{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:53.212Z","occupation":{"soc":"17-3026.01","title":"Nanotechnology Engineering Technologists and Technicians","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers nanotechnology engineering technologists and technicians working in regulated nanofabrication, research, and advanced manufacturing environments requiring GMP compliance, precision characterization, and cross-disciplinary collaboration.","levels":{"emerging":{"label":"Emerging","statements":["Optical microscopy and particle size analysis instruments — operate under direct supervision to produce baseline images and measurements in a controlled nanofabrication laboratory.","Batch-record documentation templates — complete accurately for nanoproduction runs under technician guidance in a regulated manufacturing environment.","Nanotechnology weighing and testing equipment — perform routine calibration steps following standard operating procedures with supervisor verification at each stage.","Cleanroom protocols and gowning requirements — follow prescribed entry and maintenance standards to uphold processing environment integrity under close direction.","Standard operating procedures and hazardous material restrictions — read and apply when setting up nanotechnology production equipment during supervised shifts.","Nanoscientist or engineer directives — assist in processing and characterizing materials by performing assigned physical and chemical property measurements in the laboratory.","Atomic force microscopy and scanning electron microscopy — recognize instrument components and execute basic imaging tasks under the guidance of experienced technologists.","Equipment malfunction indicators — identify and report faults in nanotechnology processing or testing equipment by submitting accurate work orders to maintenance teams.","Scientific data spreadsheets and laboratory information systems — enter experimental results and equipment readings with precision during daily laboratory operations.","Good manufacturing practices and health and safety requirements — demonstrate foundational understanding by following posted protocols throughout all assigned nanoproduction tasks."]},"developing":{"label":"Developing","statements":["Atomic force microscopy and zeta potential analysis tools — execute multi-parameter characterization workflows with reduced oversight to support materials development projects.","Nanoproduction batch records and regulatory documentation — maintain complete and audit-ready records independently across multiple production runs in a GMP-regulated facility.","Calibration schedules for weighing, testing, and production equipment — manage and execute on a routine basis, applying corrective adjustments and documenting deviations appropriately.","Cleanroom environmental monitoring data — analyze trends and implement corrective housekeeping or procedural actions to sustain compliance with ISO classification standards.","Nanotechnology processing and testing equipment — diagnose common faults, perform preventive maintenance, and escalate complex repair needs through established work-order systems.","Physical and chemical property characterization data — interpret results from particle size analysis and optical microscopy to support nanoscientists in refining synthesis parameters.","Experiment protocols developed by engineers — execute with reliable consistency, adapting minor procedural variables to accommodate sample-specific conditions in the laboratory.","Nanotechnology compounding and production equipment — operate across multiple unit operations in accordance with SOPs, hazardous material restrictions, and shift safety requirements.","Analytical or scientific software platforms — use to process imaging and measurement data, generate summary reports, and flag anomalous results for engineering review.","Cross-functional communication with scientists and engineers — convey technical observations clearly in written reports and team meetings to advance nanotechnology development goals."]},"proficient":{"label":"Proficient","statements":["Scanning electron microscopy, atomic force microscopy, and zeta potential analysis — lead full characterization campaigns autonomously, selecting optimal techniques to resolve complex materials questions.","Nanoproduction documentation systems — design and maintain comprehensive batch-record frameworks that satisfy regulatory audit requirements and support continuous process improvement initiatives.","Advanced calibration and qualification protocols — develop and execute for novel or newly installed nanotechnology equipment, establishing acceptance criteria and validation documentation.","Cleanroom contamination investigations — lead root-cause analyses of environmental excursions and implement corrective and preventive action plans to restore and sustain compliance.","Nanotechnology equipment repair and reliability programs — troubleshoot sophisticated instrument failures, coordinate vendor support, and author corrective maintenance procedures to minimize downtime.","Nanomaterial processing and characterization experiments — design in collaboration with engineers and scientists, integrating physical, chemical, and engineering principles to optimize nanoscale system performance.","Complex problem-solving across nanotechnology production lines — apply systems analysis and inductive reasoning to identify interdependencies and resolve non-routine processing failures.","Hazardous nanomaterial handling and exposure control procedures — evaluate and refine site-wide practices, ensuring alignment with current regulatory standards and emerging occupational health guidance.","CAD and analytical software tools — leverage to model process configurations, interpret multidimensional characterization data, and present actionable findings to engineering and management stakeholders.","Junior technicians and technologists — mentor in equipment operation, GMP documentation, and scientific reasoning, elevating team competency across nanofabrication workflows."]},"advanced":{"label":"Advanced","statements":["Nanotechnology competency frameworks and training curricula — develop and implement organization-wide to build a high-performing technical workforce aligned with evolving nanoscience capabilities.","Strategic nanotechnology equipment investment plans — define and justify by synthesizing operational performance data, industry benchmarks, and organizational research and production objectives.","Organization-wide cleanroom and environmental control standards — establish, audit, and continuously improve to ensure regulatory compliance and competitive nanofabrication quality across all facilities.","Cross-disciplinary nanotechnology development programs — lead by directing collaboration among engineers, scientists, and technicians to translate experimental findings into scalable production processes.","Enterprise documentation and quality management systems for nanoproduction — architect and govern to ensure data integrity, regulatory readiness, and institutional knowledge retention at scale.","Novel characterization and measurement methodologies — pioneer by evaluating emerging tools such as advanced electron microscopy variants and integrating them into standard laboratory practice.","Organizational risk and safety governance for nanomaterial operations — lead by defining hazard classification policies, directing safety audits, and engaging regulatory bodies on nanoscale exposure standards.","Technology roadmaps for nanotechnology materials, components, and systems — author and champion at the executive level, aligning R&D investments with long-range scientific and commercial strategy.","External scientific and industry partnerships — cultivate and manage to position the organization at the forefront of nanotechnology innovation, including consortium memberships and standards-body participation.","Senior technical staff performance and professional development — oversee through structured evaluation, targeted mentorship, and succession planning to sustain engineering and technologist excellence."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}