Table of Content
What is bioveterinary science?
Why study bioveterinary science?
Core areas of study in bioveterinary science
Key skills you gain from a bioveterinary science degree
Diverse career paths in bioveterinary science
Industry opportunities in bioveterinary science
Can a bioveterinary science degree lead to veterinary school?
Introduction
Not every science degree fits neatly into a box, and that’s part of the appeal here. A bioveterinary science degree brings together biology, animal health and biomedical research. For students who are passionate about animals but want to explore areas beyond traditional veterinary pathways, that connection is exactly the point.
Whether you're drawn to disease research, pharmaceutical development or wildlife conservation, a bioveterinary science degree gives you the scientific foundation to follow a career that genuinely matters. Canada's animal health sector is growing fast and the demand for graduates with both laboratory skills and animal science knowledge has never been stronger.
At the University of Niagara Falls Canada, the Honours Bachelor of Science in Bioveterinary Science is built for exactly this kind of student - someone who wants depth, flexibility, and real career optionality from day one.
What is bioveterinary science?
Bioveterinary science is the study of animal health, disease and biology through a scientific and research-focused lens. It draws from veterinary medicine, molecular biology, microbiology, immunology and pathology to build a broad but thorough understanding of how animals function and what goes wrong when they don't.
Unlike a veterinary medicine degree, which focuses primarily on clinical training, bioveterinary science offers a broader foundation in animal health, biology and biomedical sciences. It can prepare students for progression into veterinary medicine programmes such as a Doctor of Veterinary Medicine (DVM) while also opening pathways into research, public health, diagnostics, animal welfare and a wide range of careers across the animal and life sciences sectors. It's the science behind veterinary medicine; the knowledge base that drives new vaccines, treatments and animal welfare policy.
Bioveterinary science connects animal biology, veterinary science, and research in a way that opens doors across multiple sectors, from pharmaceutical companies to government agencies to academic institutions.
Why study bioveterinary science?
Growing demand for animal health professionals
Canada is experiencing a documented shortage of veterinary professionals. According to the Canadian Veterinary Medical Association (CVMA), veterinarians are expected to face labour shortage conditions nationally through 2031, with approximately 5,000 job openings projected against insufficient numbers of qualified candidates. Meanwhile, Canada's animal health market reached $808.5 million in 2025, with projected growth to over $1.1 billion by 2033.
Graduates with a strong basis in animal health science, including those from bioveterinary science programs, are well positioned to fill that gap in veterinary medicine, research, diagnostics and paraveterinary roles.
Opportunities in research and innovation
Animal health research is an active and well-funded field. From developing new vaccines to studying infectious disease transmission, bioveterinary scientists contribute to work that shapes both veterinary practice and public health policy. Roles in contract research organizations (CROs), biotechnology firms and university laboratories regularly seek graduates with exactly this profile.
Contribution to animal and human health
One of the most persuasive reasons to study bioveterinary science is the direct connection between animal health and human health. An estimated six out of every 10 known infectious diseases in people can be spread from animals and Health Canada now describes “One Health” as a coordinated, cross-sector approach that integrates human, animal, and environmental health together. Bioveterinary scientists are central to that approach.
Sustainability and climate change
Animal agriculture accounts for a significant portion of Canada's land use and greenhouse gas output. Bioveterinary scientists contribute to food security and sustainable farming by improving animal welfare, disease management, and nutritional science, all of which affect the efficiency and resilience of food systems. This also includes emerging research focused on reducing livestock emissions, such as exploring feed additives like certain types of seaweed that may help lower the carbon footprint of cattle.
Pathway to veterinary or postgraduate studies
A bioveterinary science degree is also a strong foundation for students who want to apply to veterinary school or pursue postgraduate research in many other areas of the animal sector. The scientific background it provides, particularly in physiology, microbiology and pathology, aligns well with the prerequisites for DVM programs.
“One Health is essential to protecting the health of animals, people and the environment, and bioveterinary science helps us understand these connections, including how diseases emerge and spread across species and ecosystems.”
— Janine Gray
Associate Dean, Biosciences
University of Niagara Falls Canada
Core areas of study in bioveterinary science
A well-structured bioveterinary science program covers far more than general biology. Students move through specialised modules that build both theoretical knowledge and applied skills.
Animal Biology and Physiology
This is the backbone of the degree; understanding how animal bodies work at the cellular, organ and whole-body level. Topics include reproduction, development and comparative biology across species.
Microbiology and Immunology
Students learn how pathogens (bacteria, viruses, fungi) interact with animal immune systems. This knowledge is directly applicable to disease diagnosis, vaccine development and infection control.
Animal Diseases and Pathology
How do diseases develop? What makes certain species vulnerable to certain pathogens? Pathology modules take students through the mechanisms of disease, from cellular damage to organ-level dysfunction, across both domestic and wild animal populations.
Laboratory and Research Techniques
Hands-on laboratory training is a central component. Students develop bioveterinary science skills in microscopy, molecular techniques, cell culture, diagnostic assay development and data interpretation, all skills that employers in pharmaceutical, biotech and research settings actively seek.
Animal Welfare and Ethics
Bioveterinary science is not purely technical. Understanding the ethical dimensions of animal research, clinical trials and agricultural practices is built into the curriculum, giving graduates the professional grounding that regulated industries require.
Biochemistry and Molecular Biology
At the molecular level, students study how proteins, genes and metabolic pathways function in animals. This underpins everything from pharmacology to genetic research.
Genetics and Biotechnology
From selective breeding in livestock to gene therapy research, genetics is a fast-moving area with direct applications in animal health. Students in bioveterinary science programs gain exposure to genomics, biotechnology tools and their real-world applications.
Key skills you gain from a bioveterinary science degree
Laboratory skills
Time in the lab is where theory becomes technique. Students graduate knowing how to handle biological samples, operate analytical equipment, conduct experiments and interpret results accurately.
Critical thinking and problem-solving
Science is fundamentally about asking the right questions. Bioveterinary students learn to design research, evaluate evidence and reach sound conclusions.
Ethical decision-making in animal research and care
Working with animals in a research context requires a clear ethical framework. Graduates understand animal welfare legislation, the principles of the 3Rs (Replace, Reduce, Refine) and how to navigate the regulatory environment for animal research in Canada.
Animal health knowledge
From infectious disease to nutritional science, graduates carry specialist knowledge of how animals stay healthy and what compromises that health. This expertise is in high demand by employers across agriculture, diagnostics, pharmaceuticals and conservation.
Research and data analysis
Whether it's processing clinical trial data or analyzing field samples, research literacy is a core bioveterinary science skill. Students learn statistical methods, scientific writing and how to critically engage with published research.
Diverse career paths in bioveterinary science
So, what can you do with a bioveterinary science degree? The short answer: quite a lot. Here are some of the most common directions graduates take.
Research scientist
Working in university labs, government agencies or private biotech companies, research scientists design and carry out studies to advance understanding of animal biology and disease.
Animal nutritionist
Combining knowledge of animal physiology with nutritional science, this role is prominent in agriculture, livestock management and pet food manufacturing.
Pharmaceutical or biotechnology associate
Veterinary pharmaceutical companies develop drugs, vaccines and diagnostic tools for animal health. Pharmaceutical and biotech roles are among the most common career destinations for bioveterinary graduates.
Animal health specialist
These roles exist across government inspection services, livestock management organizations and diagnostic laboratories. Animal health specialists monitor disease outbreaks, advise on biosecurity and ensure compliance with animal welfare standards.
Wildlife conservationist
For those drawn to ecology and wild animal populations, conservation organizations, national parks and environmental NGOs all employ bioveterinary graduates.
Animal welfare officer
Working with regulatory bodies, charities or government departments, animal welfare officers investigate reports of mistreatment, educate the public and help enforce welfare legislation.
“Science is at the heart of every career in the animal health-related field. Whether graduates prefer research, animal health, biotechnology or conservation, their understanding of biology, physiology and disease will help them solve the challenges they will face and improve animal and public health outcomes.”
— Janine Gray
Associate Dean, Biosciences
University of Niagara Falls Canada
Industry opportunities in bioveterinary science
Career opportunities in bioveterinary science extend to several different industries, each with its own demand for scientifically trained graduates.
Pharmaceutical and biotechnology companies
Companies developing veterinary medicines, vaccines and diagnostics need people who understand disease at a biological level. This sector offers roles in research and development, quality assurance, regulatory affairs and clinical trials.
Research institutions and universities
Academic research in animal biology and health is ongoing and well-funded in Canada. Graduate study often opens doors to research associate positions, laboratory management and eventually lecturing roles.
Agriculture and livestock industry
Food security depends on healthy animals. The agricultural sector employs bioveterinary graduates in disease management, biosecurity planning, animal nutrition and production management, particularly in the broader Canadian agricultural heartland.
Government and regulatory agencies
The Canadian Food Inspection Agency (CFIA), Health Canada and provincial agriculture ministries all employ animal health scientists. These roles involve regulatory review, disease surveillance, policy development and public education.
Contract research organizations (CROs)
CROs carry out outsourced research on behalf of pharmaceutical and biotech companies. They're an active employer of laboratory-trained graduates and often provide structured career development programs.
Veterinary clinics and diagnostic laboratories
Diagnostic laboratories, which process animal samples, identify pathogens and report findings to veterinarians, are a natural fit for bioveterinary graduates. Roles range from laboratory technician to diagnostic specialist.
Can a bioveterinary science degree lead to veterinary school?
Can bioveterinary science lead to veterinary school? Yes, and this is one of the most frequently asked questions from prospective students.
For many graduates, it absolutely can. A bioveterinary science degree covers much of the scientific groundwork that veterinary schools expect applicants to demonstrate; animal physiology, biochemistry, microbiology and pathology among them. Students will also get all the required courses needed to enter a DVM program.
In Canada, entry into a DVM program typically requires prior undergraduate study at a recognized institution. A bioveterinary science program from an accredited university like the University of Niagara Falls Canada gives students exactly that footing, while also building a competitive academic record and genuine laboratory experience.
Future scope of bioveterinary science
The future scope of bioveterinary science looks genuinely promising, driven by several converging trends.
Zoonotic disease (illness that moves between animals and humans) has moved to the top of the public health agenda. As aforementioned, Canada's own science policy community has implemented a One Health strategy in recent years, that links human, animal and environmental surveillance. That requires trained bioveterinary scientists at every level of the system.
Climate change is adding complexity too. Shifting habitats are altering disease transmission patterns, threatening wildlife populations and putting new pressure on livestock systems. The World Economic Forum's Future of Jobs Report 2025 identifies environmental stewardship as one of the fastest-growing skill areas, which is a trend directly relevant to graduates working in animal health and conservation.
The veterinary pharmaceutical market is also expanding. Canada's animal health sector is projected to grow at a compound annual growth rate of 3.57% through 2034, according to IMARC Group. That means sustained investment in research, diagnostics and drug development, as well as a continued demand for the kind of graduate that a strong bioveterinary science program produces.
Conclusion
A bioveterinary science degree is not just a stepping stone to veterinary school. It's a genuine qualification in its own right, one that prepares graduates for research, industry, policy and conservation careers at a time when animal health science has never been more relevant.
At the University of Niagara Falls Canada, the Honours Bachelor of Science in Bioveterinary Science brings together core biological sciences with modern digital approaches, giving you a clear view of how animal health is studied and managed today. You’ll build a strong basis in the science itself, while also working with the tools and methods now used in modern research and clinical settings.
If you're deciding between science pathways and wondering whether bioveterinary science is a good degree, the evidence, in labour market data, industry growth and graduate outcomes, suggests it's a strong choice.
You may also want to explore the Honours Bachelor of Science in Biomedical Sciences as a complementary program, which is geared to those with an interest in developing new medical technologies and health care treatments.
Ready to take the next step? Contact us to know more →
Frequently asked questions
What can you do with a bioveterinary science degree?
Graduates go on to work in research and development, veterinary diagnostics, pharmaceutical and biotech companies, government agencies, wildlife conservation and animal welfare organizations. Some use the degree as a pathway to veterinary school or postgraduate study in fields such as epidemiology or molecular biology.
Do I need a veterinary medical licence to work in other bioveterinary science roles in Canada?
No. Most bioveterinary science careers, including laboratory research, pharmaceutical development, regulatory roles and diagnostics, do not require a veterinary medical licence. That licence is specifically required to practise as a veterinarian and diagnose or treat animals clinically.
Is bioveterinary science a good degree if I want to work in animal research in Canada?
Absolutely. The degree is structured around laboratory science, animal biology and research methodology; exactly the skills that academic institutions, CROs, and government research bodies in Canada are looking for.
Can I get experience in animal disease research during a bioveterinary science degree?
Yes. Core modules in pathology, microbiology, immunology and genetics all feed into animal disease research. Many bioveterinary science programs also include research projects or placements that allow students to focus on specific disease areas, from zoonotic infections to livestock pathogens, as part of their degree. At UNF, students gain experience working with faculty doing research as an elective course in the final year of their studies, but they can also volunteer to assist faculty with their research at any time throughout their degree.
What skills do you gain from studying bioveterinary science?
The skills from a bioveterinary science degree include laboratory techniques (microscopy, molecular biology, diagnostics), research design and data analysis, animal health knowledge, critical thinking and ethical decision-making in animal research contexts.
Table of Contents
Table of Content
What is bioveterinary science?
Why study bioveterinary science?
Core areas of study in bioveterinary science
Key skills you gain from a bioveterinary science degree
Diverse career paths in bioveterinary science
Industry opportunities in bioveterinary science
Can a bioveterinary science degree lead to veterinary school?
