Bachelor of Science(Agricultural Science)

3 Years On Campus Bachelors Program

University of Melbourne

Program Overview

The Bachelor of Science (Agricultural Science) at the University of Melbourne combines scientific research with practical agricultural applications, preparing students to address global challenges related to food production, sustainability, environmental management, and agricultural innovation. The program is ideal for students interested in plant science, animal systems, soil health, biotechnology, and sustainable farming technologies.

Curriculum Structure

Year 1 – Scientific & Agricultural Foundations

In the first year, students build a strong foundation in biological, environmental, and agricultural sciences. Subjects such as Biology of Cells and Organisms, Chemistry for Biosciences, and Agriculture and Environment introduce students to agricultural systems, ecosystems, sustainability, and scientific problem-solving.

Students also develop laboratory and analytical skills while exploring how science supports modern agricultural production. Early coursework focuses on understanding plant, animal, and environmental interactions within food and farming systems.

Year 2 – Applied Agricultural Science

During the second year, students explore more specialised agricultural science topics linked to production systems and sustainability. Subjects including Plant Production Systems, Soils and the Environment, and Animal Production Systems help students understand crop science, soil management, livestock systems, and environmental impacts on agriculture.

Students strengthen practical and analytical skills through scientific investigations, applied agricultural case studies, and research-focused learning. The curriculum encourages evidence-based thinking and sustainable agricultural decision-making.

Year 3 – Advanced Agricultural Systems & Research

In the final year, students undertake advanced agricultural science studies and research-oriented learning experiences. Subjects may include Agricultural Biotechnology, Sustainable Food Systems, and Precision Agriculture, allowing students to explore innovation, technology, and sustainability within modern agricultural industries.

The final year develops professional research, communication, and problem-solving skills while preparing students for careers in agriculture, environmental science, research, and agribusiness. Students graduate with scientific knowledge applicable to both local and global agricultural challenges.

Focus areas: Agricultural science, plant systems, animal production, soil science, sustainability, biotechnology, food systems, environmental management

Learning outcomes: Develop scientific understanding of agricultural systems, apply laboratory and research skills, analyse sustainability challenges, evaluate agricultural technologies, communicate scientific findings effectively

Professional alignment (accreditation): Research-led agricultural science curriculum aligned with agricultural industries, sustainability sectors, environmental management, and scientific research pathways through the University of Melbourne Faculty of Science

Reputation (employability rankings): The University of Melbourne is internationally recognised for excellence in science, agriculture, environmental studies, and graduate employability, consistently ranking among the world’s leading universities.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Science (Agricultural Science) at the University of Melbourne provides extensive hands-on scientific and agricultural training through laboratory learning, fieldwork, research activities, and industry-focused projects. Students develop practical skills across plant science, soil systems, animal production, sustainability, and agricultural technology while studying in advanced teaching and research environments.

Learning takes place across the University’s Parkville campus and the renowned Dookie Campus, where students gain exposure to commercial farming operations, agricultural research facilities, and precision agriculture systems. The program combines scientific investigation with real-world agricultural applications through the following experiential learning opportunities:

  • Dookie Campus practical experience — Students undertake field-based learning at the University’s 2440-hectare Dookie Campus featuring livestock enterprises, irrigation systems, broadacre cropping operations, and agricultural research infrastructure.
  • Scientific laboratories & research facilities — Students use specialised laboratories for plant science, soil analysis, microbiology, animal science, biotechnology, and environmental systems research.
  • Precision agriculture & digital technologies — The program introduces students to agricultural technologies including GIS mapping, remote sensing, environmental monitoring tools, and precision farming systems used within modern agriculture.
  • Fieldwork & agricultural investigations — Many subjects include farm visits, environmental surveys, crop assessments, and practical field investigations linked to agricultural production and sustainability.
  • Research-focused learning projects — Students participate in scientific investigations, group-based research activities, and data analysis projects designed to strengthen evidence-based problem-solving skills.
  • Collaborative group projects — Team-based assignments allow students to work on agricultural sustainability challenges, food production systems, and environmental management case studies.
  • Agricultural research institutes & expertise — Students benefit from the University’s agricultural and environmental research strengths in food security, climate resilience, plant systems, and sustainable farming practices.
  • Library & digital learning resources — The University of Melbourne provides access to extensive scientific journals, agricultural databases, research software, and digital academic resources supporting agricultural science studies.
  • Industry engagement opportunities — Students can participate in agricultural seminars, networking events, employer presentations, and research-linked industry activities through the Faculty of Science.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Agricultural Science) at the University of Melbourne are prepared for careers across agricultural production, sustainability, environmental management, biotechnology, food systems, and scientific research. The program develops strong scientific, analytical, and practical skills, helping students pursue roles such as Agricultural Scientist, Environmental Consultant, Plant Production Specialist, and Research Officer within Australia and internationally.

The University’s strong research reputation, industry engagement, and practical agricultural training provide graduates with valuable long-term career opportunities across rapidly evolving agricultural and environmental sectors:

  • Career & Employability Services — Students have access to the University of Melbourne Career Services, including professional career consultations, employer networking events, resume and interview workshops, internship guidance, and mentoring programs.
  • Industry-connected scientific learning — The Faculty of Science maintains links with agricultural industries, sustainability organisations, environmental agencies, and research institutions that support professional networking and industry engagement opportunities.
  • Research & innovation exposure — Students study within a globally recognised research-intensive university with expertise in agricultural sustainability, food security, climate adaptation, biotechnology, and environmental science.
  • Practical agricultural & laboratory experience — Field-based training and scientific laboratory learning help graduates develop technical skills valued by agricultural, environmental, and scientific employers.
  • Global employability reputation — The University of Melbourne is consistently ranked among the world’s leading universities and is internationally recognised for graduate employability and academic excellence.
  • Transferable scientific skills — Graduates develop expertise in research methods, data analysis, scientific communication, environmental assessment, and evidence-based problem solving applicable across diverse industries.
  • Employment opportunities across multiple sectors — Graduates may work within agribusiness companies, agricultural technology firms, government agencies, environmental consulting organisations, research institutes, biotechnology companies, and food production industries.
  • Long-term professional value — The combination of agricultural science, sustainability, and research skills aligns strongly with growing global demand for expertise in food systems, environmental management, and agricultural innovation.

Further Academic Progression:
After completing the Bachelor of Science (Agricultural Science), students can continue into honours and postgraduate study in areas such as agricultural science, environmental science, biotechnology, food systems, sustainability, animal science, plant science, or agribusiness at the University of Melbourne. Graduates may also pursue research pathways leading to advanced research degrees such as a Master by Research or PhD, supporting future careers in scientific research, academia, agricultural innovation, and policy development.

Program Key Stats

$52,944 - 62,208
$9,537
$ 150

Mar Intake : 1st NovJuly Intake : 30th Apr


75 %

Eligibility Criteria

BBB
3.2
31.00
75

1210
25
6.5
81
85.00

Additional Information & Requirements

Country Requirements

Career Options

  • Agricultural Officer
  • Farm Manager
  • Agribusiness Manager
  • Agricultural Consultant
  • Soil Scientist
  • Crop Production Specialist
  • Horticulturist
  • Agricultural Research Officer
  • Agricultural Extension Officer
  • Food Production Manager

Book Free Session with Our Admission Experts

Admission Experts