{"schemaVersion":"1.0","exportedAt":"2026-05-15T11:21:43.481Z","occupation":{"soc":"11-9121.00","title":"Natural Sciences Managers","group":"Management","sector":"54","jobZone":5,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers the full management practice context for Natural Sciences Managers operating across academic, government, and industry R&D settings, from entry-level project support through enterprise-wide scientific leadership.","levels":{"emerging":{"label":"Emerging","statements":["Research project proposals — draft initial sections under senior manager guidance within a natural sciences laboratory or regulatory environment.","Scientific and technical reports — read and summarize findings under supervision to support review cycles in an R&D organization.","Problem analysis phases — assist in mapping successive steps of a structured investigation under direction from a principal scientist.","Research staff activities — monitor day-to-day task progress and report status updates to a supervising natural sciences manager.","Regulatory and technical literature — apply reading comprehension skills to extract compliance requirements relevant to an assigned research project.","Spreadsheet and office suite software — organize project data and prepare formatted tables to support team reporting in a science-based organization.","Scientific meetings and conferences — participate actively by listening, taking notes, and relaying key decisions to the project team.","Client-facing project documentation — contribute assigned sections of status reports under the direction of an experienced project manager.","Research personnel scheduling — coordinate basic logistics for small technical teams following established protocols in a multi-disciplinary laboratory setting.","Analytical or scientific software — enter and verify data sets under supervision to support ongoing experimental or modeling activities."]},"developing":{"label":"Developing","statements":["Research and development activities — plan and coordinate defined project phases with reduced oversight in a government, academic, or industry laboratory.","Technical staff performance — supervise engineers and technicians routinely, providing structured feedback aligned with project milestones in an applied science setting.","Problem analysis frameworks — design logical sequences of investigation steps for familiar problem categories encountered in ongoing natural sciences programs.","Project activity reports — prepare and review testing or operational summaries for submission to senior leadership or external stakeholders.","Interdisciplinary project teams — confer with scientists, engineers, and regulators to align on scope and technical requirements for mid-scale research initiatives.","Client relationships — communicate project status and preliminary findings to clients in clear, accessible language during scheduled progress reviews.","Scientific or technical goals — translate broad management directives into detailed work plans with defined deliverables and timelines for a research unit.","Geographic information systems and database tools — query and analyze spatial or experimental data sets to support evidence-based project decisions.","Proposal development — prepare complete project proposals including scope, methodology, budget justification, and risk considerations for submission to funding bodies.","Personnel resource allocation — match researcher skill sets to project tasks, adjusting assignments as project conditions evolve within a laboratory division."]},"proficient":{"label":"Proficient","statements":["Full research program lifecycles — plan, direct, and evaluate all phases from problem definition through publication or product delivery across complex, multi-year natural sciences initiatives.","Senior scientific and engineering staff — hire, mentor, and evaluate researchers and technicians autonomously, cultivating high-performing interdisciplinary teams in a large R&D organization.","Non-routine technical challenges — apply inductive and deductive reasoning to diagnose and resolve novel scientific or operational problems without precedent in the organization's experience.","Strategic research objectives — define specific scientific and technical goals within executive-level outlines, constructing detailed implementation plans that integrate regulatory, budgetary, and scientific constraints.","Cross-sector stakeholder communication — confer with regulators, industry partners, and academic collaborators to negotiate project parameters and provide authoritative technical assistance.","Client engagement and specification setting — lead discussions with clients to present complex research findings, establish technical specifications, and refine project scope based on emerging data.","Multi-method analytical workflows — design and oversee the application of analytical or scientific software, GIS platforms, and development environments to address integrated research questions.","Institutional research reporting — review, synthesize, and approve comprehensive operational and testing reports that meet internal quality standards and external regulatory requirements.","Critical evaluation of scientific literature — systematically assess peer-reviewed findings to inform program direction and ensure methodological rigor across all active projects.","Organizational learning strategies — design knowledge-transfer mechanisms and professional development pathways that build scientific capacity across a research division."]},"advanced":{"label":"Advanced","statements":["Organizational research vision — set long-range scientific and technical direction for an entire natural sciences enterprise, aligning program priorities with institutional mission and societal impact.","Executive-level personnel strategy — lead workforce planning, succession development, and performance culture initiatives that shape the talent pipeline across a national or global science organization.","Complex problem-solving governance — establish frameworks for analyzing and resolving the most ambiguous, high-stakes scientific challenges, drawing on cross-disciplinary expertise at the executive level.","Enterprise stakeholder influence — persuade and align executives, regulators, funders, and policy makers around ambitious research agendas through authoritative scientific communication and strategic advocacy.","Major proposal and grant leadership — champion and oversee the development of transformative funding proposals, negotiating scope and resources with government agencies, foundations, and private sector partners.","Scientific innovation culture — model and institutionalize intellectual curiosity and innovation norms that accelerate breakthrough discovery across research divisions and partner organizations.","Client and partner ecosystems — cultivate enduring strategic relationships with high-value clients and collaborators, positioning the organization as the preferred partner for complex natural sciences engagements.","Cross-functional program integration — direct the coordination of research, regulatory, engineering, and operations functions to deliver enterprise-scale scientific programs on time and within compliance boundaries.","Organizational knowledge infrastructure — architect document management, data governance, and reporting systems that enable evidence-based decision making at every level of a science-intensive institution.","Field-wide thought leadership — represent the organization's scientific standing through keynotes, publications, and advisory roles that influence standards, policy, and practice across the natural sciences sector."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}