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Nanosystems Engineers

Typical education: Doctoral or professional degreeModerate pressure

What they do

Design, develop, or supervise the production of materials, devices, or systems of unique molecular or macromolecular composition, applying principles of nanoscale physics and electrical, chemical, or biological engineering.

Kinds of work

  • Investigative: Science, research, figuring out how things work and solving complex problems.
  • Realistic: Hands-on work with tools, machines, plants or animals, often outdoors.
  • Conventional: Organizing information, following clear procedures and working with data and details.

Moderate pressure: How much pressure workers in this job report: deadlines, conflict, dealing with upset people, the cost of mistakes, responsibility for others' safety, competition and long hours. It varies a lot from one employer to the next. Source: U.S. Department of Labor worker surveys.

Pay, tasks and more

Salary

United States $122,930 Median per year · $59.10/hr Most earn $66,810–$189,950

BLS Occupational Employment and Wage Statistics, 2025.

What you might do

  • Write proposals to secure external funding or to partner with other companies.
  • Design or engineer nanomaterials, nanodevices, nano-enabled products, or nanosystems, using three-dimensional computer-aided design (CAD) software.
  • Synthesize, process, or characterize nanomaterials, using advanced tools or techniques.
  • Prepare reports, deliver presentations, or participate in program review activities to communicate engineering results or recommendations.
  • Create designs or prototypes for nanosystem applications, such as biomedical delivery systems or atomic force microscopes.
  • Apply nanotechnology to improve the performance or reduce the environmental impact of energy products, such as fuel cells or solar cells.

Job outlook

United States
4% more jobs by 2035, about as fast as average · about 8,800 openings a year

Openings include new jobs and jobs left by workers who retire or change careers. Projections: U.S. Bureau of Labor Statistics. "Bright Outlook": U.S. Department of Labor.

Where they work

  • Federal government, excluding postal service21.8%
  • Engineering services11.0%
  • Research and development in the physical, engineering, and life sciences6.5%
  • Self-employed (their own business)5.2%
  • Management of companies and enterprises4.6%

Share of all workers in this career. Source: U.S. Bureau of Labor Statistics, National Employment Matrix.

Experience before this job: 2 to 4 years

Career path

How people usually get into this career, from school to their first job and beyond.

Typical education: Doctoral or professional degreeExperience before this job: 2 to 4 years

Nanosystems Engineering is not an entry-level job. Most people need a doctoral degree plus about 2 to 4 years of related work or research experience, so the full path usually takes roughly 10 to 14 years after high school.

  1. Bachelor's degree in engineering, physics, chemistry, or materials science

    4 years

    You build the core math, science, and lab skills that every nanotechnology path depends on, and you can join undergraduate research to start learning how real experiments work.

  2. Materials Engineer

    1-2 years

    In an entry-level engineering job you learn how materials behave at small scales and how to run tests, which shows graduate programs and employers that you can do hands-on nanoscale work.

  3. Doctoral degree in nanoscience, nanoengineering, or a related engineering field

    4-6 years

    A PhD lets you do original research on nanoscale devices or materials, and it is the education level this career typically requires.

  4. Nanosystems Engineer

    2-4 years of related work or postdoc research before this job

    You design, develop, or oversee the production of nanoscale materials, devices, or systems, using what you learned in your doctorate and experience.

Where it can lead

  1. Senior Nanosystems Engineer

    3-5 years of experience first

    You take on larger projects, lead small teams, and make design decisions with less supervision, which comes from a strong track record of results.

  2. Principal Engineer or Research Scientist Lead

    5-10 years of experience first

    You set technical direction for a group or program, mentor other engineers, and often represent the team to customers or leadership, which requires deep expertise and a record of successful projects.

What you can do now

Ideas for high school and college students.

In high school

  • Take advanced math and physicsCalculus, physics, and chemistry give you the foundation you will need for an engineering or science degree.
  • Join a science or robotics clubWorking on team projects teaches you hands-on building, testing, and teamwork, which are everyday skills for engineers.
  • Enter a science fair or engineering competitionDesigning and presenting your own experiment shows you what research feels like and gives you something to talk about in college applications.
  • Volunteer or get a starter job in a lab or tech settingHelping in a school or community science lab, or doing tech support, gives you early exposure to careful work and following procedures.
  • Practice writing and presentingEngineers must explain complex ideas clearly to teammates and clients, so strong writing and speaking skills matter a lot.

In college

  • Major in engineering, physics, chemistry, or materials scienceThese majors give you the core knowledge that nanosystems graduate programs expect.
  • Join an undergraduate research labHands-on research builds the experience and faculty references you will need for a PhD.
  • Pursue an internship or co-op at a materials or tech companyIndustry experience shows how nanoscale work is applied in real products and helps you decide what you enjoy.
  • Take courses in programming and data analysisSimulation, modeling, and data skills are increasingly used in nanotechnology research and design.
  • Attend seminars and join a student engineering or materials societyThese groups help you learn about the field, meet professionals, and find mentors and networking opportunities.

Tips for getting started

  • Get into a research lab early, even as a first-year or sophomore, and ask to help with real projects. Research experience is one of the strongest things graduate programs look for.
  • Take strong math and physics courses and get comfortable with coding, since modeling and data analysis are common in this work. Your student results page also shows typical pay near you and nationally, so you can explore that there when you're ready.
  • Keep a simple notebook or portfolio of lab work, projects, and what you learned. It will help you explain your skills in graduate school applications and job interviews.

Related jobs that often lead here

Related jobs a step up

Education, experience and related careers: U.S. Department of Labor. The step-by-step path, where it can lead and what you can do now were written by AI as typical examples; many people take other ways.

College majors that lead here

Majors: U.S. Department of Education and BLS (CIP–SOC crosswalk). Earnings and debt: College Scorecard, typical across U.S. colleges.

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