{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:40.554Z","occupation":{"soc":"19-1022.00","title":"Microbiologists","group":"Life, Physical & Social Science","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers microbiologists working across clinical diagnostic laboratories, public health and environmental monitoring programs, academic research institutions, and regulated industrial or pharmaceutical settings, from entry-level bench work through organizational scientific leadership.","levels":{"emerging":{"label":"Emerging","statements":["Bacterial and fungal cultures — isolate and maintain in prescribed laboratory media under direct supervision, controlling basic parameters such as temperature and moisture.","Microscopy techniques — apply standard protocols to examine and identify microorganisms in human, water, and food specimens with guidance from a senior scientist.","Laboratory equipment — operate basic instruments including light microscopes and pipetting devices following established safety and handling procedures in a regulated lab setting.","Water and food samples — assist in collecting and processing environmental specimens for microbial testing according to written standard operating procedures.","Scientific literature — read and summarize peer-reviewed articles relevant to assigned microbiology projects under the direction of a supervising researcher.","Laboratory data — record observations and raw test results accurately in laboratory notebooks or electronic databases using provided templates.","Biological safety protocols — follow prescribed biosafety level guidelines and personal protective equipment requirements in a clinical or research laboratory environment.","Basic culture media — prepare nutrient and selective media formulations according to standardized recipes in support of ongoing microbiological experiments.","Specimen logs and chain-of-custody documents — complete and maintain accurately for samples received from health departments or community environmental programs.","Entry-level analytical software — enter and retrieve experimental data using laboratory information management systems under supervision in a research or public health lab."]},"developing":{"label":"Developing","statements":["Microbial cultures — isolate, transfer, and maintain bacteria and other microorganisms in both prescribed and self-selected media, independently adjusting aeration, nutrition, and temperature to sustain viable specimens.","Physiological and morphological characteristics — examine and classify microorganisms using light and fluorescence microscopy with routine proficiency, applying established taxonomic keys in a clinical diagnostic or environmental lab.","Environmental and food safety testing — independently conduct standard monitoring assays on water, food, and environmental samples, interpreting results against regulatory benchmarks.","Specialized laboratory equipment — operate thermocyclers, electrophoresis units, and high-pressure liquid chromatographs routinely, troubleshooting common instrument malfunctions without supervision.","Organism–disease relationships — apply foundational epidemiological and microbiological principles to investigate sources of contamination or infection in community health or industrial quality-control settings.","Technical reports — draft clear written summaries of experimental findings and preliminary recommendations for review by senior scientists in research or public health organizations.","Antibiotic susceptibility testing — perform standardized minimum inhibitory concentration assays and interpret results in support of clinical or pharmaceutical laboratory workflows.","Biological technician coordination — guide and review the daily bench work of one or two laboratory technicians, ensuring adherence to protocols in a departmental lab setting.","Scientific databases and retrieval software — conduct systematic literature searches to inform experimental design and adapt methods to emerging findings in microbiology.","Laboratory quality assurance — apply internal quality-control checks to routine assays, identifying out-of-specification results and escalating anomalies through appropriate channels."]},"proficient":{"label":"Proficient","statements":["Complex culture systems — design and optimize growth media and environmental conditions for fastidious or novel microorganisms across the full experimental lifecycle in a research or bioprocessing environment.","Advanced instrumentation — independently operate and interpret data from electron microscopes, fluorescence-activated cell sorters, gas chromatographs, and phosphorimagers to characterize microbial populations and metabolites.","Diagnostic laboratory services — provide authoritative microbiological information to physicians, public health officers, and environmental agencies, translating complex findings into actionable clinical or regulatory guidance.","Epidemiological investigation — lead field and laboratory inquiries into outbreak sources, antibiotic resistance patterns, and environmental contamination, integrating multidisciplinary data to determine causative agents.","Microorganism classification — apply polyphasic taxonomic approaches, including molecular and phenotypic methods, to identify and formally classify previously uncharacterized organisms in public health or academic settings.","Research study design — independently formulate hypotheses, select appropriate controls, and design statistically rigorous experiments investigating organism–disease relationships in peer-reviewed research programs.","Technical reporting and publications — author comprehensive technical reports, regulatory submissions, and peer-reviewed manuscripts that synthesize research outcomes and formulate evidence-based recommendations.","Biological technologist supervision — independently oversee and evaluate the performance of biological technologists, technicians, and junior scientists, assigning tasks and ensuring data integrity across laboratory operations.","Regulatory and compliance standards — interpret and apply federal, state, and international microbiology standards (e.g., FDA, EPA, CDC) to laboratory practices, ensuring full compliance in clinical or environmental settings.","Multivariable data analysis — apply mathematical modeling and statistical software to analyze large microbial datasets, drawing defensible conclusions about population dynamics and environmental risk in complex real-world scenarios."]},"advanced":{"label":"Advanced","statements":["Organizational research strategy — define and champion the long-range scientific vision for a microbiology department or research division, aligning laboratory capabilities with institutional, funding, and public health priorities.","Cross-sector laboratory networks — establish collaborative frameworks among health departments, academic institutions, and government agencies to coordinate environmental monitoring and infectious disease surveillance at regional or national scale.","Workforce development — design and implement mentoring, training, and career-development programs for scientists, technologists, and graduate trainees, elevating overall departmental scientific competency.","High-impact technical guidance — serve as the principal expert authority on microbiology methods and findings, delivering authoritative recommendations to executive leadership, regulatory bodies, and public health policy makers.","Emerging pathogen response — lead institutional or multi-agency responses to novel infectious disease threats, directing resource allocation, laboratory surge capacity, and communication strategies during epidemics or public health emergencies.","Innovation and technology adoption — evaluate, champion, and integrate next-generation technologies such as metagenomics platforms, advanced cell-sorting systems, and AI-driven diagnostic tools into organizational workflows.","Grant and funding stewardship — secure and manage major extramural research funding, shaping scientific priorities, overseeing budget allocation, and ensuring deliverables across multi-year microbiological research programs.","Scientific publication leadership — lead the preparation and strategic dissemination of landmark research findings through high-impact journals, conference keynotes, and policy briefs that shape the field of microbiology.","Ethical and biosafety governance — chair institutional biosafety committees and ethics review boards, setting and enforcing standards for responsible research conduct and select-agent compliance across the organization.","Interdisciplinary collaboration leadership — orchestrate partnerships with engineers, clinicians, data scientists, and regulatory specialists to translate fundamental microbiological discoveries into applied public health interventions or commercial products."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}