Master in Animal Science

Animal Science (LM-86) at University of Turin

If you want to study in Italy in English and build a career across animal health, welfare, and sustainable production, this LM-86 master’s offers a clear path. It is one of the English-taught programs in Italy delivered within the well-regulated system of public Italian universities. With planning, the DSU grant and other scholarships for international students in Italy can reduce total costs and, for eligible students, align with pathways often grouped under tuition-free universities Italy.

Animal Science is both biological and technological. You will learn how genetics, physiology, behaviour, nutrition, and management shape animal well-being and product quality. You will also study sustainability, data analysis, and risk management. Teaching in English supports international teamwork and gives you direct access to current research, standards, and industry practice.

Study in Italy in English: what LM-86 Animal Science builds in you

This degree creates a “systems thinker” who can connect cells with herds, farms with supply chains, and welfare with economics. It is ideal for graduates of biology, veterinary-related subjects, agricultural sciences, biotechnology, or environmental sciences, and for motivated career-changers who bring quantitative skills or field experience.

You will gain the following capabilities

• Understand animal physiology from molecule to organism, including stress and adaptation.
• Apply genetics and breeding to improve health, welfare, and productivity.
• Design balanced diets and assess feed resources with precision tools.
• Plan welfare audits using behaviour, housing, and enrichment guidelines.
• Manage disease risk through biosecurity and monitoring.
• Evaluate environmental impacts and design mitigation strategies.
• Use statistics and coding to analyse experiments and field data.
• Communicate findings in clear English for technical and non-technical audiences.

Learning model that rewards practice

• Seminar-style classes that build concepts step by step.
• Wet-lab and dry-lab sessions for assays, imaging, and data pipelines.
• Case studies from dairy, beef, small ruminants, poultry, aquaculture, and companion animals.
• Team projects with roles, milestones, and peer review.
• An applied thesis that answers one defined question with clean evidence.

Assessment you can plan for

• Short quizzes and problem sets with transparent rubrics.
• Lab reports with method, results, and limits.
• Oral presentations graded on clarity, evidence, and time discipline.
• A thesis with reproducible files, readable figures, and a clear contribution.

Inside English-taught programs in Italy: structure, themes, and methods

This programme sits within English-taught programs in Italy, so lectures, labs, exams, and the thesis can be completed in English. Credits follow the ECTS model used across Europe, which helps with recognition for jobs or further study.

Typical structure (120 ECTS across four semesters)

• Semester 1: animal physiology and endocrinology, biostatistics, research methods, and scientific writing.
• Semester 2: quantitative genetics and breeding, nutrition and feed technology, and welfare science.
• Semester 3: health management and biosecurity, sustainability and life-cycle thinking, electives, and internship.
• Semester 4: thesis, seminars with industry and research partners, and portfolio completion.

Core knowledge areas

• Physiology and behaviour: stress markers, thermoregulation, circadian rhythms, and behavioural needs across species.
• Genetics and breeding: heritability, selection indices, genomic tools, and inbreeding control.
• Nutrition: feed chemistry, digestibility, ration formulation, additives, and precision feeding.
• Health and biosecurity: surveillance plans, vaccination logic, antimicrobial stewardship, and emergency response.
• Welfare: housing, stocking density, enrichment, transport, and humane handling.
• Sustainability: life-cycle assessment, water and carbon footprints, manure management, and circular solutions.
• Food quality and safety: hygiene plans, hazard analysis, and traceability up to processing.
• Data and decision-making: experimental design, statistical inference, modelling, and visualisation.

Electives you might choose

• Precision livestock farming (sensors, wearables, and data flows).
• Reproduction technologies and andrology.
• Aquaculture systems and fish health.
• Companion-animal science and behaviour therapy basics.
• One Health approaches linking animals, people, and environment.
• Agribusiness management and value-chain economics.

Digital tools and skills

• Data cleaning, version control, and readable notebooks.
• Visualisation with honest scales and clear units.
• Reproducible workflows for experiments and field trials.
• Basic coding for statistics, modelling, and dashboards.

Public Italian universities: structure, support, and quality you can trust

As part of public Italian universities, the programme follows clear rules and calendars. Syllabi list aims, methods, and assessment formats. Exams have published dates, and students can plan retakes. Offices guide you through enrolment, exams, internships, and thesis procedures. The goal is to make expectations transparent so you can focus on learning.

What this means for you

• Credits that transfer and are recognised across Europe.
• Learning outcomes you can map to career skills.
• Processes for academic integrity and research ethics.
• Practical lab safety and animal-handling training.
• Access to academic mentorship and administrative help.

Learning routines that support progress

1. Set three measurable goals each week and track them.
2. Work in focused blocks; log assumptions and results.
3. Ask for feedback mid-week; trim scope early if needed.
4. Back up files with clear names and versions.
5. Review on Friday; note five lessons learned.

Curriculum depth: biology, welfare, sustainability, and data in balance

The value of Animal Science is its balance. You learn how the body works, what it needs, and how systems change under pressure. You also learn the environmental and economic context that shapes real decisions.

Physiology and behaviour

• Hormones and metabolic control in growth, lactation, and reproduction.
• Behavioural signals that warn of pain, fear, heat stress, or frustration.
• Enrichment and design principles for species-specific needs.

Genetics and breeding

• From phenotype records to genomic selection.
• Balancing productivity with resilience and welfare.
• Managing genetic diversity for long-term stability.

Nutrition and feed technology

• Energy and protein systems across life stages.
• Micronutrients, additives, and rumen modifiers.
• Feed processing, pelleting, and storage safety.

Health and biosecurity

• Early detection through sensor data and scoring systems.
• Zoonotic risk awareness within a One Health frame.
• Antimicrobial reduction through prevention and management.

Welfare assessment

• Practical protocols for on-farm audits.
• Handling, transport, and slaughter guidelines.
• Training staff for humane, consistent practice.

Sustainability and climate

• Life-cycle assessment to measure footprints.
• Diet reformulation to cut emissions and waste.
• Manure management and energy recovery options.

Food quality and safety

• Traceability from farm to gate.
• Hygiene plans that reduce contamination risk.
• Quality metrics that link to consumer trust.

Data literacy

• Experimental design: treatments, controls, and power.
• Statistical modelling with diagnostics and sensitivity checks.
• Clear figures with units, dates, and uncertainty ranges.

Professional skills: writing, speaking, and teamwork in English

Strong science needs clear language. You will practise writing short, usable documents and speaking to mixed audiences. This makes your work valuable in policy, industry, and research settings.

What you will practise

• One-page memos that begin with the decision and evidence.
• Lab reports with method transparency and limits.
• Slide decks with one figure per message.
• Project logs with roles, risks, and next steps.
• Executive summaries for managers and stakeholders.

Ethics and responsibility

• Respect for animals and people in every procedure.
• Consent, confidentiality, and data protection.
• Accurate reporting without cherry-picking.
• Clear disclosure of conflicts and collaborators.

Sample projects that show real value

A strong portfolio proves skill better than a long CV. Aim for work you can explain in five minutes with one figure and a clear result.

Examples

• Precision feeding: sensor data to adjust rations and cut waste.
• Welfare audit: identify bottlenecks; test changes; measure outcomes.
• Genetic improvement: selection index that balances health and output.
• Disease risk map: biosecurity scoring and early-warning indicators.
• Life-cycle assessment: diet reformulation to reduce emissions.
• Aquaculture pilot: water quality control and growth results.
• Companion-animal behaviour plan: enrichment with welfare metrics.

How to present each item

• Start with the decision your work informed.
• Show a figure with units, dates, and a short caption.
• Explain method and the main risk or limit.
• Offer a next step and who would own it.
• Provide a reproducible path with a readme file.

Careers: where LM-86 Animal Science leads

Graduates work in many roles because the degree mixes biology, data, and management. Employers value clear thinking, reliable practice, and honesty about limits.

Roles you can target

• Animal nutritionist or feed technologist.
• Breeding and genetics specialist.
• Welfare officer or auditor.
• Health and biosecurity coordinator.
• Farm systems analyst or precision livestock farming specialist.
• Quality and safety manager in animal-derived products.
• Sustainability analyst with life-cycle assessment focus.
• Research assistant or PhD candidate in animal sciences.
• Companion-animal behaviour and welfare advisor.
• Aquaculture systems technologist.

Sectors that recruit

• Feed, breeding, and health companies.
• Farms and integrated producer groups.
• Certification and auditing bodies.
• NGOs and associations focused on welfare and sustainability.
• Public agencies and research institutes.
• Startups in agri-tech, sensors, and data platforms.

What employers check

• Clean data and transparent methods.
• Practical understanding of welfare and biosecurity.
• Ability to prioritise and deliver on time.
• Clear writing in English for mixed audiences.
• Respect for compliance and safety rules.

Pathways toward tuition-free universities Italy: funding, DSU grant, and scholarships

Many students combine the DSU grant with scholarships for international students in Italy to reduce net costs. This approach aligns with the idea behind tuition-free universities Italy, even when a full waiver is not possible. Start early and keep records.

DSU grant (Diritto allo Studio Universitario)

• May include a fee reduction or waiver, a cash scholarship, and services that lower daily costs.
• Requires income and identity documents; some may need translation or legalisation (official recognition).
• Renewal depends on credits and grades; track thresholds from your first semester.

Scholarships for international students in Italy

• Merit awards for strong academic profiles or projects.
• Mobility support for relocation and setup costs.
• Departmental prizes related to animal science, sustainability, or data.
• Paid student roles that follow academic rules and set hours.

A funding plan that works

1. Map deadlines and document needs now; create a checklist.
2. Prepare certified translations where required.
3. Submit early and keep confirmations in a single folder.
4. Track renewal thresholds with calendar reminders.
5. Draft a semester budget with a small buffer; review monthly.

Budget habits that help

• Plan by semester and match major costs to milestones.
• Use campus resources and digital libraries first.
• Choose used or digital textbooks where possible.
• Share housing and plan meals to reduce waste.
• Keep receipts and copies ready for renewals.

Admissions and preparation: showing you are ready

Selection values scientific basics, quantitative reasoning, and clear writing. You do not need to be expert in everything, but you must show discipline and motivation.

Who should apply

• Graduates in animal science, agricultural science, biology, biotechnology, or related fields.
• Candidates from environmental science, food science, or engineering who can bridge gaps with a plan.
• Early professionals seeking to formalise experience in animal sectors.

Preparation that helps

• Biology refreshers in physiology and cell signalling.
• Statistics and experimental design basics.
• Introductory coding for data and plots.
• Short-form writing practice in English.
• Familiarity with welfare frameworks and sustainability concepts.

Documents you may need

• Degree certificate and transcripts.
• One- or two-page CV with focused achievements.
• Motivation letter linked to LM-86 goals.
• Language certificate if requested.
• Any project you can summarise clearly with methods and limits.

Writing a strong motivation letter

• State your goal in one sentence.
• Show one project that proves persistence and care.
• Explain a problem you solved and what you changed.
• Link electives and thesis ideas to your goal.
• Close with a realistic plan and timeline.

Study routine and well-being: habits that protect your time

Skill grows with steady work. Build routines that keep your work clear and your mind calm.

Daily and weekly rhythms

• Plan the week on Monday morning; set three goals.
• Block time for reading, labs, coding, and writing.
• Use checklists for lab prep and safety.
• Keep a project log with decisions and reasons.
• Review and tidy files every Friday.

Communication and teamwork

• Assign roles and deadlines early.
• Share drafts on time and invite feedback.
• Keep a risk log for each group project.
• Thank reviewers and record changes.
• Present with one clear figure per message.

Integrity and responsibility

• Disclose assumptions and data limits.
• Avoid selective reporting and p-hacking.
• Respect licences, confidentiality, and consent.
• Credit collaborators and declare conflicts.

Study in Italy in English: how to make your thesis count

Your thesis is your calling card. It should answer one practical question and show your method clearly. Think about impact as well as novelty.

Thesis themes that matter

• Precision feeding to improve performance and cut emissions.
• Welfare interventions that reduce lameness or stress indicators.
• Genomic selection for resilience under heat or disease pressure.
• Biosecurity upgrades that lower antibiotic use.
• Life-cycle gains from manure or by-product management.
• Aquaculture water quality control and growth outcomes.
• Companion-animal enrichment with measurable welfare change.

Deliverables that employers value

• An executive summary that starts with the key number.
• Clean figures with units, dates, and uncertainty ranges.
• Reproducible files with code, data notes, and a readme.
• A plan for validation or a field pilot.

Staying on track

• Fix milestones with buffers and a change log.
• Share partial results and invite critique.
• Draft your abstract early and update monthly.
• Leave time for proofreading and formatting.

Bringing it all together

Animal Science (LM-86) at University of Turin (Università degli Studi di Torino) offers a balanced, evidence-based route from biology and behaviour to welfare and sustainability. You study in English within a trusted network of public Italian universities, strengthen your science and data skills, and practise the writing and teamwork that industry and research expect. With careful planning—DSU grant applications, scholarships for international students in Italy, and steady study habits—you can manage costs, build a strong portfolio, and graduate ready for roles across animal health, nutrition, breeding, welfare, sustainability, or a competitive PhD path.

Ready for this programme?

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