{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:09.733Z","occupation":{"soc":"19-2099.00","title":"Physical Scientists, All Other","group":"Life, Physical & Social Science","sector":"54","jobZone":4,"jobZoneInferred":true},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers applied physical and animal science practice across laboratory research, field extension, producer advisory, and organizational leadership contexts within Job Zone 4 occupations requiring a bachelor's degree and several years of relevant experience.","levels":{"emerging":{"label":"Emerging","statements":["Nutritional requirements of common livestock species — identify and document under direct supervisor guidance using standard reference tables and laboratory protocols.","Scientific literature on animal feed materials — read and summarize key findings using structured templates in an entry-level research support role.","Basic feeding and housing protocols — follow established procedures under close oversight at a university or government research facility.","Research data on animal health indicators — collect and record accurately using spreadsheet software under the direction of a senior scientist.","Animal disease and parasite control guidelines — recognize and apply standard sanitation checklists in supervised field or laboratory settings.","Preliminary research findings — assist in preparing written summaries and presentation slides using office suite and presentation software under review by lead researchers.","Geographic information system tools — operate at a basic level to map animal production regions under structured task assignments.","Database query software — retrieve and organize animal nutrition and production data sets as directed within an institutional research database.","Scientific terminology and technical writing conventions — apply correctly when drafting entry-level reports reviewed by experienced physical scientists.","Producer inquiries about animal feed products — respond to routine questions by referencing established guidelines under supervisor approval."]},"developing":{"label":"Developing","statements":["Nutritive values of diverse animal feed materials — evaluate using laboratory analysis and published databases with limited oversight in a research or extension setting.","Research findings on animal nutrition and production — communicate in written reports and oral presentations to producer groups and scientific peers with moderate independence.","Feeding and housing improvement practices — develop incremental recommendations based on current research data for producers operating in familiar production environments.","Animal parasite and disease control protocols — adapt established sanitation and prevention strategies to address routine herd management challenges on commercial operations.","Spreadsheet and statistical software — analyze animal production data sets to identify trends and draw evidence-based conclusions in a mid-level research role.","Producer advisory sessions — conduct face-to-face consultations and field visits, translating research outcomes into practical husbandry recommendations.","Scientific manuscripts and technical reports — draft and revise under periodic peer review for submission to extension bulletins or regional journals.","CAD and GIS software — apply to model housing layouts or map regional production data in support of applied research projects.","Complex problems in animal feed formulation — work through systematically using deductive reasoning and referencing current nutritional science literature.","Cross-disciplinary research teams — contribute actively, sharing findings from biology, chemistry, and mathematics domains to support collaborative project goals."]},"proficient":{"label":"Proficient","statements":["Nutritional requirements and feed value research — design and execute comprehensive studies autonomously, spanning multiple species and production systems in field and laboratory environments.","Non-routine animal disease and parasite challenges — diagnose contributing factors and develop evidence-based intervention strategies for producers facing novel herd health problems.","Improved feeding, housing, and sanitation practices — formulate and validate new protocols by integrating experimental results, industry data, and biological principles across diverse production contexts.","Research findings — communicate authoritatively to scientific conferences, industry associations, and public audiences through peer-reviewed publications and technical extension documents.","Producer advisory programs — lead independently, assessing individual operation needs and tailoring science-based recommendations to improve animal production outcomes.","Advanced database and GIS tools — leverage to integrate spatial, environmental, and nutritional data into multi-variable models that inform regional animal science policy.","Critical gaps in animal nutrition science — identify through active literature synthesis and original experimental inquiry, generating new knowledge applicable to industry problems.","Judgment in ambiguous research situations — exercise by weighing incomplete data, ethical considerations, and stakeholder impacts to reach well-reasoned scientific conclusions.","Complex, multi-factorial animal production problems — resolve by applying inductive and deductive reasoning across chemistry, biology, and management knowledge domains.","Technical training materials and extension resources — develop and deliver for producer groups and early-career scientists, translating specialized research into actionable guidance."]},"advanced":{"label":"Advanced","statements":["Organizational research agenda for animal nutrition and production science — set strategic direction by aligning multi-year study programs with industry needs, funding landscapes, and regulatory priorities.","Institutional standards for communicating scientific findings — establish and model best practices across publications, media engagement, and stakeholder reporting at a national or organizational level.","Novel animal production improvement frameworks — pioneer by synthesizing cross-disciplinary evidence from chemistry, biology, and management to drive sector-wide adoption of best practices.","Senior scientists and research staff — mentor and develop, fostering intellectual curiosity, methodological rigor, and integrity across the full research team.","External partnerships with producers, government agencies, and industry bodies — lead negotiations and collaborations that translate physical science research into measurable improvements in animal production systems.","Policy recommendations on animal health, nutrition, and housing standards — author and advocate at regulatory and legislative forums, drawing on deep scientific expertise and organizational credibility.","Large-scale research programs — oversee resource allocation, timeline management, and quality assurance using administration and management principles to deliver impactful outcomes on schedule.","Emerging risks in animal disease, feed safety, and environmental sustainability — anticipate and respond to with organizational-level contingency strategies, guiding teams through complex, high-stakes decisions.","Institutional use of advanced technologies — champion adoption of GIS, CAD modeling, and integrated database platforms to transform research capacity and data-driven decision-making organization-wide.","Cross-sector knowledge exchange — lead by presenting authoritative research syntheses at international scientific forums and facilitating collaborative networks that elevate the field of physical and animal science."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}