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Nanosystems Engineers Work Duty Template

디자인, 생기게 하다, or supervise the generation of distinctive molecular or composition of products, 단위, or techniques, using electrical, 물질, or natural executive and axioms of nanoscale science.

직업 능력 필수
  • Write recommendations with other companies to accomplice or to safe external funding.
  • Monitor technologists or specialists operating in nanotechnology research or generation.
  • Synthesize, nanomaterials that were characterize, or process, employing sophisticated equipment or practices.
  • Identify new programs regarding nanotechnologies that are present.
  • Give shoppers on topics such as for example nanosystem startup, 서비스, or use with assist or technical advice.
  • Create high resolution graphics or assess power-distance figure.
  • Make studies, provide presentations, or participate in method evaluation activities to communicate suggestions or executive results.
  • Prepare nanotechnology- related innovation disclosures or patent purposes.
  • Develop processes or determine equipment necessary for nanoscale degree generation that is commercial or aviator.
  • Supply researchers technologists or others with expertise or technological or technical direction , applying understanding of substance, logical, or biological operations as placed on micro and nanoscale devices.
  • Engineer manufacturing techniques regarding certain nanotechnology applications, such nanofabrication, as electroplating, or adhesive.
  • Layout or execute testing of methods, 절차, or new nanotechnology goods.
  • Layout or engineer nanomaterials, nanodevices, nano-enabled goods, or nanosystems, employing three dimensional pc-assisted style (치사한 사람) 신청.
  • Produce prototypes or types for nanosystem apps, such as for example power microscopes that are atomic or biomedical shipping programs.
  • Execute research linked to a variety of nanotechnology matters, including packaging, heat-transfer, fluorescence diagnosis, nanoparticle dispersion, cross systems, liquefied systems nanofabrication, optoelectronics, or nanolithography.
  • Decrease the environment impact of energy products, for example gasoline cells or solarcells or employ nanotechnology to enhance the efficiency.
  • Layout nano-empowered items with lowered accumulation, durability that was elevated, or increased energy efficiency.
  • Design nanosystems with parts such as nanocatalysts or equipment to wash pollutants that are unique from waste sites that are hazardous.
  • Acquire catalysis or different chemistry techniques that are green to synthesize nanomaterials, such as for example nanotubes, nanocrystals, nanorods, or nanowires.
  • Organize or monitor the task of vendors or providers in the designing, 개발 중, or testing of such as for instance probes or contacts, nanosystem gadgets.
  • Style nano-based making techniques to decrease water, 물질, or energy-use, along with to lessen waste production.
  • Layout nanoparticle catalysts to detect or eliminate compound or other toxins from water, dirt, or atmosphere.
  • Acquire greenbuilding nanocoatings, such as for example home- cleansinganti, 얼룩, depollutingfogging -frosting, anti-microbial, dampness-tolerant, or protectant coatings that are uv.
  • Include nanotechnology into items, including healthcare devices or home with antimicrobial qualities, to reduce the progress of microorganisms or microorganisms that are different.
  • Reengineer nanomaterials to improve biodegradability.

경력 활동 요구 사항
  • Reading Knowledge-Knowledge paragraphs and composed sentences in work related papers.
  • Active-Listening-To what others assert offering total attention,, using time and energy to recognize the items being produced, 적절한 요청 문제, 잘못된 경우에 중단하지.
  • Creating-Talking efficiently in writing as right for the needs of the market.
  • 효율적으로 정보를 언급하는 다른 사람들과 채팅-대화하기.
  • Math-Applying math to solve issues.
  • Research-Applying techniques and controlled rules to fix problems.
  • Thinking that is critical-Employing reasoning and reason to spot the strengths and weaknesses of ways, 아이디어 나 문제에 대한 다른 옵션.
  • Active-Learning-Knowing the implications of fresh info for each present and potential problem solving and decision-making.
  • Learning Strategies-Picking and applying coachingORtutorial methods and procedures befitting the situation when learning or instructing new points.
  • Monitoring-CheckingOREvaluating efficiency of different folks, 자신, or businesses to make advancements or consider remedial action.
  • Social Perceptiveness-Being conscious of othersA reactions and comprehending why they respond because they do.
  • 다른 사람의 관점에서 작업을 조정 - 조정’ 행위.
  • Persuasion-Persuading others to alter their minds or behaviour.
  • Mediation-Providing others collectively and trying to reconcile variances.
  • Teaching-Educating others HOWTO take action.
  • Service Orientation-Positively trying to find methods to enable individuals.
  • Complex Problem-Solving-Distinguishing complicated problems and critiquing facts that is connected apply alternatives and to produce and consider options.
  • Businesses Evaluation-Studying item needs and requirements to make a style.
  • Engineering Design-Technologies to assist user and establishing tools or building wants.
  • Gear Selection-Identifying the type of equipment and tools needed to do a work.
  • 장비를 설치-추가, 기계, 배선, 또는 프로그램은 일반적으로 요구 사항을 충족.
  • 다른 기능에 대한 인코딩을 생산하는 컴퓨터 패키지.
  • Function Tracking-Seeing tests, 전화, or different signals to make sure a machine is performing properly.
  • Operations and Manage-Managing operations of tools or programs.
  • Maintenance-Executing servicing that is routine on devices and identifying when.
  • Troubleshooting-Determining reasons for problems that are functioning and deciding what to do about it.
  • Repairing-Fixing systems or machines using the necessary equipment.
  • Quality-Control Analysis-Performing examinations and tests of products, 솔루션, 또는 프로세스 성능 또는 품질을 판단하는.
  • View and Decisionmaking-Thinking about the relative charges and benefits of actions that are possible to find the best suited one.
  • Systems Analysis-Determining what sort of method should operate and just how improvements in the atmosphere, 사업, as well as ailments may influence outcomes.
  • Systems Evaluation-Distinguishing methods or indicators of system performance as well as the measures had a need to improve or proper effectiveness, 기계의 목표를 기준으로.
  • 시간 다른 사람을 관리 - 제어’ time as well as oneis private period.
  • Operations of Financial Resources-Identifying how money is likely to be used to obtain the work done, 이러한 지출에 대한 부기.
  • Supervision of Content Means-Obtaining and observing for the appropriate use of products, 시설, 및 재료는 특정 운영 할 필요가 있었다.
  • 종업원의 감독 자원 자극, 개발 중, 그들이 수행하는 동안 사람들을 가리키는, identifying the top people for that occupation.
교육 자격 기술 자격
  • 석사 학위
  • 박사 수준
  • Bachelor's도
  • 위에 2 연령, 등을 포함하여 많은 4 연령
작업 기관 기술 전제 조건
  • AccomplishmentORWork – %
  • 끈기 – %
  • 계획 – %
  • 지도 – %
  • 보조 – %
  • 물질 기타에 대한 – %
  • 사회 방향 – %
  • Selfcontrol – %
  • 스트레스 내성 – %
  • VersatilityANDVersatility – %
  • 신뢰성 – %
  • 화면의 인식 – %
  • 힘 – %
  • 자유 – %
  • 개발 – %
  • 생각 – %

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