{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:38:16.510Z","occupation":{"soc":"19-1011.00","title":"Animal Scientists","group":"Life, Physical & Social Science","sector":"54","jobZone":5,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers animal science research, breeding program management, nutritional analysis, producer advisory services, and scientific communication across academic, government, and commercial agricultural environments.","levels":{"emerging":{"label":"Emerging","statements":["Nutritional requirements of common livestock species — identify and summarize under faculty or senior scientist supervision in a university or research laboratory setting.","Peer-reviewed literature on animal nutrition and breeding — read, comprehend, and extract key findings to support ongoing research projects.","Animal feed composition data — compile and organize using spreadsheet software under direction in an agricultural research facility.","Basic animal management practices related to feeding, housing, and sanitation — describe and apply following established laboratory or farm protocols.","Research findings from supervised experiments — draft written summaries using word processing software for internal review by principal investigators.","Analytical or scientific software — operate under guidance to perform routine data entry and preliminary statistical analysis of animal production datasets.","Effects of standard feed rations on animal performance metrics — observe, record, and report findings within a structured trial protocol.","Research methods relevant to animal science — recognize and apply foundational scientific principles when assisting with controlled experiments on small animal populations.","Scientific presentations — prepare introductory slides using presentation software under mentorship for internal lab meetings or departmental seminars.","Animal selection criteria and basic pedigree information — locate and retrieve from database interfaces to assist senior scientists with breeding record reviews."]},"developing":{"label":"Developing","statements":["Nutritive values of animal feed materials — evaluate and compare using established assay protocols and analytical software in a commercial or academic research environment.","Research data on animal nutrition, breeding, or management — analyze and interpret with reduced oversight, identifying trends relevant to production efficiency improvements.","Improved feeding and housing practices — develop and pilot-test within defined project scopes on production farms or research station facilities.","Animal producers — advise on updated feeding regimens and husbandry techniques by synthesizing current research findings and translating them into practical recommendations.","Written research reports and manuscripts — draft and revise independently for submission to peer-reviewed journals or agency stakeholders.","Statistical models and scientific software — apply routinely to assess effects of management practices or environmental conditions on egg, milk, or meat quality.","Parasite and disease control protocols — refine and recommend based on systematic review of trial outcomes at the herd or flock level.","Research findings — communicate orally to producer groups and extension audiences, adapting technical content to non-specialist contexts.","Animal breeding records — query and maintain in relational database systems, ensuring data integrity across multi-season production trials.","Geographic information system tools — use to map regional distribution of animal production variables and support site-specific management studies."]},"proficient":{"label":"Proficient","statements":["Complex animal nutrition research programs — design and execute autonomously, integrating chemistry and biology knowledge to evaluate feed ingredient bioavailability across multiple species.","Non-routine challenges in animal breeding and selection — diagnose and resolve using advanced inductive and deductive reasoning applied to multi-generational performance datasets.","Comprehensive management practice improvements — develop and validate across feeding, housing, sanitation, and disease control dimensions on commercial-scale production operations.","Quantitative and qualitative production data — synthesize through systems analysis to assess and optimize quality and quantity of animal products such as milk and eggs.","Full research lifecycle — lead independently from hypothesis formulation through experimental design, data collection, statistical analysis, and peer-reviewed publication.","Producer advisory engagements — conduct autonomously, delivering evidence-based guidance on emerging technologies and techniques to improve profitability and animal welfare.","Animal selection and controlled breeding programs — research, design, and implement to increase genetic gain and production efficiency at the enterprise level.","Research findings — present with clarity and authority to diverse audiences including scientific conferences, regulatory bodies, and agricultural industry stakeholders.","Multi-variable datasets from production trials — model using advanced analytical software, identifying interaction effects between environment, genetics, and management practices.","Learning strategies — apply to rapidly assimilate evolving knowledge in genomics, precision livestock farming, and feed technology for integration into ongoing research agendas."]},"advanced":{"label":"Advanced","statements":["Institutional animal science research agenda — set strategic direction for, aligning multi-year funding priorities with national food production and sustainability goals.","Cross-disciplinary research teams — lead and mentor, building competency in animal nutrition, genetics, and management across graduate students, postdoctoral fellows, and junior scientists.","Novel animal management systems — conceptualize and champion at the organizational scale, translating breakthrough research into industry-wide practice changes affecting producers nationally or globally.","Scientific knowledge transfer — architect systems for disseminating research outcomes to producers, policymakers, and the public through publications, extension platforms, and media.","Animal breeding and selection policy — influence through expert testimony, advisory committee participation, and authorship of authoritative guidelines adopted by industry or government bodies.","Large-scale research collaborations — negotiate and administer across universities, government agencies, and private sector partners, managing budgets, timelines, and intellectual property.","Organizational research capability — evaluate systematically using systems evaluation principles, identifying gaps in technology, personnel, or infrastructure and driving corrective investment.","Emerging risks in animal disease, nutrition, or environmental sustainability — anticipate through horizon-scanning and translate into proactive research initiatives that protect national food systems.","Ethical and regulatory standards for animal research and production — champion and embed across organizational culture, integrating integrity and attention to detail into institutional governance.","Innovation pipelines linking genomic, computational, and field research — design and oversee, ensuring CAD software, GIS platforms, and analytical tools are fully leveraged to accelerate scientific discovery."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}