of Wisconsin-Madison, 1997. | Associate Dean, Veterinary Medical Sciences Chair, Veterinary Medical Sciences Professor, Veterinary Medical Sciences Affiliate Professor, Biological Sciences |
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Have you ever wondered why your cat sneezes? Do you want to understand what is in the vaccine that your dog gets yearly? When you’ve heard news stories about advances in food science that involve animals, do you try to figure out what those actually are, and if they’re safe? If you have an interest in the health and welfare of animals, then a future in animal science may be right for you. Several advanced degree options can lead to exciting and fulfilling careers.
The Doctor of Veterinary Medicine degree prepares you for clinical practice, working directly with clients and their animals. Upon completion of your undergraduate degree, the DVM typically takes an additional four years. The first three years focus on coursework, laboratory skills and observations in preparation for the fourth year in which you will learn hands-on in a clinical setting. You will learn about a wide variety of scientific disciplines from a veterinary perspective and will also usually have the opportunity to choose from a number of sub-specialties, including surgery, nutrition and dentistry.
A Ph.D. in veterinary science is a research-based degree, which will train and prepare you for a broad range of career choices in a variety of industries involved in animal sciences. The types of organisms you may study will depend on the specific school or program you choose. Opportunities for study include fields such as animal nutrition, agriculture, disease control, pathology, health, wildlife conservation efforts, food safety and animal behavior. The Ph.D. in veterinary science does not allow you to work with any animals in a clinical setting; rather, your research could potentially be used by veterinarians in their own practices.
A DVM or Ph.D. in veterinary science can open doors to work experiences that you may have never considered. Some of these include employment with the United States Department of Agriculture, the Centers for Disease Control and Prevention, nonprofit organizations such as animal rescues and shelters, the military and pharmaceutical or biotechnology industries. Many people who choose a career option outside of academia with their Ph.D. or outside of private practice with their DVM will often return to academic research or teaching later on in their career to share their experiences with new students. Many career options are very similar with both degrees; the main difference is the lack of ability to practice clinical veterinary medicine with a Ph.D.
If you have an interest in animal science from both the research and clinical perspective, pursuing a dual-degree program may be right for you. These programs are extremely competitive and rigorous, only accepting a handful of applicants each academic year. The training provided will allow you to earn both the DVM and Ph.D. degrees, which can set you on a path to conduct excellent research into animal welfare that you can apply directly in your own animal practice. This is known as translational research and is one of the fastest-growing fields in the biological sciences.
Dr. Holzman earned a Ph.D. in Biochemistry from Emory University, and taught introductory biology there for 10 years. She also holds a teaching license in high school biology, and has extensive experience with curriculum development and implementation in both college and high school classes.
Routine and emergency care.
Companion Animal Hospital in Ithaca, NY for cats, dogs, exotics, and wildlife
Equine and Nemo Farm Animal Hospitals in Ithaca, NY for horses and farm animals
Cornell Ruffian Equine Specialists, on Long Island for every horse
Ambulatory and Production Medicine for service on farms within 30 miles of Ithaca, NY
Animal Health Diagnostic Center New York State Veterinary Diagnostic Laboratory
Cornell University College of Veterinary Medicine Ithaca, New York 14853-6401
Mtsp faculty.
| Carolyn Adler, Molecular Medicine | The Adler lab investigates stem cell biology in the context of regeneration and responses to radiation stress. We study the abundant stem cells that drive limitless regeneration in planarian flatworms. We use molecular, transcriptomic, and imaging approaches to evaluate stem cell behaviors. |
| Hector Aguilar-Carreno, Microbiology & Immunology | Entry, egress, and interactions of enveloped viruses with host cells, with emphasis on emerging paramyxoviruses, vaccine and antiviral strategies |
Avery August, Microbiology & Immunology | Immunity/host; regulation of T-cell activation, development and function; T-cell differentiation; mast cell function and eosinophil function | |
Parminder Basran, Clinical Sciences | My lab has 3 main areas of focus in Veterinary Medicine: Radiation Dosimetry and Treatment Planning; Medical Image Processing and Analysis; and Medical Physics Training and Education. I have keen interests in machine learning methods in radiation oncology, radiomics, and stereotactic ablative radiation therapies and hypo-fractionation. | |
Ilana Brito, Biomedical Engineering | Pioneering experimental and computational methods to explore host-microbiome interactions as it pertains to autoimmune disease and cancer, specifically with respect to direct protein-mediated interactions; Probing host-microbiome systems to understand the triggers of horizontal gene transfer and antibiotic resistance. | |
Jonathan Butcher, Biomedical Engineering | Mechanobiology of development; developmental signaling reactivation in adult cardiovascular diseases; tissue engineering and regeneration | |
Casey Cazer, Clinical Sciences | My research interests are broadly in the epidemiology of zoonotic diseases, evidence-based medicine, and One-Health. Recently, I have been developing methods to improve antimicrobial resistance surveillance and track multidrug resistance. I use classical statistical methods, mathematical modeling, and machine learning to answer research questions. | |
Marta Castelhano, Clinical Sciences | Biospecimen science and quality impact on biomedical research. Mapping the genes that cause or contribute to inherited diseases and traits in domestic animals. | |
Richard Cerione, Molecular Medicine | Signal transduction growth factor receptors; protein structure; drug design and chemical biology; signaling cues that direct cell proliferation, differentiation and development | |
| Jonathan Cheetham, Clinical Sciences | Peripheral nerve repair. Specifically, understanding the relationship between the immune response to nerve injury and recovery and modulating the immune response to improve functional outcome after injury. Restoring laryngeal function using regenerative medicine techniques combined with reinnervation. |
Susan Daniel, Chemical and Biomolecular Engineering | Dr. Daniel leads a research group of biomolecular engineers working to understand cell membrane functions and the biological processes that happen within them. Her group pioneered the use of “cell-free” biomembrane platforms for re-creating cellular processes on chip. Much of the work they do has impact in human health or advancing biotechnologies for the good of humankind. | |
Charles Danko, Biomedical Sciences | Medical genetics and genomics and cancer biology research. How do cells read and interpret DNA to regulate life? Understanding how evolution determines human and animal differences and how cancer cells use genes differently. | |
Iwijn De Vlaminck, Biomedical Engineering | The mission of the De Vlaminck lab is to develop precision medicine technologies, including liquid biopsy and spatial transcriptomics technologies, to study and diagnose infectious, immune and microbiome-associated disease. Our research brings approaches from engineering, biophysics, and computational biology to genomics and medicine. | |
Michelle Delco, Clinical Sciences | Dr. Delco's research aims to understand how joint injury leads to arthritis in horses and humans. Specifically, she is investigating mitochondria, the energy-producing centers of the cell, as a link between cartilage trauma and osteoarthritis. The goal of her research is to develop new strategies to improve healing and prevent irreversigle joint disease and chronic pain in equine and human athlete who suffer orthopedic injuries. | |
Matthew DeLisa, Chemical and Biomolecular Engineering | The DeLisa laboratory is working to address this need by bridging fundamental biological and chemical concepts with new tools for interrogating and manipulating biological machinery directly in living cells. A major goal of the DeLisa group is to engineer the protein machinery of simple bacteria for solving complex problems in biology and medicine. They focus on the molecular machines of protein biosynthesis as both a target for understanding and reprogramming cellular function and as a toolbox for the creation of therapeutically and industrially relevant molecules. | |
Diego Diel, Population Medicine and Diagnostic Sciences | Dr. Diel’s research focuses on the molecular mechanisms underlying virus-host interactions, more specifically on the mechanisms underlying viral immune evasion that contribute to virus virulence and disease pathogenesis. His lab focuses on emerging viral diseases of animal and human health relevance and involves studies on disease pathogenesis, infection immunity, and the mechanisms underlying virus host range, and species susceptibility to infection. His goal in studying virus-host interactions is to translate the basic knowledge generated with this research into improved vaccines and/or vaccine vectors for disease prevention and control. | |
| Anushka Dongre, Biomedical Sciences | Epithelial-Mesenchymal Transition as a driver of resistance to anti-tumor immunity |
Julia Finkelstein, Nutritional Science | To elucidate the role of iron, vitamin B12, and folate in the etiology of anemia and adverse pregnancy outcomes, and inform the development of interventions to improve the health of mothers and young children | |
Kathryn Fiorella, Public and Ecosystem Health | Planetary Health/One Health, fisheries, livelihoods, HIV/AIDS, nutrition, environmental change | |
Deborah Fowell, Microbiology & Immunology | Spatiotemporal regulation of T cell immunity at tissues sites of infection and inflammation. | |
Laura Goodman, Public & Ecosystem Heatlh | Population and clinical studies; Pathogen discovery and surveillance, with focus areas on tick-borne disease and antimicrobial resistance; exploring the underlying mechanisms of infectious disease emergence and identifying biomarkers to detect and prevent emerging threats to humans and animals | |
Fenghua Hu, Molecular Biology & Genetics | The Hu lab is interested in investigating molecular and cellular mechanisms of neurodegeneration, particularly how the misregulation of lysosomal activities affects the function of neurons and glial cells in frontotemporal dementia, amyotrophic lateral sclerosis, and Alzheimer’s disease. We hope that our studies will not only enhance our understanding of how our brain functions, but also provide insight into developing novel therapeutics to treat neurodegenerative diseases. | |
Kelly Hume, Clinical Sciences | I am a veterinary medical oncologist with a special interest in molecular oncology and a long-term career goal of establishing an independent research program in cancer genetics. My research has focused on determining roles for the essential DNA damage checkpoint protein Hus1 in tumor suppression and physiological DNA damage responses. I have also worked collaboratively with the Webb Laboratory in the School of Applied and Engineering Physics to develop multiphoton microscopy as a diagnostic tool for lung cancer. Ultimately, I want to determine how the genetics of a given tumor can be used to best manipulate therapeutic combinations. | |
Renata Ivanek, Population Medicine and Diagnostic Sciences | Epidemiology and ecology of infectious and foodborne diseases; mathematical modeling; spatial epidemiology; risk assessment; public health | |
Toshi Kawate, Molecular Medicine | Extracellular signaling plays a central role in cell-to-cell communication for all multicellular organisms, orchestrating various life processes from body formation to brain function. This diverse and important signaling is exquisitely controlled by a variety of membrane proteins. We investigate how these dynamic and fine-tuned proteins are built, how they release/receive signals, and how they integrate and convey these signals across the cell membrane. | |
Natasza Kurpios, Molecular Medicine | Keeping your organs in shape: Transcriptional and cellular control of tissue morphogenesis. Organ shape acquisition requires intricate coordination of the morphogenetic repertoire during which tissues are bent, pulled, and moved. One striking example is the formation of the digestive system where complex looping and bending events shape the gut tube as it elongates. Our laboratory takes advantage of the chicken embryo as a classical embryological model to understand the molecular and cellular events that direct the formation of tissues and organs during vertebrate embryogenesis. Specifically, we seek to learn how information received from cell signaling is integrated to ultimately determine distinct cellular behaviors and cell shape during development. | |
Siu Sylvia Lee, Molecular Biology & Genetics | Molecular genetic and genomic dissections of aging and age-dependent degenerations; roles of major transcriptional and chromatin regulators; germline stem cells; and mitochondrial signaling in longevity and neurodegeneration of Caenorhabditis elegans | |
Cynthia Leifer, Microbiology & Immunology | The Leifer lab studies innate immune responses and novel immunotherapies. We have projects to investigate innate immune receptor signaling in host defense and autoimmunity as well as projects on developing chimeric antigen receptors for feline diseases. For more information go to our website leiferlab.com | |
Sabine Mann, Population Medicine and Diagnostic Sciences | The research focus of the Mann lab is on the intersection of metabolism, nutrition, and immunology, particularly in relation to disease epidemiology and nutritional strategies and interventions to improve host resilience in newborn calves and postpartum cows. The lab applies a breadth of methods from bench top work to field trials. | |
Jessica McArt, Population Medicine and Diagnostic Sciences | The McArt Dairy Cow Lab focuses on the identification, epidemiology, and economics of periparturient diseases in dairy cows. As such, we investigate potential on-farm methods, such as Fourier-transform infrared spectroscopy, that estimate energy-related metabolites, macromineral concentrations, and important biological markers to improve detection and treatment of early lactation disorders. Understanding the epidemiology of physiological dynamics during this early lactation period is an important antecedent in determining management factors and preventative measures that improve the welfare and success of high-functioning dairy cows. | |
Heidi Reesink, Clinical Sciences | Our lab investigates the pathophysiology and treatment of musculoskeletal disease, leveraging spontaneous veterinary disease models—such as dogs and horses—to study cruciate ligament injury, osteoarthritis, and other inflammatory and degenerative joint conditions in animals and humans. We seek to advance ‘One Health’ therapeutic design and interventional strategies aimed at restoring cartilage health, improving comfort, and prolonging joint longevity and patient mobility. | |
Brian Rudd, Microbiology & Immunology | Towards a better understanding of the development and function of the adaptive immune system | |
David Russell, Microbiology & Immunology | Dr. Russell’s laboratory’s research focuses on the interplay between the macrophage and the intracellular pathogens (Mtb) and Human Immunodeficiency Virus (HIV). | |
Praveen Sethupathy, Biomedical Sciences | Functional genomics; gene regulation; molecular genetics; gastrointestinal physiology; stem cell biology; metabolic disease | |
Carolyn Sevier, Molecular Medicine | Research in the Sevier lab focuses on characterization of the signaling pathways that sense and respond to cellular redox imbalances to alleviate oxidative stress. Specifically, research efforts focus on how the cell maintains a redox environment in the endoplasmic reticulum (ER) lumen appropriate for oxidative protein folding. We study the molecular mechanisms regulating cellular oxidative folding and stress pathways using a combination of molecular, genetic, and biochemical techniques. Normal cell function relies on an ability of the ER to efficiently fold proteins | |
Gerlinde Van de Walle, Microbiology & Immunology | The objective of Dr. Gerlinde Van de Walle’s research is to open up new avenues towards therapeutic intervention by better understanding the pathogenesis of diseases important to veterinary and human medicine. To this end, our lab uses various model systems, including 2D cell cultures, 3D explant and organoid models, and rodent and large animal models. | |
Brian VanderVen, Microbiology & Immunology | causes human tuberculosis and is responsible for approximately one-million deaths each year. Partly why is such a successful pathogen is that this bacterium can survive inside macrophages, an immune cell that kills most other bacteria. Additionally, infections typically persist in human beings for decades in the face of a functional immune response. | |
Robert Weiss, Biomedical Sciences | Molecular mechanisms for the maintenance of genomic stability; cellular responses to DNA damage; mouse models of human cancer | |
Andrew White, Biomedical Sciences | Our lab 1) studies cancer biology with the aim to prevent or delay the onset of targeted therapy resistance in melanoma using synergistic immunotherapies, 2) seeks to improve the outcomes of phototherapy for vitiligo patients using regenerative medicine approaches with melanocyte stem cells, and 3) understand the early stages of melanoma initiation in order to devise novel prevention strategies. | |
Gary Whittaker, Microbiology & Immunology | Dr. Gary Whittaker is a cell biologist and virologist studying viral entry and pathogenesis with a focus on human and animal coronaviruses (SARS-CoV, MERS-CoV, feline coronaviruses including FIP). The lab specializes in proteolytic cleavage activation as well as viral genomics and evolution. In addition to basic research, the lab is involved in clinical studies, novel vaccine design, and diagnostic test development. | |
Martin Wiedmann, Food Science | My group focuses on the ecology, evolution, pathogenesis, and transmission of zoonotic and foodborne pathogens with a particular interest in , as well as antimicrobial resistant pathogens in general. I also have a specific research interest in niche adaptation and evolution of host specificity of bacterial pathogens and application of whole genome sequencing (WGS) to study the transmission, evolution, ecology and epidemiology of different zoonotic and foodborne pathogens. \A common connecting theme of our research efforts is the development of an improved understanding of zoonotic and foodborne pathogen transmission and application of this knowledge to reduce disease transmission. | |
Mariana Wolfner, Molecular Biology & Genetics | Genetic, molecular, developmental, and evolutionary studies of seminal proteins' functions in fertility, and of mechanisms of egg activation and initiation of embryogenesis; investigate conserved phenomena in reproductive biology, using primarily the Drosophila model system |
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Department of animal, veterinary & food sciences.
University of Idaho
Physical Address: E. J. Iddings Agricultural Science Laboratory, Rm 213 606 S Rayburn St
Mailing Address: 875 Perimeter Drive MS 2330 Moscow, ID 83844-2330
Phone: 208-885-6345
Fax: 208-885-6420
Email: [email protected]
Web: uidaho.edu/cals/avfs
Career information is not specific to degree level. Some career options may require an advanced degree.
in ID, WA, OR, MT and HI
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Employment trends and projected job growth in ID, WA, OR, MT & HI
*Job data is collected from national, state and private sources. For more information, visit EMSI's data sources page .
To prepare for courses required to earn a degree in food science, we recommend you:
Find a wealth of knowledge to help you succeed – from taking care of preliminary items associated with starting your graduate studies at the University of Idaho to finishing your degree.
Follow the detailed graduate admission requirements before filling out your application to the College of Graduate Studies .
To find out about deadlines and eligibility requirements, please visit the University of Idaho Financial Aid office .
Over 400 scholarships are offered exclusively to College of Agricultural and Life Sciences (CALS) students based on GPA and other qualifications.
You can find general need- and merit-based scholarships on the Financial Aid office's scholarships page .
A doctorate gives graduates the professional and leadership skills to succeed in food and allied industries, government or academia. Students interact with faculty at both the University of Idaho and Washington State University, allowing for a more diverse education and access to research facilities at both institutions.
Your program of study will be individualized based on your research interests, academic experience and collaboration with your major advisor. You will conduct innovative and high-quality research to solve emerging problems in food science. Our faculty are exploring issues like E. coli, dairy chemistry and processing, food safety and processing, bacterial pathogens, mycotoxins, microbiology and bioactive packaging.
Learn about their careers
Premedical Program
Prepare for medical, dental, veterinary, or physician assistant (PA) school through the postbaccalaureate Premedical Program at Harvard Extension School.
In the Premedical Program, you’ll take challenging core science courses, many of which are taught by Harvard University faculty. And you’ll have the opportunity to enroll in clinically relevant electives.
Through either the premedical or pre-physician assistant (physician associate) track , you’ll develop the knowledge and skills necessary to succeed in professional school and demonstrate your competency to admissions committees.
Individualized curriculum to help you become a competitive applicant
Personalized advising on course selection, the application process, & sponsorship
Harvard faculty from such schools as the Medical School & School of Dental Medicine
Flexible course schedules for the part-time student
Clinical & research opportunities
Engaged peer community & Harvard alumni network
The Premedical Program offers two tracks:
Track | Prepares you for application to: | Course format: |
---|---|---|
On campus: | ||
Physician assistant (associate) program |
We’ll work with you to create a customized course curriculum to meet your academic needs based on:
Most students take a mix of core courses and electives in biology, general chemistry, organic chemistry, physics, and math.
Learn more about the Premedical Program from our program administrators and a current student in our recorded information session .
Our faculty come from across Harvard University, including Harvard Medical School, Harvard School of Dental Medicine, and the TH Chan School of Public Health.
Director, Premedical Program, Harvard Extension School
Lecturer on Chemistry and Chemical Biology and Director of Instructional Laboratory Programs, Harvard University
Clinical Simulation Faculty, MEDscience Simulation Lab, Harvard Medical School
Graduates of the Premedical Program have been accepted into—and graduated from—top medical and dental schools across the United States, including Brown University, Emory University, Johns Hopkins, and Weill Cornell Medical College.
As a student, you'll engage with peers and faculty regularly in class and weekly gatherings. After you complete the program, you’ll join the global network of the Harvard Alumni Association.
Learn more about our students in the Premedical Program Fast Facts sheet .
Check out the full list of program benefits .
Average age
Average # of years between undergrad degree earned and program admission
Have healthcare work experience
Average # of years to program completion
The weekly clinician chats are excellent opportunities to connect with physicians in the Boston area and gain exposure to the various paths in medicine one can take.
The total cost of the program will depend on how many courses (credits) you need to complete the requirements of your chosen programs and schools.
Students in the postbaccalaureate Premedical Program are chosen through a selective application process. The application process is the same for all students interested in pursuing medical school, physician assistant school, dental school, and veterinary school.
You are eligible to apply if you meet the following criteria:
Applications for the Premedical Program are accepted between January 10 and April 10.
The Division of Continuing Education (DCE) at Harvard University is dedicated to bringing rigorous academics and innovative teaching capabilities to those seeking to improve their lives through education. We make Harvard education accessible to lifelong learners from high school to retirement.
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Child Sexual Assault Material
William Dean Decker , 65, of Gillette, Wyoming, was sentenced to 35 years in federal prison for production of child pornography and possession of child pornography. According to court documents, on and before Dec. 15, 2023, the Wyoming Division of Investigation (DCI) Internet Crimes Against Children (ICAC) task force received six Cybertips from the National Center for Missing and Exploited Children. Investigators learned that a minor child, known to Decker, was involved in the production and they moved quickly to stop the abuse. A search warrant uncovered hundreds of images and video files of Decker sexually abusing the child in his residence. Decker pleaded guilty on Mar. 8 and Chief U.S. District Court Judge Scott W. Skavdahl imposed the sentence on May 31. This crime was investigated by DCI’s ICAC task force and the case was prosecuted by Assistant U.S. Attorney Z. Seth Griswold.
Firearm Offenses
Taylor Jay Whiting, 33, of Lusk, Wyoming, was sentenced to 46 months in federal prison for being a felon in possession of a firearm. According to court documents, on Oct. 22, 2023, Lusk Police Department located Whiting, who had a warrant for his arrest, walking down the street and instructed him to put his hands up and turn around. As officers approached him, Whiting told them he had a gun in his hoodie pocket. Officers located a Ruger .380 handgun in Whiting’s sweatshirt. Whiting is a previously convicted felon and not allowed to possess a firearm. He pleaded guilty to the charge on Mar. 8, and Chief U.S. District Court Judge Scott W. Skavdahl imposed the sentence on May 31. This crime was investigated by the Lusk Police Department and the FBI. The case was prosecuted by Assistant U.S. Attorney Paige Hammer.
Drug Trafficking
Amanda Lynn Piercy , 37, of Cheyenne, Wyoming, was sentenced to 40 months and 21 days in federal prison for conspiracy to distribute fentanyl. According to court documents, on Sep. 8, 2023, Cheyenne Police Department officers were dispatched to a Cheyenne residence because of an unconscious person. Officers learned Piercy had overdosed on fentanyl in the basement of the residence. When she was revived, officers removed 7 fentanyl pills from her pants pocket. During a search of the property, officers found additional drugs and a handgun. Piercy pleaded guilty to the charges on Feb. 20 and Senior U.S. District Court Judge Nancy D. Freudenthal imposed the sentence on May 22. The crime was investigated by the Cheyenne Police Department and the Drug Enforcement Administration. The case was prosecuted by Assistant U.S. Attorney T.J. Forwood.
Sandra Munoz, 40, of Cheyenne, Wyoming, was sentenced to 42 months’ imprisonment for conspiracy to possess with intent to distribute fentanyl and methamphetamine. According to court documents, on Oct. 8, 2023, a Cheyenne Police Department officer attempted to stop Munoz for speeding and having a cracked windshield. She fled, but after a short pursuit, she crashed, and the officer detained her and three other passengers. During a search of the vehicle, the officer found approximately 2,000 fentanyl pills and 173 grams of methamphetamine. Piercy pleaded guilty to the charges on Feb. 20 and Senior U.S. District Judge Nancy D. Freudenthal imposed the sentence on May 22. The crime was investigated by the Cheyenne Police Department and the Drug Enforcement Administration. The case was prosecuted by Assistant U.S. Attorney T.J. Forwood.
Illegal Re-entry of a Previously Deported Alien Carlos Marcelo Lopez-Hernandez, 34, of Guatemala, was sentenced to time served for illegal re-entry into the United States of a previously deported alien. According to court documents, a Wyoming Highway Patrol trooper arrested Lopez-Hernandez on Jan. 31 for driving with no license and no identification. During the booking process, Lopez-Hernandez’s fingerprints were matched with a profile in the U.S. Immigration and Customs Enforcement’s (ICE) database. ICE verified that Lopez-Hernandez had previously been deported and was in the United States illegally. This case was investigated by ICE and prosecuted by Assistant U.S. Attorney Cameron J. Cook. Chief U.S. District Court Judge Scott W. Skavdahl imposed the sentence on May 24.
Gonzalo Parra-Munoz , 31, of Chihuahua, Mexico, was sentenced to 6 months’ imprisonment for illegal re-entry into the United States of a previously deported alien. According to court documents, On Jan. 27, Parra-Munoz was arrested by the Converse County Sheriff’s Department (CCSD) for possession of stolen property/motor vehicle, unlawful acts, and driving under the influence. U.S. Immigration and Customs Enforcement (ICE) verified that Parra-Lopez had previously been deported and was in the United States illegally. This crime was investigated by CCSD and ICE. The case was prosecuted by Assistant U.S. Attorney Cameron J. Cook. Chief U.S. District Court Judge Scott W. Skavdahl imposed the sentence on May 31.
Contact: Lori Hogan (Contractor) Public Information Officer Office: 307-772-2124 Email: [email protected] Twitter: @usaowy
Traquevis Dewayne Hardy , age 46, of Denver, Colorado, was sentenced to 168 months in federal prison for conspiracy to distribute fentanyl in Wyoming.
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The Veterinary Sciences graduate program provides high-quality research training to help graduates discover and improve ways to benefit the health and well being of companion and food animals and wildlife. The PhD program prepares independent basic and applied scientists for successful careers in academia, industry, or government. The MS ...
The PhD program in Veterinary Medical Sciences produces new graduates who join the research workforce in academia, government or the private sector in the United States or Abroad. Our PhD students are from the United States, Latin America and the Caribbean, Asia and Africa. The PhD program requires a minimum of 90 credits in coursework…
Veterinary Medicine is the study of preventing, diagnosing, and treating illnesses that affect domestic and wild animals. It also focuses on human health by avoiding the transmission of animal diseases — especially from pets and food-producing animals — to people. Veterinary Medicine or Veterinary Science allows students to choose from ...
The purpose of the Animal and Veterinary Sciences (AVS) graduate program is to provide a high-quality education for graduate students with diverse goals, and to develop, through research, the knowledge and technology necessary to continually improve productivity, efficiency, and sustainability of animal agriculture. Specialization & Research ...
The VMD-PhD Program at the University of Pennsylvania School of Veterinary Medicine, established in 1969, aims to train exceptional veterinarian-scientists for groundbreaking contributions to science and medicine. The program has expanded significantly in the last decade through our commitment to his mindset.
Graduate Programs The School of Veterinary Medicine offers a rich educational environment for students pursing advanced professional or graduate education leading to the M.S., MPVM, Ph.D., or dual DVM/Ph.D. degrees. Our faculty collectively bring a breadth of expertise and experience to train our veterinary students, veterinary scientists and academic scholars in the clinical and research ...
Our Graduate Program. The School of Veterinary Medicine offers advanced studies in Biomedical and Veterinary Medical Sciences leading to an MS or PhD degree (Graduate Academic Programs) and specialized advanced professional training in one or more clinical specialties of veterinary medicine (Graduate Professional Programs).
Possible PhD graduate programs within the CVM or outside of the CVM that may be compatible with the dual DVM-PhD degree program are: computer science, statistics, biological sciences, cellular biology, toxicology, psychology, pharmacology, genetics, biochemistry, ecology, chemistry, microbiology, nutrition, policy, engineering and others.
PhD - Veterinary and Biomedical Science (PhD-VBMS) Concentrations in the following areas: All PhD programs require 60 hours beyond the MS degree or 90 hours beyond the B.S. degree. Students with a MS are required to take at least 20 hours of research, 3 seminar courses, and two statistics courses.
Veterinary Medicine. 58,366 USD / year. 4 years. This Veterinary Medicine DVM program from Long Island University (LIU) pre-clinical portion encompasses Years 1-3 and the clinical program consists of one academic year of a series of clerkships (rotations) each 2-4 weeks in length. Ph. D. / Full-time / On Campus.
The Comparative Biomedical Sciences Graduate Program offers a unique approach to advanced training of professional and graduate students leading to MS and PhD degrees in preparation for careers in biomedical, clinical and field-based epidemiological research. A significant need exists at the national and international levels for skilled ...
Applicants to the program must submit an online application and meet all application requirements by February 1. Admission of Ph.D. students requires that students are 'matched' to an appropriate faculty member with the funding necessary to provide a stipend to the student and the resources to support a PhD Dissertation project.
Combined DVM/PhD Degree. Become a clinician scientist forging new breakthroughs in veterinary research. The goal of the Combined DVM/PhD Program is to address the critical need for veterinary researchers and academic clinicians. The Program is a multi-disciplinary, multi-College program that will provide the clinical and research training and ...
The PhD in Biomedical Sciences - Veterinary Clinical and Translational Sciences offers advanced studies in biomedical science and applied medical research. Our program promotes high standards of scholarly creativity, proficiency in a clinical discipline and professional service, experience in teaching, and independent and critical research. Graduates from our program are highly competitive for ...
The graduate program in Veterinary Clinical and Translational Sciences at Washington State University is a plan of study leading to a doctoral degree, and preparing the resident for certification in his/her area of clinical assignment. Ph.D. / Full-time / On Campus. Washington State University Pullman, Washington, United States. Ranked top 2%.
Graduate Degree Program College: Agriculture and Natural Resources. Abstract. The Department of Veterinary Medicine is under the College of Agriculture and Natural Resources (AGNR) at the University of Maryland and is home to the Comparative Biomedical Sciences (CBSC) Graduate Program (code: VMSC). The Department of Veterinary Medicine is the Maryland Campus of the Virginia-Maryland College of ...
The Combined DVM/PhD Pathway integrates the veterinary and graduate curricula. It allows you to complete both degrees in less time than it would to do them independently. The program enables you to bring a basic science approach to the veterinary training, and leads to careers in academia, industry, and government service.
A Ph.D. in veterinary science is a research-based degree, which will train and prepare you for a broad range of career choices in a variety of industries involved in animal sciences. The types of organisms you may study will depend on the specific school or program you choose. Opportunities for study include fields such as animal nutrition ...
The mission of the De Vlaminck lab is to develop precision medicine technologies, including liquid biopsy and spatial transcriptomics technologies, to study and diagnose infectious, immune and microbiome-associated disease. Our research brings approaches from engineering, biophysics, and computational biology to genomics and medicine.
Doctoral Programs. PhD or Doctor of Science degrees are conferred by the Dissertation Committee further to the results of the public thesis defence. 30 Dissertation Committees on PhD and doctoral thesis defence work at RUDN University. These committees have ensured senior scholars' training on 16 fields of study and 64 scientific specialities ...
Fast Facts. Earn a doctorate degree in Food Science at the University of Idaho's College of Agriculture and Life Sciences. In this program, you will delve into the microbiology and chemistry of food products, study the science of sensory evaluation, and design and conduct experiments that test product quality under various processing conditions ...
In the Premedical Program, you'll take challenging core science courses, many of which are taught by Harvard University faculty. And you'll have the opportunity to enroll in clinically relevant electives. Through either the premedical or pre-physician assistant (physician associate) track, you'll develop the knowledge and skills necessary ...
Explore the doctoral programs offered by Lomonosov Moscow State University, the oldest and most prestigious university in Russia and the world. Learn from the leading experts and researchers in various fields and disciplines.
The GRE General Test is an objective assessment of skills that are critical for success in thousands of graduate, business and law programs worldwide.
The M.S. degree in Computer Science is intended as a terminal professional degree and does not lead to the Ph.D. degree. Most students planning to obtain the Ph.D. degree should apply directly for admission to the Ph.D. program. Some students, however, may wish to complete the master's program before deciding whether to pursue the Ph.D. To give such students a greater opportunity to become ...
The Health Professions Scholarship Program (HPSP) is one of the most comprehensive scholarships available in health care, covering your full tuition for an advanced medical degree. It covers the following fields: Medical (including Osteopathy) Dental. Veterinary. Nursing.
Whiting is a previously convicted felon and not allowed to possess a firearm. He pleaded guilty to the charge on Mar. 8, and Chief U.S. District Court Judge Scott W. Skavdahl imposed the sentence on May 31. This crime was investigated by the Lusk Police Department and the FBI. The case was prosecuted by Assistant U.S. Attorney Paige Hammer.