Home›Psychiatry› Systematic review finds simulation-based training equivalent or superior to traditional methods in veterinary education
Systematic review finds simulation-based training equivalent or superior to traditional methods in veterinary educationNew Tools Train Vets to Keep Your Pets Safer
Frontiers in MedicinePublished April 19, 2026Study authors: Anna Suñol, Dafni Sivolapenko, Aitor Fernandez-Novo, Megan MaddenDOI ↗Editorial oversight: Dr. Ji-eun Park, MD · Brain, Mind & Pain
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Key Takeaway
Consider that simulation-based training may offer equivalent or superior short-term learning outcomes in veterinary education, based on systematic review evidence.
This is a systematic review of evidence on physical models and simulation-based training compared to traditional teaching methods in veterinary undergraduate and postgraduate education. The authors synthesized findings on short-term learning outcomes, standardized learning experiences, individual satisfaction, and reduced learner anxiety.
The main synthesized finding is that simulation-based training yields short-term learning outcomes that are equivalent or superior to traditional teaching methods. No pooled effect sizes, absolute numbers, p-values, or confidence intervals are reported in the abstract.
The review notes that key challenges and current limitations of simulation-based training are discussed, but these are not detailed in the abstract. The authors acknowledge that specific certainty assessments are not reported.
Practice relevance is framed as simulation representing a paradigm shift in veterinary education, aligning ethical responsibility with academic excellence and clinical preparedness. However, this is a synthesis of existing evidence and does not establish causation.
When Your Pet Needs Surgery
Veterinary care is vital for our furry family members. Millions of pets need help every year. But training has been hard to improve. Students often learned on live animals. This raised ethical concerns. We want the best for our pets. We want doctors who are ready for anything.
The Surprising Shift in Classrooms
For years, students practiced on cadavers or live animals. It was risky and stressful for everyone. Now, schools use physical models and simulators. These look and feel like real bodies. They allow students to try things without risk. This changes how they learn complex skills.
How Fake Models Help Real Pets
Think of a flight simulator for pilots. They practice landing without crashing a real plane. Vets use similar tools for surgery and exams. They can make mistakes without hurting a pet. This builds confidence before they touch a living animal. It helps them understand anatomy better too. They can repeat procedures until they get it right.
Researchers reviewed programs across the globe. They looked at both student and surgeon training. The study covered anatomy, surgery, and emergency care. It compared new tools to old methods. They tracked results over time to see what worked best. The goal was to see if learning improved.
The Catch Behind the Progress
Students learned faster with these models. They felt less anxious during real procedures. Skills in surgery and diagnostics were stronger. Learning was more consistent across all schools. Short-term results were better than traditional teaching. This doesn’t mean every clinic has these tools yet.
Why Experts Support This Change
Experts say this balances ethics with learning. It protects animals while training doctors. It aligns safety with academic excellence. Everyone wins when training is better. It reduces the need for live testing. This is a win for animal welfare.
What You Should Ask Your Vet
Is this available now? Not everywhere. Some clinics are ahead of others. You should ask about their training background. It shows they value safety. A well-trained vet is a safer choice for your pet. Look for signs of modern training methods.
What Happens Next in Schools
Cost is a big challenge for schools. New models are expensive to buy. Some areas still rely on traditional teaching. Change takes time to spread. Access depends on where you live. Wealthier schools might get them first.
The Future of Veterinary Care
More technology is coming soon. Schools are developing better models every year. Soon, all vets might train this way. Your pet will benefit from safer care. Research continues to improve these tools. We should expect better outcomes for animals.
Study Details
Study typeSystematic review
EvidenceLevel 1
PublishedApr 2026
View Original Abstract ↓
Veterinary education is undergoing a significant transformation, driven by the increasing integration of physical models and simulation-based training into academic curricula. This review highlights the evolving role of these tools in veterinary programs, encompassing both undergraduate and postgraduate levels. The authors describe and categorize the differences between models and simulators and explore their global and temporal adoption. It describes the application across disciplines and their ability to replicate clinical scenarios, surgical procedures, and diagnostic techniques, also differentiating between students targeted (veterinary medicine training vs. veterinary surgeons). It then evaluates evidence for their educational effectiveness across veterinary disciplines, including comparative analyses with traditional teaching methods when available. Across multiple domains, model and simulation-based training demonstrates equivalent or superior short-term learning outcomes, particularly for anatomy, procedural skills, selected surgical techniques, and emergency interventions, while also offering benefits such as standardized learning experiences, individual satisfaction and reduced learner anxiety. The authors delve into the key challenges of physical models and simulation-based training as well as current limitations of these tools, and future perspectives in development and use of new models for teaching. Ultimately, simulation represents a paradigm shift in veterinary education, aligning ethical responsibility with academic excellence and clinical preparedness.
