AVS: Science/Preveterinary

B.S. Animal and Veterinary Science: Science/Preveterinary Option

» Department of Animal and Veterinary Science   » College of Agricultural and Life Sciences


  • INTRODUCTION
  • WHAT IT TAKES
  • WHAT PEOPLE DO
  • GET INVOLVED
  • FACULTY
AG students

Immerse yourself in the study of animal reproduction, nutrition, growth and health. Learn to identify illnesses in animals and understand courses of treatment.

The science/preveterinary option from the University of Idaho prepares you to become a professional in veterinary health.


Explore animal sciences such as anatomy, nutrition and reproduction, including hands-on sessions in on-campus laboratories and animal centers. Our beef center has more than 50 purebred cows; the dairy center has about 100 milking Holsteins; and the sheep center has over 100 breeding Suffolk ewes.

During your senior year, you will integrate lessons from business and animal science when you evaluate real-world issues. You might determine the efficiency of a cow-calf operation, examine how horses are bred and sold, or develop a plan to market a swine vaccine.

You’ll learn from teachers involved in today’s most pressing issues in animal and veterinary science.


Acquire as much experience working with animals as possible. Complete internships in animal health, and volunteer to care for animals on campus.


Prepare for Success

This major is a good fit if you can see yourself:

  • Combining your interests in science, medicine and animals.
  • Studying health, nutrition and reproduction in livestock and companion animals.
  • Taking the fast track to a doctor’s degree in veterinary medicine.

To prepare, you may want to:
  • Participate in 4-H activities, work for a farm or ranch, or volunteer with animals.
  • Practice your leadership skills in student office.
  • Pay attention to current issues in the news related to animals.


Your First Year

Your first year, you will hone your communication skills with course work in writing. You will also take the science of animal husbandry, an animal husbandry lab, an orientation to animal and veterinary science, and cellular biology.

More advanced major courses will cover topics such as organic chemistry, microbiology, genetics, physiology of reproduction and animal nutrition.

See the four-year plan.


AG horses

What You Can Do

With a degree in veterinary medicine (DVM), you may become a:

  • Veterinarian: Treat companion animals, farm livestock, horses and other animals. Open your own practice or join an existing practice. You might specialize in surgery or offer advanced care such as insulin injections, hip replacement, cataract extraction or pacemaker insertion.
  • Food industry veterinarian: Help ensure the quality, quantity and security of food supplies by maintaining the health of livestock and inspecting meat.


If you choose not to pursue a DVM degree, you may have positions like these:

  • Veterinary technician: Assist veterinarians in many medical procedures.
  • Research support scientist: Prepare experiments and collect and analyze data.
  • Animal keeper: Monitor the health and well-being of animals used for research.
  • Sales representative: Work for a pharmaceutical company selling vaccines and other supplies.


Opportunities

With a degree in veterinary medicine (DVM), starting salaries are as high as $60,000. Without a DVM, you will find starting salaries as high as $40,000. Almost all of our graduates receive job offers upon graduation.

You may also want to continue your education in a related field. Pursue an advanced degree in disciplines such as genetics and breeding, nutrition, reproductive physiology or growth physiology.


AG horses

Current Research

Our faculty members conduct research concurrently with teaching, exploring such topics such as reproduction, growth and lactation physiology.

On-campus research opportunities are plentiful. Track the health status of newborn dairy calves by monitoring blood and fecal samples. Participate in lactation research in an agricultural biotechnology lab. Collect data on the respiratory diseases of bighorn sheep. Care for animals at the beef, dairy and sheep centers. Paid positions are available.


Activities

Prevet Club: Visit humane societies, clinics, horse rescue centers and the Wolf Research Center. Receive guidance on getting into veterinary schools.
Dairy Club, Student Idaho Cattle Association, Block and Bridle: Visit farms, ranches and food processing plants. Show livestock and learn from industry experts.


Hands-On Experience

Intern. Strengthen your credentials for veterinary school with practical experiences like these:

  • University of Idaho Caine Veterinary Teaching Center: Gain experience in multiple areas of food animal medicine and surgery.
  • University of Idaho Nancy M. Cummings Research, Extension And Education Center: Collect data to assess the health and well-being of 400 crossbred mother cows
  • Veterinary clinic: Shadow medical staff and help with intake and diagnosis.


Study abroad
. Deepen your understanding of your major —and the world—in countries like these:

  • Mexico: Tour a family owned ranch.
  • Taiwan: Explore livestock care in another country.
  • Australia: Visit a country that prizes its cattle and sheep herds.


Facilities

Facilities you will have access to include:

  • Beef center with purebred cows
  • Dairy center with milking Holsteins
  • Sheep center with breeding Suffolk ewes
  • Reproductive physiology labs
  • Agriculture-biotech labs



Ahmadzadeh, Amin
Amin Ahmadzadeh, Ph.D.
Associate Professor
My research is in the area of applied cattle reproduction with an emphasis on fertility and nutrition. The focus of my research is to develop a systematic breeding program for dairy cattle to increase fertility rates and improve reproductive and economic advantages of artificial insemination (AI) on dairy farms.
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Benton Glaze
Benton Glaze, Ph.D.
Beef Extension Specialist & Associate Professor
» Email Benton Glaze
Carl Hunt
Carl Hunt, Ph.D.
Department Head & Professor
Research interests: Methods which will improve the energy status of ruminants.
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UI faculty member Christopher Schneider
Christopher Schneider, DVM
Assistant Professor
Clinical Expertise & Interest: Dairy management and production animal medicine, Computer records analysis and system implementation, Bovine theriogenology, Embryo transfer and sex determination, In vitro production of mammalian embryos
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Dirk Vanderwall
Dirk Vanderwall, Ph.D.
Associate Professor
Research interests: Basic and applied aspects of gamete physiology and endocrinology in horses.
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Gordon Murdoch
Gordon Murdoch, Ph.D.
Assistant Professor
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James England
James England, Ph.D.
Professor
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Jason Ahola
Jason Ahola, Ph.D.
Beef Extension Specialist & Assistant Professor
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Grant Hall
John Hall
Superintendent of the Nancy M. Cummings Center
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Joseph Dalton
Joseph Dalton, Ph.D.
Associate Professor
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Marie Bulgin
Marie Bulgin
Caine Veterinary Teaching Center Teaching Program Coordinator & Professor
Research interests: Sheep disease
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McGuire, Mark
Mark McGuire, Ph.D.
Associate Professor
Research interests: Lactation in cows and women; dairy nutrition; human nutrition; milk synthesis; milk fat synthesis; milk protein synthesis; role of dairy products in the human diet; mastitis; functional genomics of lactation
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Matthew Doumit
Matt Doumit
Associate Professor
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Professor Powell
Matt Powell, Ph.D.
Assistant Professor
Research interests: Genetic variation among individuals and populations to explore artificial selection; evolutionary consequences of drift, natural selection and hybridization
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Chahine, Mireille
Mireille Chahine
Extension Dairy Specialist & Assistant Professor
Areas of expertise: Milk quality, personnel training and management (Spanish & English), dairy production management, dairy cow nutrition, milking management
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Richard Battaglia, Professor of Animal Veterinary Science
Richard Battaglia, Ph.D.
Professor
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Richard Norel
Rick Norell, Ph.D.
Extension Professor
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Hill
Rod Hill, Ph.D.
Associate Professor
Research interests: Identification and understanding of the cellular and molecular mechanisms underlying muscle and adipose tissue growth and differentiation, and their manipulation to improve production efficiency.
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Hardy
Ronald Hardy, Ph.D.
Director, Aquaculture Research Institute & Professor
Research interests: Fish nutrition and feeds; alternative feed ingredients for fish meal and fish oil for use in salmon and trout feeds; molecular genetics in relation to somatic growth, nutrient partitioning, and effects of diet on immune functionornamental fish production using geothermal water resources in Idaho
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Ron Richard
Ronald Richard
Meat Lab Manager & Instructor
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Tracy Davis
Tracy Davis, Ph.D.
Assistant Professor
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Headshot of Mr Ayers
M. Wayne Ayers, DVM
Assistant Professor
Research interests: Testing for Johne's disease in sheep and goats; bovine nutrition; reproduction; effects of drought on bovine performance; passive transfer of colostral immunity
» Email Wayne Ayers