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Best Nanotechnology Schools: The Top Colleges and Universities for Nanotechnology Programs

Saheed Aremu Olanrewaju - June 07, 2022

The best schools for nanotechnology offer training in the manipulation and application of particles at the atomic level and molecular level. The implications of nanotechnology have the potential to affect a wide range of industries. Nanotechnology is the future of STEM, as investigations in the broad applications of this field conducted by researchers can impact health, science, and big data.

Finding the best nanotechnology schools is important in starting your career on a solid foundation. This article discusses the best nanotechnology universities for different degree types and the highest-paying jobs available to grads.

Best Nanotechnology College and University Rankings: Top 10 Nanotechnology Schools at a Glance

School State Formats Available US News Ranking
Carnegie Mellon University PA In-person 25
Georgia Institute of Technology GA In-person 38
Northwestern University IL In-person 9
Rice University TX In person 17
University at Albany (SUNY) NY In-person 172
University of California (San Diego) CA In-person 34
University of Chicago IL In-person 6
University of Michigan MI In-person 23
University of Pittsburgh PA In-person 59
University of Washington WA In-person 59

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Nanotechnology School Rankings: Best Nanotechnology Colleges and Universities

The following is an overview of the best nanotechnology colleges including their rankings, degrees offered, accreditation, graduation rate, acceptance rate, and school type. Use this guide in your search for the best nanotechnology programs.


Carnegie Mellon University

Graduation Rate: 93%

Carnegie Mellon University is a private research university in Pittsburgh, Pennsylvania. It was founded in 1900 by Andrew Carnegie as the Carnegie Technical Schools and was renamed Carnegie Mellon University in 1967.

The university has a number of independent schools, such as the College of Engineering, Mellon College of Science, Tepper School of Business, and Dietrich College of Humanities and Social Sciences.

Carnegie Mellon University Overview

  • School Type: Private
  • Acceptance Rate: 17%
  • Accreditation: Middle States: Middle States Commission on Higher Education
  • Degrees Offered: Bachelor's, master's, PhD
  • US News Ranking: 25
  • Times Higher Education Ranking: 21

Best Carnegie Mellon University Nanotechnology Programs

  • Major in Biomedical Engineering: This biomedical engineering course is an additional major course designed for undergraduate students. Its core requirements include a core track and capstone design courses. The capstone is designed to expose students to real-world biomedical applications.
  • Master of Biomedical Engineering . This program offers a broad range of courses in areas such as tissue engineering, biomedical, biomaterials and nanotechnology concentrations, and design of medical devices. It contains courses in cell biology, biomechanics, and neuro-engineering.
  • PhD in Biomedical Engineering. This program’s curriculum is similar to the master’s program but differs in the area of research. It ensures the student completes a qualifying examination, a dissertation, and defense of their research.

Carnegie Mellon University Nanotechnology Key Takeaway

Carnegie Mellon University shows outstanding performance, especially in the area of engineering. It has been named the fourth-best school in engineering by US News & World Report.


Georgia Institute of Technology

Graduation Rate: 92%

Georgia Institute of Technology is a public university located in Atlanta, Georgia. It was founded in October 1885. Georgia Institute of Technology offers master's degrees, bachelor's degrees , and doctoral degrees, and has a total student population of 39,771.

Georgia Institute of Technology Overview

  • School Type: Public
  • Acceptance Rate: 21%
  • Accreditation: Southern Association of Colleges and Schools, Commission on Colleges
  • Degrees Offered: Bachelor's, master's, PhD
  • US News Ranking: 38
  • Times Higher Education Ranking: 69

Best Georgia Institute of Technology Nanotechnology Programs

  • Bachelor of Science in Mechanical Engineering-Micro and Nanoengineering. The program includes a mechanical engineering (ME) core of essential ideas, a design and professional practice stem, and a nanotechnology concentration which includes mandatory courses in nanoscale materials technology and nanoscale structures technology. It also has 15 credit hours of free elective courses, constituting a full-time 129 credit hours.
  • Master of Science in Bioengineering. This program’s curriculum offers thesis and non-thesis options, each covering a total of 30 credit hours. It includes courses in biological sciences, engineering math, and technical electives.
  • PhD in Bioengineering . This program is designed for graduates that want to pursue a career as researchers or teachers. The PhD program teaches students how to integrate engineering with biology and other courses in science to develop knowledge and technological advancement.

Georgia Institute of Technology Nanotechnology Key Takeaway

The nanotechnology group at ECE is well recognized for its leadership in research and instruction in this dynamic sector.


Northwestern University

Graduation Rate: 95%

Northwestern University is a private university located in Evanston, Illinois. It was established in 1851 and is one of the world's most prominent universities. Northwestern University is a leading research university with over 90 school-based units and over 50 university research centers.

Northwestern University Overview

  • School Type: Private
  • Acceptance Rate: 9%
  • Accreditation: Higher Learning Commission
  • Degrees Offered: Bachelor's, PhD
  • US News Ranking: 9
  • Times Higher Education Ranking: 9

Best Northwestern University Nanotechnology Programs

  • Bachelor of Science in Chemistry. This lab-intensive chemistry degree is designed for students who wish to pursue graduate programs in a physical science like chemistry. Its curriculum offers concentration options in biochemistry, organic chemistry, inorganic chemistry, physical chemistry, environmental chemistry, and materials and nanotechnology.
  • PhD in Chemistry . This program provides innovative research track work in areas such as material science, molecular and cell biology, composite materials, and nanotechnology. The faculty also provides research courses with a dedicated interest in nanoscience and nanochemistry.

Northwestern University Nanotechnology Key Takeaway

You can get hands-on training in research nanotechnology at Northwestern University, which is ranked 18th in best value schools by the US News & World Report. It is also one of the best global universities for materials science.


Rice University

Graduation Rate: 94%

Rice University is a private university located in Houston, Texas, and was established in 1912. It is one of the best universities to study materials science and do research in this field.

Rice University Overview

  • School Type: Private
  • Acceptance Rate: 11%
  • Accreditation: Southern Association of Colleges and Schools, Commission on Colleges
  • Degrees Offered: Bachelor's, master's, PhD
  • US News Ranking: 17
  • Times Higher Education Ranking: 18

Best Rice University Nanotechnology Programs

  • Bachelor of Science in Material Science and Nanoengineering : This degree equips graduates with the skills needed by top institutions and businesses, preparing them to flourish in professional employment. The major requires a total of 89 to 92 credit hours, while the BS degree requires 126 to 129 credit hours accumulated over four years.
  • Master of Science in Materials Science and Nanoengineering. Graduates of this program apply their in-depth knowledge in material science or nanoengineering. Students will also conduct research in these sub-disciplines while gaining 32 credits.

Rice University Nanotechnology Key Takeaway

Courtesy of the university’s theoretical study and discovery of fullerenes in 1985, Rice University is sometimes referred to as the genesis of nanoscience and nanotechnology. It provides a great option in nanotechnology.


University at Albany (SUNY)

Graduation Rate: 66%

State University of New York at Albany (SUNY) is a public university founded in 1844 and is located in Albany, New York. It has a student population of 17,688, with 13,182 of those being undergraduates.

University at Albany (SUNY) Overview

  • School Type: Public
  • Acceptance Rate: 68%
  • Accreditation: Middle States Commission on Higher Education
  • Degrees Offered: Bachelor's, master's
  • US News Ranking: 172
  • Times Higher Education Ranking: 188

Best University at Albany (SUNY) Nanotechnology Programs

  • Bachelor of Science in Nanoscale Engineering. This 120-credit on-campus program focuses on nanotechnology and engineering. Besides nanoscience, the curriculum also teaches students physical sciences, mathematics, biophysics, physics, and other liberal education paths to enhance their creativity and technical problem-solving skills.
  • Master of Science in Nanoscale Engineering . Master of Science (MS) degree programs give a solid foundation in the expanding multidisciplinary fields of nanoscale science and nanoscale engineering in preparation for employment or graduate study and research leading to a PhD degree. Thirty credits are required to be eligible to graduate from this program.

University at Albany (SUNY) Nanotechnology Key Takeaway

During their capstone sequence, students have the opportunity to collaborate closely with industry partners. Students learn various nanotechnology concepts through practical, hands-on experience.


University of California (San Diego)

Graduation Rate: 89%

University of California is a public university in La Jolla, California, and was established in 1960. The institution has a student population of 39,576, with 31,842 undergraduates. Since its founding, it's become known for its advancing research, development, and discovery.

University of California (San Diego) Overview

  • School Type: Public
  • Acceptance Rate: 34%
  • Accreditation: WASC Senior College and University Commission
  • Degrees Offered: Bachelor's, master's, PhD
  • US News Ranking: 34
  • Times Higher Education Ranking: 43

Best University of California Nanotechnology Programs

  • Bachelor of Science in Nanoengineering. The Bachelor of Science (BS) program is designed to give depth and versatility by using the strengths of UC San Diego's basic sciences and other engineering fields. The time frame expected to complete this program is four years and requires the completion of 185 units.
  • Master of Science in Nanoengineering . Current students must complete this program’s 36 units in seven quarters, during which they will complete one course from focus areas like biomedical nanotechnology (bioengineering-training), molecular and nanomaterials, and nanotechnologies for energy and the environment. Students can also either complete a thesis or write a qualification exam to signify completion of the degree.
  • PhD in Nanoengineering. This PhD program prepares students to establish a research or teaching career. The students, with the help of their advisors, prepare to pass the qualifying exams and carry out their dissertation research.

University of California (San Diego) Nanotechnology Key Takeaway

University of California is frequently listed among the top universities, along with its award-winning professors. UCSD is highly rated for its nanoengineering program.


University of Chicago

Graduation Rate: 96%

University of Chicago is a private university in Chicago, Illinois, founded in 1890. It's popularly known for providing its current students with exemplary student resources. It also has 7,056 undergraduates and a total student population of 17,834.

University of Chicago Overview

  • School Type: Private
  • Acceptance Rate: 6%
  • Accreditation: Higher Learning Commission
  • Degrees Offered: Bachelor's
  • US News Ranking: 6
  • Times Higher Education Ranking: 14

Best University of  Chicago Nanotechnology Programs

  • Bachelor of Science in Molecular Engineering. The molecular engineering BS degree provides undergraduates with a cutting-edge engineering program. Built on a solid foundation in mathematics, physics, chemistry, and biology (molecular biology), undergraduates leave this program prepared for leadership roles in an advanced technological society.

University of Chicago Nanotechnology Key Takeaway

University of Chicago is the fifth university in the Chicago area to offer a major in engineering. It's renowned as a powerhouse for startups and technology while also producing innovative graduates.


University of Michigan

Graduation Rate: 94%

University of Michigan is a public school in Ann Arbor, Michigan. The institution was founded in 1817, and the total student population is 47,907, with 31,329 undergraduates. The Michigan Wolverines are a nationally recognized sporting program.

University of Michigan Overview

  • School Type: Public
  • Acceptance Rate: 20%
  • Accreditation: Higher Learning Commission
  • Degrees Offered: Master's, PhD
  • US News Ranking: 23
  • Times Higher Education Ranking: 24

Best University of Michigan Nanotechnology Programs

  • Masters of Science in Engineering in Electrical and Computer Engineering-Solid state device and nanotechnology . Solid state and nanotechnology research projects encompass theory, modeling, and analysis used to supplement experimental work in the field. It takes one or two years and 30 credits of coursework to complete the program.
  • PhD in Electrical and Computer Engineering . The PhD program is designed for engineering students interested in a career in teaching and research. The doctoral program aims at making relevant contributions in the field of engineering and offers several options for research in nanotechnology.

University of Michigan Nanotechnology Key Takeaway

At the University of Michigan, you will work with industry-standard equipment and software while pursuing higher education. When you finish your graduate education here, you will be a sought-after employment prospect.


University of Pittsburgh

Graduation Rate: 84%

University of Pittsburgh is a public university situated in Pittsburgh, Pennsylvania, founded in 1787. It has a total student population of 32,277, including 23,157 undergraduates. It is recognized as one of the most innovative universities in the world.

University of Pittsburgh Overview

  • School Type: Public
  • Acceptance Rate: 64%
  • Accreditation: Middle States Commission on Higher Education
  • Degrees Offered: Bachelor's
  • US News Ranking: 59
  • Times Higher Education Ranking: 83

Best University of Pittsburgh Nanotechnology Programs

  • Bachelor of Science in Engineering Science . This program offers many diverse focus areas with a curriculum tailored to your needs. The syllabus includes a variety of science and engineering courses, and the overall program goal is to improve a student's capacity for analytical thinking and build a knowledge base suited for technical challenges.

University of Pittsburgh Nanotechnology Key Takeaway

The nanoscale fabrication and characterization facility at the University of Pittsburgh houses advanced fabrication and characterization equipment with core nano-level (20 nm or lower) capabilities.


University of Washington

Graduation Rate: 84%

University of Washington is a public university in Seattle, Washington, and was founded in 1861. There are 48,149 students enrolled, with 32,244 being undergraduates. The university also has other campuses in Bothell and Tacoma. The University of Washington is the nation's top public research university and one of the West Coast's oldest.

University of Washington Overview

  • School Type: Public
  • Acceptance Rate: 53%
  • Accreditation: Northwest Commission on Colleges and Universities
  • Degrees Offered: Bachelor's
  • US News Ranking: 59
  • Times Higher Education Ranking: 89

Best University of Washington Nanotechnology Programs

  • Bachelor of Science in Electrical and Computer Engineering. This engineering program is flexible to technological breakthroughs in major study fields like neural engineering, sustainable energy, quantum computing, data science, photonics, and nanotechnology. The minimum requirements for the degree are 180 credit hours with 45 credits obtained at the University of Washington while living on campus.

University of Washington Nanotechnology Key Takeaway

University of Washington was ranked among the best universities for nanoscience and nanotechnology among the best global universities, according to US News & World Report.

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The Best Schools for Nanotechnology: Types of College Degrees and University Programs Offered

The best schools for nanotechnology offer several degree types and a concentration option in nanotechnology. This gives students the versatility and capacity to thrive in the field of science. There are numerous college options for both graduate and undergraduate students. Find below the types of college and university degrees you can obtain in this field of study.


Nanotechnology Community College Certificate

A nanotechnology community college certificate is where students learn nanotechnology for two years in a tertiary institution. Community colleges provide accessible education for everyone. Students typically gain foundational knowledge through general education courses that bachelor’s students take in the first two years of study.


Nanotechnology Associate Degree

A nanotechnology associate degree is a two-year degree that students usually pursue in a community college. It prepares students for a Bachelor’s Degree in Nanotechnology and can qualify them for an entry-level nanotechnology job.

Students gain basic knowledge in nanotechnology with an associate degree. The most common types of associate degrees are Associate of Arts (AA), Associate of Science (AS), and Associate of Applied Science (AAS).


Nanotechnology Bachelor’s Degree

A nanotechnology bachelor’s degree is a four-year undergraduate-level nanotechnology degree in which students learn a particular field of study, usually to practice professionally after graduation.

In the first two years, students pursuing undergraduate degrees take general education courses in arts, humanities, language, and social sciences. They focus on program-specific courses in the last two years of the degree. The most common bachelor's degrees include a Bachelor of Arts, Bachelor of Science, Bachelor of Fine Arts, and Bachelor of Business.


Nanotechnology Master’s Degree

A nanotechnology master’s degree is a two-year postgraduate degree that students pursue after a bachelor’s degree to further their education in nanotechnology. It is a level-seven qualification, meaning it's a degree higher than a bachelor's degree and below doctoral degrees.

Students usually specialize in a particular field to gain expert knowledge in it. The most common types of master’s degrees are Master of Arts (MA) and Master of Science (MSc). Other types of master’s degrees include:

  • Master of Law (LLM)
  • Master of Architecture (MArch)
  • Master of Education (MEd)
  • Master of Engineering (MEng)
  • Master of Fine Arts (MFA)

Nanotechnology Graduate Certificate

A nanotechnology graduate certificate is a qualification universities award students for completing technical or specialized training in nanotechnology. Students usually learn practical skills rather than theoretical skills in their chosen field. A graduate certificate lasts less than a year.


Nanotechnology Doctorate

A nanotechnology doctoral degree is the highest postgraduate degree a student can pursue in a university and gain hands-on research experience on different concepts in nanotechnology. A PhD student will complete research work, a thesis, and a capstone project for the duration of this degree as a specialization option. They can also choose a graduate focus to gain practical experience in applications of nanotechnology.

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Best Nanotechnology Schools: Other Nanotechnology University Rankings

The following is an overview of the best nanotechnology schools and nanotechnology university rankings under different degree programs such as undergraduate, graduate and online courses, as well as dual degree and accelerated programs.

Best Online Nanotechnology Schools

  1. Harvard University Extension School: The Harvard University Extension School nanotechnology program helps students explore scientific innovations in the field. Students should complete 48 credits for this program.
  2. North Carolina State University: The North Carolina State University nanotechnology program takes 30 credit hours to complete and does not require students to submit a thesis or participate in an oral exam.
  3. Oxford University: Oxford University’s online nanotechnology degree targets professionals who are seeking to further their education in the field.

Best Community Colleges for Nanotechnology

  1. Erie Community College: Erie Community College ’s nanotechnology degree offers a curriculum in electronic device and circuit behavior, basic chemistry, and fabrication techniques.
  2. Ivy Tech Community College: Ivy Tech Community College ’s nanotechnology degree provides world-class laboratories to train students in health technology areas such as drug delivery and energy production.
  3. Rio Salado Community College: Rio Salado Community College’s nanotechnology program provides students with the foundational knowledge of nanotechnology processes, materials, and methods for characterization.

Best Undergraduate Schools for Nanotechnology

  1. Drexel University: Drexel University offers students grounded training in materials processing, thermodynamics, and kinetics of materials, as well as their physical and mechanical behavior.
  2. Rice University: Rice University provides students with training and necessary skills that top schools seek to start professional careers in nanotechnology.
  3. University of California, Riverside: The University of California offers students a solid background in nanotechnology, electronics, materials engineering, and other related fields for a top-paying career after graduation.

Best Graduate Schools for Nanotechnology

  1. Georgia Institute of Technology: This program consists of courses in microelectronics technologies, the theory of microelectronics, and the theory of microelectronic devices.
  2. Rice University: Rice University helps graduate students gain wider knowledge in nanotechnology and trains them in researching and communicating effectively while working in the field.
  3. University of Michigan: University of Michigan’s nanotechnology program trains students seeking broader knowledge in nanotechnology to gain stable employment and lucrative salaries.

Best Nanotechnology Schools With Dual Degree Programs

  1. University of Albany (SUNY) | Nanoscale Science and Engineering: University of Albany’s dual PhD and master’s degree provides graduate students with theoretical and practical skills in nanotechnology and nanomaterials.
  2. University of Florida | Combination BS/MS in Materials Science and Engineering. The University of Florida allows students to pursue a Bachelor’s Degree in Material Science and Engineering while taking an MSE as a graduate focus.
  3. University of Michigan – Ann Arbor | Chemical Engineering and Materials Science and Engineering. The University of Michigan offers a dual degree in chemical engineering and materials science engineering to undergraduate students willing to pursue another undergraduate program after completing their chemical engineering program at only 14 additional credit hours.

Best Schools With Accelerated Nanotechnology Programs

  1. Norfolk State University | Accelerated Nanotechnology Training For Undergraduates. Summer research and mentoring activities are offered through the Southeastern Coalition for Engagement and Exchange in Nanotechnology Education (SCENE) to help students improve their knowledge and skills while encouraging them to pursue nanoscience and engineering careers.
  2. University of Houston | Accelerated BS/Graduate Degree Program in Engineering . Eligible students can take up to six graduate credit hours toward their bachelor’s and master’s degrees. Students can decide on a thesis or non-thesis master’s degree, as well as a PhD.
  3. University of the District of Columbia | Accelerated Bachelor’s/Master’s Program in Applied Science . This program offers computer science or engineering undergraduates an accelerated bachelor’s and master’s degree within five years.

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Is Graduate School for Nanotechnology Worth It?

Yes, graduate school for nanotechnology is worth it. It gives you the opportunity to gain expert knowledge in nanotechnology and improve your employability. It is important to choose a specialization in which you have an interest.

What Jobs Can You Do With a Nanotechnology Degree?

The jobs you can do with a nanotechnology degree are machine learning engineer, computer engineer, product manager, materials engineer, and data scientist . The best nanotechnology schools can help you get these jobs by providing you with the skills to kickstart your career.

There are plenty of opportunities for graduates with a degree in nanotechnology or a related field. Although your job specification will depend on your academic experience, bachelor’s, master’s, and doctoral degree holders may not have the same career opportunities equally available to them.

How Much Can I Earn With a Degree in Nanotechnology?

You can earn an annual salary of $80,000 with a degree in nanotechnology, according to PayScale. The average hourly rate of a nanotechnology engineer is $18.20. The interdisciplinary field requires expert knowledge, so the degree level and specialized nanotechnology education you have will impact your yearly salary and career path.

Highest-Paying Nanotechnology Careers

Profession Minimum Education Average Salary
Computer Engineer Bachelor’s degree $128,170
Machine Learning Engineer Master’s degree $112,709
Product Manager Bachelor’s degree $103,150
Materials Engineer Bachelor’s degree $98,300
Data Scientist Bachelor’s degree $97,358
Mechanical Engineer Bachelor’s degree $95,300
Applied Materials Scientist Bachelor’s degree $79,760
UI/UX Designer Bachelor’s degree $77,200
Web Developer Bachelor’s degree $77,200
Software Developer Bachelor’s degree $73,691

Best Jobs With a Nanotechnology Degree

The best jobs in nanotechnology are materials engineer, machine learning engineer, applied materials scientist, computer engineer, and product manager. The jobs available to grads in the field of nanotechnology differ based on degree level. Below are the best nanotechnology jobs for different degree programs.


Best Nanotechnology Associate Degree Jobs

The best nanotechnology associate degree jobs include electrical engineer , technical designer, computer programmer, and application developer. These entry-level jobs are dependent on the professionals’ skills, and an associate degree teaches the necessary skills. This degree takes approximately two years to complete, meaning you can enter the field fairly quickly.

Top Nanotechnology Careers With an Associate Degree


Best Nanotechnology Bachelor’s Degree Jobs

The best nanotechnology bachelor’s degree jobs include materials engineer, applied materials scientist, and mechanical engineering scientist. These jobs require bachelor’s degrees because they equip students with foundational knowledge in nanotechnology, along with general education courses to widen their knowledge scope.

Top Nanotechnology Careers With a Bachelor’s Degree


Best Nanotechnology Master’s Degree Jobs

The best nanotechnology master’s degree jobs include machine learning engineer , project engineer, and product engineer. These jobs require master’s degrees because they are highly technical or leadership positions that need expert knowledge from a graduate program.

Top Nanotechnology Careers With a Master’s Degree


Best Nanotechnology Doctorate Jobs

The best nanotechnology doctorate jobs include materials scientist, research associate, and research engineer. These jobs require doctoral degrees because they’re research-related positions, and PhDs train students in research and higher-level knowledge in the field.

Top Nanotechnology Careers With a PhD


Best Internships for Nanotechnology Students

There are several internship opportunities for nanotechnology students while still in school or after graduation. It is best to apply for the position months before you desire to begin working. You can scan through LinkedIn or job posting sites for internship openings that match your preferred industry and location.

Top Nanotechnology Internships

  • Nano Precision Medical R&D Intern: $30K-$54K
  • Nanomix Research Associate Intern: $21K-35K
  • Sandia National Laboratories Computational Biology Intern: $56,491

How Can I Pay for Nanotechnology School?

You can pay for nanotechnology school by applying for scholarships, part-time jobs, student loans, or student grants. A lot of schools provide scholarships to students that are qualified. Students may also qualify for federal aid, loans, and grants. Below are some of the best payment options.

  • Scholarships: You can apply for a scholarship to pay for your nanotechnology degrees. There is a range of scholarships available at many schools, and sometimes companies offer scholarship opportunities, so you should be on the lookout for them.
  • Part-time jobs: You can pay for your education by taking a part-time job. If you’re an international student, you may need to get a work permit to make you eligible to work.
  • Student loans: Another financing option for nanotechnology schools is applying for a student loan from financial institutions . However, you have to pay the loan back with interest after graduation.
  • Student grants: Student grants are the best options for students who do not have any means to pay for their tuition fee and application fee. You will need to gain verification that you cannot afford your tuition. You would not be required to pay it back.

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Choosing the Best Nanotechnology School for You

To choose the best nanotechnology school for you, you should consider accreditation, curricular content, and reputation of the school. Each aspect listed below will impact your education, so it is important to be aware of these factors.


The first thing you want to do before applying to a school is to check if it is accredited. You can research this on government authorized sites such as the US Department of Education’s Office of Postsecondary Education (OPE). Accreditation ensures the school meets the standard of education.

Curricular Content

Another important factor to consider is if the school offers educational programs and courses in your specific interests. The relevancy of the curricular content can make or break your postsecondary experience. Before applying, check the curricular content and specialization options on the school’s website.

The Reputation of the School

You can research the reputation of the school by checking out university rankings, admission requirements, graduation rates, and awards or recognitions. It is also important to find out the employment rates for alumni, meaning what percentage of students are hired after graduation. Some reputable schools collaborate with top businesses in the nanotechnology industry, making the job search easier.

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Does It Matter What College I Go to for Nanotechnology?

Yes, it does matter what college you go to for nanotechnology. Some schools rank higher than others for factors such as selectivity in the admission of students. Others include funding, endowment size, available facilities, and student services.

Student-to-faculty ratio is another important metric because if the ratio is low, it means that there are more staff to educate the students. Perhaps the most important factor is the quality of education that the school provides.

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Nanotechnology University Ranking Methodology: How We Ranked the Best Schools for Nanotechnology

We ranked the best nanotechnology schools by consulting the university rankings conducted by US News & World Report and Times Higher Education. To further refine our nanotechnology university ranking methodology, we gave special consideration to things like reputation, graduation rate, student-to-faculty ratio, and breadth and depth of nanotechnology degree program offerings.

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Best Nanotechnology Schools FAQ

Who has the best nanotechnology industry?

China is the country with the best nanotechnology industry. The number of scientific articles published in a country is a determinant for its development in science. China accounts for about 40 percent of all nanotech publications in the world, with about 85,758 published in 2021 outlining the broad implications of this kind of technology.

Who is the father of nanotechnology?

Physicist Richard Feynman is the father of nanotechnology. He postulated the science of nanotechnology in his 1959 lecture called “ There’s Plenty of Room at the Bottom .”

What fields can nanotechnology be applied to?

Nanotechnology can be applied to a wide range of fields like economics, medicine, and energy in the form of commercial applications, DNA processing applications, and alternative energy applications that are most commonly used by some of the best energy companies . Nanotechnology has a wide industry outreach, and you can pursue a successful career in science with a specialization in this field.

How many hours do nanotechnologists work?

Nanotechnologists typically work about 37 to 40 hours weekly but may also undertake extra working hours if they must. The working hours may vary depending on the industry, company, and workload of the professional. Even though the work of a nanotechnologist can be challenging, there are many opportunities for career progression and several ways to enhance your professional experience in this field.

About us: Career Karma is a platform designed to help job seekers find, research, and connect with job training programs to advance their careers. Learn about the CK publication.

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Saheed Aremu Olanrewaju

About the author: Saheed is an expert tech writer who holds a Diploma in Organizational Leadership and certificates in Java and product management. Saheed also has multiple writing awards and is a member of various tech organizations. Saheed is currently completing his Bachelor of Science in Quantity Surveying from the University of Lagos.

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