Overview
Veterinary Science is the study of animal health, disease, and medicine. Veterinary programmes train students to diagnose, treat, and prevent illness in animals — from companion pets and livestock to wildlife and zoo animals. The field also has important public health dimensions, including food safety, zoonotic diseases (diseases that pass between animals and humans), and antimicrobial resistance.
The curriculum covers animal anatomy, physiology, pathology, pharmacology, surgery, and clinical medicine, with extensive practical training in veterinary clinics and farms. Students work with a wide range of species and learn both medical and surgical skills. Most programmes are 5–6 years and include clinical rotations.
Veterinary graduates work in private practice, animal hospitals, government agencies (food safety, disease control), wildlife conservation, pharmaceutical companies, and research institutions.
The Royal Veterinary College (RVC) in London has been ranked the world’s number one veterinary school for multiple consecutive years, with unrivalled clinical facilities including its own referral hospital and working farm. UC Davis School of Veterinary Medicine and Cornell University College of Veterinary Medicine are two of the US’s premier vet schools, with extensive research programmes in companion animal medicine, livestock health, and wildlife conservation. The University of Edinburgh’s Royal (Dick) School of Veterinary Studies is one of the oldest vet schools in the world, renowned for its One Health approach linking animal, human, and environmental health. The University of Melbourne’s Doctor of Veterinary Medicine programme combines research training with hands-on clinical experience. Veterinary schools are among the most selective professional programmes globally, often with acceptance rates lower than medical schools.
Career Outcomes & Salary
What jobs can I get and how much will I earn?
$75,000–$95,000 (US) / £30,000–£38,000 (UK) / S$48,000–S$65,000 (SG) / A$65,000–A$80,000 (AU)
$100,000–$160,000 (US) / £45,000–£75,000 (UK) / S$70,000–S$110,000 (SG) / A$90,000–A$140,000 (AU)
$150,000–$300,000+ (US) / £70,000–£150,000+ (UK) / S$120,000–S$200,000+ (SG) / A$140,000–A$250,000+ (AU)
Very strong with persistent workforce shortages. The American Veterinary Medical Association reports demand consistently exceeding supply, particularly in rural and food animal practice. The UK and Australia face similar shortages. The Bureau of Labor Statistics projects 20% growth for veterinarians through 2031—far above the national average. Corporate consolidation has increased starting salaries in companion animal practice, and specialist veterinarians command premium compensation.
Industry Trends & Outlook
Where is this field heading?
The veterinary profession is undergoing a significant transformation driven by the companion animal boom, rising pet healthcare expectations, and the One Health movement. Global spending on pet care exceeds $300 billion annually, with veterinary services being the fastest-growing segment. Pet owners increasingly expect human-grade medical care for their animals—MRI scans, chemotherapy, joint replacements, and specialist referrals are now routine in companion animal practice. Corporate consolidation is reshaping the industry: groups like Mars Veterinary Health (which owns Banfield, BluePearl, and VCA), IVC Evidensia in Europe, and Greencross in Australia have acquired thousands of independent practices, creating new career structures but also raising concerns about clinical autonomy and work-life balance. The profession faces a critical workforce shortage in many countries, with demand for veterinarians far outstripping supply—particularly in rural, farm animal, and food safety roles.
Technology and AI are beginning to reshape veterinary practice. AI-assisted diagnostic imaging can now detect subtle radiographic abnormalities, screen dermatology cases from smartphone photos, and analyse cytology slides. Telemedicine platforms allow triage consultations and post-operative follow-ups remotely. Wearable health monitors for pets (activity trackers, continuous glucose monitors for diabetic cats) are generating real-time data that informs clinical decisions. In farm animal practice, precision livestock farming uses sensors, cameras, and AI to monitor herd health, detect lameness, and predict disease outbreaks before clinical signs appear. Genomic testing is becoming routine—DNA tests for breed-specific genetic diseases help inform breeding decisions and early intervention. However, the hands-on nature of veterinary work (physical examination, surgery, emergency care) means AI will augment rather than replace veterinarians.
Emerging areas are expanding the profession’s boundaries. One Health—the interdisciplinary approach linking human, animal, and environmental health—has elevated veterinarians’ roles in zoonotic disease surveillance, antimicrobial resistance research, and pandemic preparedness. Wildlife veterinary medicine and conservation medicine are growing fields, with vets working alongside ecologists to manage endangered species, respond to disease outbreaks in wild populations, and address the health impacts of climate change on animal populations. Veterinary specialisation is increasing rapidly: board-certified specialists in oncology, neurology, cardiology, dermatology, and emergency/critical care now mirror the specialist structure of human medicine. Regenerative medicine—stem cell therapy, platelet-rich plasma, and gene therapy for animals—is moving from experimental to clinical use in equine and companion animal practice. For graduates entering the field, the career is more diverse, more technologically sophisticated, and more globally connected than ever before.
AI & This Major
AI is augmenting veterinary practice through diagnostic imaging analysis, telemedicine triage, and precision livestock monitoring, but the hands-on nature of the profession—physical examination, surgery, emergency procedures, and the human-animal bond—makes veterinarians highly resistant to automation. The most significant impact is in radiology (AI-assisted X-ray and ultrasound interpretation), pathology (automated cytology screening), and farm animal health (predictive analytics for herd management). Veterinarians who adopt these tools will work more efficiently, but the core clinical skills remain irreplaceable.
What You'll Learn
Core topics and skills covered in this degree
Is This Right For Me?
Honest self-assessment to help you decide
You'll thrive if...
- ✓You're passionate about animal welfare and fascinated by comparative biology—understanding how different species function, get sick, and heal
- ✓You thrive on variety: veterinary practice can mean vaccinating a puppy in the morning, performing orthopaedic surgery at midday, and calving a cow in the evening
- ✓You want a hands-on clinical career where you diagnose, treat, and operate—not just study animals from a distance
- ✓You're resilient and emotionally mature enough to handle euthanasia decisions, distressed owners, and animals in pain—and still find the work deeply meaningful
- ✓You're drawn to the breadth of the profession: from companion animal medicine to wildlife conservation, from food safety to One Health research
Might not be for you if...
- ●You're uncomfortable with the physical realities of the job—blood, bodily fluids, post-mortems, and the smell of a rumen are part of daily life
- ●You struggle with the emotional weight of euthanasia, treatment-limiting finances, and cases where you cannot save the animal despite your best efforts
- ●You expect high financial returns relative to your training investment—veterinarians earn significantly less than physicians despite similar-length degrees and comparable academic demands
- ●You only want to work with cats and dogs—vet school requires engagement with farm animals, equines, and potentially exotic species regardless of your intended career path
- ●You prefer predictable, structured hours—emergency calls, weekend shifts, and on-call rotas are standard in most veterinary careers
A Day in the Life
What a typical week actually looks like
A typical week in Year 2 begins on Monday morning with a veterinary anatomy lecture on the musculoskeletal system of the horse—the stay apparatus, suspensory ligament, and how equine limb anatomy differs from the dog and cat. After the lecture, you head to the dissection lab for a three-hour practical. Your group of four works on a canine cadaver, identifying the brachial plexus nerves and tracing them to the muscles they innervate. The demonstrator challenges you to locate the recurrent laryngeal nerve and explain why its damage during surgery causes roaring in horses. The formaldehyde smell is intense, but the satisfaction of cleanly identifying each structure makes the painstaking work worthwhile. After lunch, an animal handling practical takes you to the university farm, where you learn to restrain cattle safely in a crush, take a rectal temperature, and assess body condition score. The instructor shows you how to approach a nervous heifer without triggering a flight response—calm, deliberate movements, always aware of your escape route.
Tuesday starts with a veterinary physiology lecture on ruminant digestion—the four-chambered stomach, volatile fatty acid production, and why bloat is a life-threatening emergency. You spend the tutorial session working through clinical cases: a dairy cow with displaced abomasum, a sheep with ruminal acidosis after gorging on grain. The afternoon brings a three-hour parasitology laboratory where you examine faecal samples under the microscope, performing McMaster egg counts to quantify parasite burdens. You learn to identify Haemonchus contortus eggs, Fasciola hepatica eggs, and coccidia oocysts—each with a distinctive morphology that becomes second nature after dozens of slides. Wednesday is split between a pathology lecture on inflammation and tissue repair (comparing healing in different species) and a pharmacology session on antimicrobial drug classes—understanding why certain antibiotics are safe in dogs but toxic in cats, and why aminoglycosides require careful dosing to avoid nephrotoxicity.
Thursday is clinical rotation day, even in pre-clinical years at some schools. You spend the morning in the university’s small animal hospital, observing consultations: a Labrador with a cruciate ligament rupture, a cat presenting with feline lower urinary tract disease, and a rabbit with dental malocclusion. The clinician talks through the diagnostic workup for each case—radiographs, blood panels, urinalysis—and you see how textbook knowledge translates into real decisions. The afternoon is a histology practical where you examine tissue sections under the microscope, identifying liver, kidney, and intestinal pathology. Friday wraps up with a professional studies seminar on veterinary ethics and animal welfare legislation, followed by a self-directed study afternoon. Weekends are for catching up on anatomy flashcards, reviewing lecture recordings, and preparing for the anatomy spotter exam next week—a high-pressure practical exam where you must identify tagged structures on cadavers within seconds.
High School Preparation
What to study and do before university
Skills to Develop
- •Build a strong foundation in comparative anatomy and physiology across species—understand how mammalian, avian, and reptilian body systems differ, going beyond the human-centric focus of school biology
- •Gain hands-on animal handling experience—volunteer at a veterinary clinic, animal shelter, or farm to develop confidence working with animals of different temperaments and sizes
- •Develop observational and clinical reasoning skills: practise reading animal body language, recognising signs of pain or distress, and keeping detailed clinical notes
- •Strengthen your understanding of microbiology and parasitology—learn to identify common pathogens and parasites using microscopy, and understand zoonotic disease transmission
Extracurriculars
- •Complete significant work experience in a veterinary practice—most programmes require a minimum of several weeks across different settings (companion animal, equine, farm, wildlife)
- •Volunteer at an animal shelter, wildlife rehabilitation centre, or farm to demonstrate breadth of animal exposure beyond just cats and dogs
- •Participate in biology or chemistry olympiads, or enter science fairs with animal science or microbiology projects
- •Shadow a veterinarian in a specialist area such as equine surgery, zoo medicine, or livestock production to explore the diversity of the profession
- •Join a Young Farmers’ Club, 4-H programme, or similar agricultural organisation to gain experience with livestock husbandry and farm animal welfare
QS World Ranking 2026
Veterinary Science
| # | University |
|---|---|
| 1 | 🇬🇧Royal Veterinary College , University of London |
| 2 | 🇺🇸University of California, Davis |
| 3 | 🇺🇸Cornell University |
| 4 | 🇨🇦University of Guelph |
| 5 | 🇺🇸Texas A&M University |
How This Compares to Similar Majors
Side-by-side with related fields
Getting In — Admissions Guide
How competitive is this major and how to stand out
Veterinary science is among the most competitive undergraduate programmes in the world, with acceptance rates often lower than medicine. The Royal Veterinary College (RVC) London typically receives 8–10 applications per place. The University of Edinburgh’s Royal (Dick) School of Veterinary Studies, the University of Melbourne’s Doctor of Veterinary Medicine, and Cornell University’s College of Veterinary Medicine are similarly selective. In the UK, A-Level requirements are typically A*AA to AAA with Biology and Chemistry required. IB students typically need 38–40 points with HL Biology and Chemistry at 6–7.
What Strengthens Your Application
- 1Extensive and varied animal work experience—most schools expect a minimum of several weeks in veterinary practice, ideally across companion animal, farm, and equine settings
- 2Strong academic results in Biology and Chemistry, with evidence of going beyond the syllabus (reading veterinary journals, attending lectures, exploring comparative anatomy)
- 3Demonstrated understanding of the realities of the profession—including the physical demands, emotional challenges, euthanasia decisions, and long hours—showing you have reflected honestly on what the career involves
- 4Experience with livestock and farm animals, not just pets—rural practice and food animal work experience is especially valued and sets applicants apart
- 5Evidence of resilience, teamwork, and communication skills through sustained extracurricular commitments (not just one-off shadowing visits)
Common Mistakes to Avoid
- ●Focusing work experience entirely on companion animals (cats and dogs)—admissions panels want to see breadth across species including farm animals, equines, or exotic/wildlife
- ●Writing a personal statement driven by emotion ("I love animals") rather than demonstrating genuine understanding of veterinary science as a rigorous, demanding clinical profession
- ●Underestimating the academic requirements—veterinary school requires the same scientific rigour as medicine, and many applicants are rejected on grades alone
Interview & Admission Tests
Most veterinary schools interview applicants, and the interview is a critical part of the selection process. The RVC and other UK schools use Multiple Mini Interviews (MMIs) that test ethical reasoning, communication skills, animal welfare knowledge, and situational judgement. Expect scenarios such as: a client who cannot afford treatment, a suspected animal abuse case, or a farmer asking you to cut corners on food safety. You should be prepared to discuss your work experience in detail—what you observed, what surprised you, and what you learned about the profession. Demonstrating awareness of current veterinary issues (antimicrobial resistance, mental health in the profession, the One Health concept) shows maturity and genuine engagement.
Related Majors
Frequently Asked Questions
What do you study in Veterinary Science?
Veterinary Science is the study of animal health, disease, and medicine. Veterinary programmes train students to diagnose, treat, and prevent illness in animals — from companion pets and livestock to wildlife and zoo animals. The field also has important public health dimensions, including food safety, zoonotic diseases (diseases that pass between animals an…
What can you do after a Veterinary Science degree?
Typical entry-level roles: Newly Qualified Veterinarian, Associate Veterinarian (Companion Animal), Mixed Practice Veterinarian, Veterinary Intern (Rotating Internship) (starting salary $75,000–$95,000 (US) / £30,000–£38,000 (UK) / S$48,000–S$65,000 (SG) / A$65,000–A$80,000 (AU)). Key industries: Companion Animal Practice (Small Animal), Equine Veterinary Medicine, Farm Animal / Production Animal Practice, Wildlife and Conservation Medicine, Veterinary Pharmaceutical Industry. Very strong with persistent workforce shortages. The American Veterinary Medical Association reports demand consistently exceeding supply, particularly in rural…
Which high-school courses prepare you for Veterinary Science?
Recommended IB courses: HL Biology, HL Chemistry, HL Mathematics: Analysis and Approaches; Recommended AP courses: AP Biology, AP Chemistry, AP Calculus AB or BC; Recommended A-Levels: Biology, Chemistry, Mathematics.
Want to prepare for Veterinary Science?
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