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The best nanotechnology master’s degrees from accredited universities can be completed in less than two years. The microelectronics and biomedical industries are finding new applications for nanomaterials, and they need experts in nanotechnology to expand their projects.
A nanotechnology master’s degree broadens your career in academia and gives you access to better positions. In this article, we show you how to get a Master’s Degree in Nanotechnology, the requirements, and the tuition costs. We’ll also talk about the best nanotechnology master’s degree jobs.
Where Can I Get a Master’s Degree in Nanotechnology?
Some of the best schools where you can get a Master’s Degree in Nanotechnology are Louisiana Tech University, SUNY Polytechnic Institute, and North Carolina A&T State University. Many other universities with advanced science laboratories offer high-quality graduate programs in nanotechnology.
What Schools Offer the Best Nanotechnology Master’s Degrees?
- CUNY Graduate School and University Center
- Louisiana Tech University
- North Carolina A&T State University
- SUNY Polytechnic Institute
- North Dakota State University
What Are the Admission Requirements for a Master’s Degree in Nanotechnology?
The admission requirements for a Master’s Degree in Nanotechnology are a bachelor’s degree in science or engineering with a minimum GPA of 3.0 or high GRE test scores. You’ll also need official transcripts from previous undergraduate programs, two to three letters of recommendation, and a statement of purpose.
Some schools require you to contact the faculty to find an advisor to potentially work with you. They look for students with research interests similar to theirs. In your statement of purpose, you should mention your research interests.
Your undergraduate background should be related to fields in which nanotechnology is applied, like chemistry, physics, material science, or biomedicine. Teachers, researchers, or qualified professionals should write your letters of recommendation.
It is important that your statement of purpose describes your interest in the specific program and the outcome you expect from your graduate education. It’s also very valuable to include background working experience.
All schools with nanotechnology master’s degree programs are very selective in their admission process. Classes are small, and nanotechnology laboratories have limited capacity for students. It is not a bad idea to apply to several schools at the same time. The admission fee for most of them is around $60.
Read the application requirements for each program carefully. Most schools only allow you to send your application once, and you can’t make further changes after submission.
Nanotechnology Master’s Degree Admission Requirements
- Bachelor’s degree in science or engineering with a GPA of 3.0 or a high GRE test score
- Two or three letters of recommendation from teachers, researchers, or highly qualified professionals
- Statement of purpose mentioning your interest in that specific program, your research interests, and outcome expectations from your graduate education
- Official transcripts from all your previous undergraduate degrees
How to Get a Nanotechnology Master’s Degree
The best way to get a nanotechnology master’s degree is by fulfilling all of the graduation requirements. Most programs require 30 credits, which include a thesis or a final project. Keep a GPA of at least 3.0 at all times.
For part-time programs, the maximum time allowed to complete the credits is five years. Most programs require 30 to 32 credits from core courses, concentration courses, and a thesis or capstone project. You are expected to attend all core classes, exams, and lab sessions on campus.
How Many Credits Do You Need for a Master’s Degree in Nanotechnology?
You need 33 credits for a Master’s Degree in Nanotechnology. Some programs require 22 to 34 credits depending on your program’s path, which can include a thesis or more elective courses and a final examination. Typically, 24 credits come from core courses, three come from elective courses and the rest from a thesis or a capstone project.
Some schools don’t use credits as their unit, but the number of classes. For example, the program at the University of Pennsylvania requires you to take 10 courses, which include seven courses on core areas and three elective courses. Most colleges allow you to pack up to 12 or 15 credits per semester and six or less if you are on a part-time study program. You must complete all credits in a maximum of five years.
Nanotechnology Degree Requirements
- Complete the required credits according to your program, which typically ranges from 30 to 36
- Most credits correspond to core courses, with some credits corresponding to elective courses related to your concentration area
- The last 3 to 5 credits of your program correspond to a thesis or a capstone project
- Typically 6 to 9 courses are considered a full-time study load for a semester
- Part-time study programs must be completed in a maximum of 5 years
Best Nanotechnology Master’s Degree Programs and Schools: Overview
| School | Program | Accreditation |
|---|---|---|
| CUNY Graduate School and University Center | MS Program in Nanoscience | Middle States Commission on Higher Education |
| Louisiana Tech University | Master of Science in Molecular Sciences and Nanotechnology (MSNT) | Southern Association of Colleges and Schools Commission on Colleges |
| North Carolina A&T State University | Master of Science in Nanoscience | Southern Association of Colleges and Schools Commission on Colleges |
| SUNY Polytechnic Institute | Nanoscale Science MS | Middle States Commission on Higher Education |
| North Dakota State University | Masters of Science in Materials and Nanotechnology | Higher Learning Commission |
| University of California- San Diego | NanoEngineering Master’s Degree | WASC Senior College and University Commission |
| University of Central Florida | Nanotechnology (MS) | Southern Association of Colleges and Schools Commission on Colleges |
| University of New Mexico | Nanoscience and Microsystems Engineering MS | Higher Learning Commission |
| University of Pennsylvania | Master of Science in Engineering in Nanotechnology | Middle States Commission on Higher Education |
| University of South Florida | Master’s of Science in Pharmaceutical Nanotechnology | Southern Association of Colleges and Schools Commission on Colleges |
Best Schools for Nanotechnology: Top Nanotechnology Master’s Degree Programs
The best schools for a Master’s Degree in Nanotechnology are University of New Mexico, University of South Florida, and North Dakota State University. In this section we have included all you need to know about the admission requirements of each university, tuition, program length, and the first steps to start your application. All these schools are accredited and hold a solid reputation in the US.
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CUNY Graduate School and University Center | New York, NY
The New York Legislature founded the CUNY Graduate Center in 1961. Located in the heart of Manhattan, the CUNY Graduate School and University Center offers more than 40 master’s and PhD programs, from cognitive neuroscience to comparative literature. The Graduate Center educates 3,500 students and has 130 faculty members.
MS Program in Nanoscience
Students can complete the MS Program in Nanoscience from the CUNY Graduate School and University Center in two years, requiring 32 credits for graduation. After the required core courses, students can take specialized courses, including nanofabrication, nanodevices, and metamaterials.
Students from this program benefit from the Advanced Science Research Center (ASRC), which includes a 5,000 square-foot nanofabrication facility. The program is ideal for students who want to launch or continue a career in the fields of biomedical sciences, electronics engineering, and telecommunications.
MS Program in Nanoscience Overview
- Accreditation: Middle States Commission on Higher Education
- Tuition: $5,545 flat rate per semester, 12 credits minimum per semester (in state); $855/credit (out of state)
- Required Credits: 30 credits
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 80%
MS Program in Nanoscience Admission Requirements
- GPA: 3.0
- Standardized Tests: Not required
- Application Fee: $75
- Minimum Education: Bachelor’s degree
- Other Requirements: Two letters of recommendation, statement of purpose describing experience, interests, and motivations
Applying to CUNY Graduate School
- Read the deadline chart from the Graduate Center.
- Upload scanned or electronic copies of your transcripts.
- Pay the application fee.
- Carefully read the instructions on the application pages.
- Submit your application.
Louisiana Tech University | Ruston, LA
Founded in 1894, Louisiana Tech University has 11,197 enrolled students, 291 of them in master’s programs and 26 in doctoral programs. The university is tech-oriented and was the first university in the nation to offer an undergraduate degree in nanosystems engineering.
Master of Science in Molecular Sciences and Nanotechnology (MSNT)
The Master of Science in Molecular Sciences and Nanotechnology can be completed in two to three years, depending on the track chosen by the student. For a total of 30 credits, the thesis option requires 24 credits from mandatory courses and six credits from a thesis. The practicum option requires 24 credits from mandatory courses, 21 credits from seven elective courses, and three credits from a practicum.
Students who are interested in pursuing a PhD in the future should consider the thesis option. The practicum option is best suited for prospective students who want to get broader knowledge to help them compete in the job market after graduation. Students from the MSNT program benefit from access to the Center for Biomedical Engineering and Rehabilitation Science (CBERS), a 100,000 square-foot facility for molecular science and nanotechnology research.
Master of Science in Molecular Sciences and Nanotechnology (MSNT) Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges
- Tuition: $714/credit, cost per credit varies according to the number of credits (in state); $913 for four credits, minimum of four credits, cost per credit varies according to the number of credits (out of state)
- Required Credits: 30 to 36 credits, depending on the track chosen by the student
- Program Length: 2 to 3 years
- Learning Format: In-person
- NCES School Graduation Rate: 81%
Master of Science in Molecular Sciences and Nanotechnology (MSNT) Admission Requirements
- GPA: 2.5
- Standardized Tests: GRE (300 minimum total score for Verbal and Quantitative Reasoning)
- Application Fee: $40
- Minimum Education: Four-year undergraduate degree in biological sciences, biomedical engineering, chemical engineering, electric engineering, physics, or another related discipline
- Other Requirements: Names and contact information for references, unofficial transcripts for uploading
Applying to Louisiana Tech University
- Read the information from the admission categories section to learn if you can apply to unconditional admission or conditional admission.
- Check the application deadlines for Louisiana Tech.
- For the Master of Science in Molecular Sciences and Nanotechnology, contact administration as there may be a different application deadline and admittance requirements.
- Create an account on the online graduate school application system.
- Pay the application fee and follow the instructions from the graduate school application.
North Carolina A&T State University | Greensboro, NC
Established in 1891, North Carolina A&T State University is one of the best and most prestigious universities in North Carolina. It serves 13,322 students in 54 undergraduate and 44 graduate programs. In 2009, the university joined forces with the University of North Carolina Greensboro to create the Joint School of Nanoscience and Nanoengineering (JSNN).
The JSNN is now home to the Masters of Science in Nanoscience. Nearly 94 percent of current students receive some form of graduate assistantship or tuition waiver.
Master of Science in Nanoscience
The Master of Science in Nanoscience offered at JSNN follows the professional science master’s degree model, which includes both business and nanoscience courses and academic coursework. The program requires 30 credits to be completed and finishes with an internship for students to gain practical experience.
Students can choose a thesis option and a non-thesis option. The non-thesis option is for students with a strong background in technical fields who want to qualify for positions within companies that work with nanotechnology.
Such students will replace the thesis work with a concentration in instrumentation, which is the most immediate practical application of nanotechnology in the industry.
Master of Science in Nanoscience Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges
- Tuition: $59/credit, cost per credit varies according to the number per credit (in state); $192/credit, cost per credit varies according to the number of credits (out of state)
- Required Credits: 30 credits
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 52%
Master of Science in Nanoscience Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE, no minimum score
- Application Fee: $65
- Minimum Education: Undergraduate degree in engineering, applied science or a closely related field
- Other Requirements: Personal statement indicating your interest in the program and potential faculty advisors, current CV, three professional reference letters, transcript of academic record and the GRE
Applying to North Carolina A&T State University
- Write you personal statement.
- Get your three professional reference letters.
- Find the potential faculty advisors, and why you selected them.
- Contact any faculty to select your advisors.
- Access the Graduate Admissions portal and apply to the program.
SUNY Polytechnic Institute | Utica, NY
The SUNY Polytechnic Institute was formed in 2014 when the State University of New York merged the SUNY College of Nanoscale Science in Albany and the SUNY Institute of Technology in Utica. The school has 3,036 students in undergraduate and graduate programs in science and the arts. The SUNY Polytechnic Institute is the most affordable institution in New York.
Nanoscale Science MS
Students require 30 credits to complete the Nanoscale Science MS. Six credits from courses that are relevant to their concentration, 12 credits from thesis research, nine from the foundations of the nanotechnology course sequence, and three from seminars and external nanoscience courses.
By the end of the program, students can submit and present a formal master’s thesis or submit a research report that includes the completion of the qualifying examination for a PhD program. The program is geared toward students interested in nanoscience, nano energy, and nanobiology.
Nanoscale Science MS Overview
- Accreditation: Middle States Commission on Higher Education
- Tuition and Fees: $471/credit (in state); $963/credit (out of state)
- Required Credits: 30
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 82%
Nanoscale Science MS Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE is not required but is strongly recommended
- Application Fee: $60
- Minimum Education: Undergraduate degree or equivalent in the physical, chemical, biological or computer sciences, mathematics, or engineering
- Other Requirements: Official transcripts from colleges previously attended, three academic or professional reference report forms, resume, statement of purpose
Applying to SUNY Polytechnic Institute
- Prepare your GRE score report. It’s not required but strongly recommended.
- Write or update your resume and your statement of purpose.
- Request three academic or professional references to complete the reference report forms located on the application materials website.
- Prepare your official transcripts from all your undergraduate degrees.
- Complete the online graduate application.
North Dakota State University | Fargo, ND
North Dakota State University (NDSU) was founded in 1890 and has 12,461 students. It has interdisciplinary graduate programs, graduate certificate programs, and accelerated bachelor’s-to-master programs for undergraduate students that want to continue their studies at this university. NDSU is listed 84 among 402 public universities in research expenditures, according to the National Science Foundation.
Masters of Science in Materials and Nanotechnology
The Master’s of Science in Materials and Nanotechnology from NDSU requires 30 credits and a cumulative grade point average of 3.0 or better. It has two graduation options.The first option requires a traditional master’s thesis that involves independent research that serves as the foundation for a doctoral program.
The second option is appropriate for students who want the degree for professional purposes without interest in future graduate work.
The areas of focus of the Master’s of Science in Materials and Nanotechnology from NDSU include nanoparticle and polymer synthesis, optical and electronic sensing, flexible electronics, nanocomposites and coatings, sustainable nanomaterials, biomedical engineering, and targeted drug delivery. This course delves deep into the field of nanoscience and nanotechnology.
Masters of Science in Materials and Nanotechnology Overview
- Accreditation: Higher Learning Commission
- Tuition and Fees: $405/credit (in state); $608/credit (out of state)
- Required Credits: 30 credits
- Program Length: 2 to 3 years
- Learning Format: In-person
- NCES School Graduation Rate: 62%
Masters of Science in Materials and Nanotechnology Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE
- Application Fee: $35
- Minimum Education: Undergraduate degree in chemistry, engineering, material science and engineering, applied physics, polymer science, polymer engineering, or related fields
- Other Requirements: Statement of purpose that includes your reasons for pursuing the degree and background experience, and 3 recommendation letters
Applying to North Dakota State University
- Check the program’s application deadlines.
- Send official transcripts of all previous undergraduate degrees signed by the school official.
- Prepare your digitized recommendation letters.
- Pay the application fee.
- Complete the online application.
University of California-San Diego | La Jolla, CA
University of California-San Diego was founded in 1955 by San Diego City Council and was built in a former military training ground and marine research station. With 39,576 students, UC San Diego is one of the largest higher-education institutions in the US. Most students are pursuing degrees in social sciences, engineering, biology, physical sciences, and arts and humanities.
NanoEngineering Master’s Degree
The NanoEngineering Master’s Degree program from UC San Diego requires students to complete 36 credits, which include 20 credits from five mandatory core courses and four credits from a course from their focus area of choice. The last 12 credits come from completing the research thesis.
There is an alternative graduation plan without a thesis that requires 12 credits from elective courses instead of the 12 credits from the thesis. The three focus areas of the program are biomedical nanotechnology, molecular and nanomaterials, and nanotechnologies for energy and the environment.
NanoEngineering Master’s Degree Overview
- Accreditation: WASC Senior College and University Commission
- Tuition and Fees: $17,487/year (in state and out of state)
- Required Credits: 36 credits
- Program Length: 1.5 years
- Learning Format: In-person
- NCES School Graduation Rate: 87%
NanoEngineering Master’s Degree Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE
- Application Fee: $120
- Minimum Education: Undergraduate degree in engineering, science, or mathematics
- Other Requirements: 3 letters of recommendation, statement of purpose, academic scores, and academic transcripts
Applying to University of California – San Diego
- Check the application deadlines for fall, winter, or spring.
- Prepare your statement of purpose.
- Official transcripts are not required until admission is offered.
- Prepare your documentation for digital upload.
- Complete your application using the graduate application management portal.
University of Central Florida | Orlando, FL
University of Central Florida (UCF) was founded in 1963 and offers 230 degrees across all academic fields. It confers 18,000 degrees every year. With more than 70,000 students, the University of Central Florida is among the three largest universities in the US.
Nanotechnology (MS)
The Nanotechnology (MS) program at the University of Central Florida requires 30 credits and can be completed in two years. Each credit is $370 for a total of $11,089. The cost of the credits includes the health, athletic, and technology fees. The cost per credit is lower for Florida residents. Students from the program have access to the NanoScience Technology Center labs, in which the first quantum transistors are being developed.
Nanotechnology (MS) Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges
- Tuition: $370/credit (in state); $1,194/credit (out of state)
- Required Credits: 30 credits
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 92%
Nanotechnology (MS) Admission Requirements
- GPA: 3.0
- Standardized Tests: Not required
- Application Fee: $30
- Minimum Education: Undergraduate degree in physics, biology, or engineering
- Other Requirements: Official transcript from each college or university attended, 3 letters of recommendation, resume, and goal statement
Applying to the University of Central Florida
- Get your official transcripts from each college attended in a sealed envelope.
- Prepare your immunization form.
- Write your goal statement, including relevant professional background and previous research or teaching experience.
- Prepare your documentation for electronic upload.
- Complete your application in the University of Central Florida’s graduate application website.
University of New Mexico | Albuquerque, NM
University of New Mexico (UNM) was founded in 1889. It has 22,792 students in over 215 degree and certificate programs. With $50 million in scholarship funding, around 75 percent of the students receive financial aid.
Nanoscience and Microsystems Engineering MS
The Nanoscience and Microsystems Engineering MS program from the UNM requires 24 credits and a thesis worth six credits, or a non-thesis option for 32 credits and a master’s examination of a major project. The cost per credit for graduate students is $973. This cost includes books and supplies and transportation.
Nanoscience and Microsystems Engineering MS Overview
- Accreditation: Higher Learning Commission
- Tuition and Fees: $973/credit (in state); $3,094/credit (out of state)
- Required Credits: 30 credits (thesis option), 32 credits (non-thesis option)
- Program Length: 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 54%
Nanoscience and Microsystems Engineering MS Admission Requirements
- GPA: 3.0
- Standardized Tests: GRE
- Application Fee: $60
- Minimum Education: Bachelor’s degree that includes basic courses, including differential equations, 1 year of physics, math, and physical chemistry
- Other Requirements: General test scores, official transcripts from undergraduate degrees, letter of intent and three letters of recommendation, CV, publications, and other materials that strengthen your application
Applying to the University of New Mexico
- Check the priority and final application deadlines.
- Get your recommendation letters.
- Describe your objectives in undertaking the graduate program.
- Read the application instructions carefully. You can submit your application only once.
- Complete your application online.
University of Pennsylvania | Philadelphia, PA
University of Pennsylvania is a private institution founded in 1740. It has 28,038 students in 12 schools. Most students are in the School of Engineering and Applied Science and the Wharton School for Business. If you want to get into UPenn you have to consider that it is a very selective school, and only six percent of applicants are accepted.
Master of Science in Engineering in Nanotechnology
The Master of Science in Engineering in Nanotechnology from the University of Pennsylvania requires students to complete 10 courses, with an annual course fee of $7,884. Depending on how many semesters are taken, students can earn their degree within a year.
The research training takes place at the Singh Center for Nanotechnology, where students learn how nanoscale structures and advanced materials are fabricated. The laboratories are located underground for temperature and electromagnetic stability.
Master of Science in Engineering in Nanotechnology Overview
- Accreditation: Middle States Commission on Higher Education
- Tuition and Fees: $7,884/course (in state); $7,884/course (out of state); cost per course varies according to the number of courses
- Required Credits: 10 courses
- Program Length: 1 to 2 years
- Learning Format: In-person
- NCES School Graduation Rate: 96%
Master of Science in Engineering in Nanotechnology Admission Requirements
- GPA: No minimum requirement
- Standardized Tests: GRE
- Application Fee: $90
- Minimum Education: Bachelor’s degree in subjects like physics, chemistry, bioengineering, materials science and engineering, systems engineering, mechanical engineering, engineering, or applied science
- Other Requirements: Official transcripts from each university attended, two letters of recommendation, personal statement, and resume
Applying to the University of Pennsylvania
- Review the deadline for the program. There is only one deadline per year.
- Write your personal statement, explaining why you are interested in the program, why you are a good candidate, and how you will contribute to the student community.
- GRE official score is optional but recommended.
- Prepare a scanned or electronic copy of your unofficial transcript.
- Complete your application in Penn’s School of Engineering and Applied Science Research and Academic Services (RAS) office portal.
University of South Florida | Tampa, FL
University of South Florida (USF) was founded in 1956 and serves more than 50,000 students pursuing undergraduate, graduate, and professional degrees. USF is eight among research institutions in the US generating new patents.
Master’s of Science in Pharmaceutical Nanotechnology
The Master’s of Science in Pharmaceutical Nanotechnology from USF requires a minimum of 32 credits. 10 credits correspond to core requirements, 12 credits correspond to concentration courses, and three credits correspond to a capstone project or 10 to a thesis.
If the student chooses the capstone project, they have to get seven additional credits from a concentration. The concentrations and tracks are biomedical engineering and drug discovery, and drug delivery, development, and manufacturing.
Master’s of Science in Pharmaceutical Nanotechnology Overview
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges
- Tuition and Fees: $7,840/year (in state); $15,864/year (out of state) for a minimum of 18 credits per year
- Required Credits: 32 credits
- Program Length: 1 year
- Learning Format: In-person
- NCES School Graduation Rate: 74%
Master’s of Science in Pharmaceutical Nanotechnology Admission Requirements
- GPA: Not required, but standardized tests can be waived if GPA is 3.8 or higher
- Standardized Tests: GRE, MCAT, PCAT, or DAT, waived if GPA is 3.8 or higher
- Application Fee: $30
- Minimum Education: Bachelor’s degree preferably in a biomedical field, or biological, chemical sciences, or engineering background
- Other Requirements: 2 recent letters of recommendation, resume, professional statement, interview (optional, at program’s discretion)
Applying to the University of South Florida
- Check the application deadlines for the fall, spring, and summer semesters.
- Get recent letters of recommendation from teachers or employers.
- If you don’t have a GPA of 3.8 or higher, prepare your GRE, MCAT, PCAT or DAT score records.
- Complete your online application in the office of admissions portal.
- Get ready for the interview if the program’s administration requests it.
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What Is a Nanotechnology Master’s Degree?
A nanotechnology master’s degree is a graduate studies program that provides students with the knowledge and training to conduct research and work in the exciting field of nanotechnology. The degree includes interdisciplinary courses and coursework that prepare students for the different application areas of nanoscience across various industries.
During the program, students are under the supervision of faculty that offers them hands-on research experiences to develop their own academic projects. Students can earn a nanotechnology master’s degree after two years on a full-time study schedule.
To get a nanotechnology master’s degree, applicants need an undergraduate degree in applied science or engineering. Entry requirements are high as well as the expected performance from the students.
How Important Is a Master’s Degree in Nanotechnology?
A Master’s Degree in Nanotechnology is very important if you want to advance your career in science or engineering. You can’t expect to find research positions or specialized jobs in nanotechnology without a graduate degree in nanotechnology. Some of the best tech jobs at nanotechnology companies require a solid understanding of nanobiotechnology that only a master’s degree can give you.
If you earn a Master’s Degree in Nanotechnology, you can join teams working on nanotechnology projects at your workplace. The degree also makes you more attractive to employers planning to develop products and services that involve nanotechnologies, like electronic devices and biomedical equipment.
What Types of Master’s Degrees Can You Get in Nanotechnology?
The types of Master’s Degrees in Nanotechnology you can get include a Master of Science and a Master of Engineering. The Master of Science degree is geared toward the research and development of new applications of nanotechnology. The Master of Engineering is geared toward the actual implementation of those applications and their commercial aspects.
Is It Better to Get a Master of Science or a Master of Engineering in Nanotechnology?
It is better to get a Master in Science degree because it allows you to continue your graduate education with a doctoral or postdoctoral degree. With a doctoral degree, you can work as a researcher at nanotechnology research institutions across the world.
The Master of Engineering is a good option if you are eager to join projects that use the research from nanoscience courses to develop new products and solutions. Both options offer good employability after graduation in all industries.
What Is the Difference Between a Nanotechnology Master’s Degree and a Nanotechnology Graduate Certificate?
The main difference between a nanotechnology master’s degree and a certificate is that the nanotechnology master’s degree has a broader scope and offers more education and research training.
A graduate certificate in nanotechnology is a three-course program that provides a general understanding of the fundamental concepts in nanotechnology, as the characterization and synthesis of nanoscale materials. Students don’t need an undergraduate degree in science or engineering, but only one STEM course in their undergraduate program.
A Master’s Degree in Nanotechnology paves the way for your professional growth in nanotechnology and research. A graduate certificate in nanotechnology is an accelerated approach to learning the fundamentals of nanotechnology for immediate application in local businesses or for kindergarten to grade 12 teachers.
How Much Does It Cost to Get a Master’s Degree in Nanotechnology?
A Master’s Degree in Nanotechnology costs $12,171 on average in a public institution, according to the National Center for Education Statistics (NCES). There are many financial aid opportunities for these degree programs. For example, 94 percent of current students of the Master of Science in Nanoengineering program at North Carolina A&T State University receive assistantships and tuition waivers. Graduate students at the University of California San Diego may receive a Dream Loan that can award up to $4,000 per year.
How Long Does It Take to Get a Nanotechnology Master’s Degree?
It takes two years to get a Master’s Degree in Nanotechnology. You need to complete between 30 and 36 credits during that period. These credits include core courses, elective courses, and your final project or thesis. A student taking between seven and nine credits per semester can complete the program within two years.
How Hard Is It to Get a Master’s Degree in Nanotechnology?
Getting a nanotechnology master’s degree is hard. You need an undergraduate degree in physics, chemistry, bioengineering, materials science, systems engineering, mechanical engineering programs, or other forms of applied science and engineering.
You also need a GPA of 3.0 from your undergraduate degree and a strong statement of purpose that convinces the faculty that your outcome expectations are correct. Finally, you have to contact the faculty to find a researcher with research interests that match yours. For many programs, you need to find an academic advisor before applying for admission.
Why Should You Get a Nanotechnology Master’s Degree?
You should get a nanotechnology master’s degree because it is the best way to boost your career in science or engineering. Jobs in the nanotechnology industry require a high level of specialization and research training that only a graduate studies degree can provide.
You can learn nanotechnology through different courses, but a Master’s Degree in Nanotechnology is the most robust kind of education for a career or a job in nanotechnology. You get a great return over investment for those two years invested in the program.
What Courses Do You Need to Take in a Master’s Degree Program in Nanotechnology?
Master’s Degree in Nanotechnology courses include nano and micro photonics, quantum mechanics, physics of semiconductors, electromagnetic and optical theory, and principles of quantum technology. Each program offers a different set of core and elective courses depending on the area of nanotechnology it focuses on.
Nanofabrication
Students learn molecular modeling and simulation to create models on a nanoscale, like molecular motors, RNA folding simulation, and novel components for nanodevices. Students get to understand bottom-up nanomanufacturing and tridimensional nanomanufacturing.
Structure and Analysis of Solids
In this course, students learn the fundamentals of atomic structures that include metals and semiconductors. Students learn to make structure comparisons for quality control purposes.
Bionanotechnology
Here, students learn the engineering principles behind biomolecules, including DNA and proteins. Students learn about the research on synthetic biomolecules that are already available in nature.
Polymer Science and Engineering
In this course, students learn about the characteristics of different polymers, their characterization, and thermodynamic processes. They also learn about the applications of smart materials in the field of medicine and can conduct a thorough analysis of materials too.
Nanoscale Energy Technology
A nanoscale energy technology course teaches students how to use nanotechnology to improve the performance of photovoltaics and fuel cells. They also learn about methods for electrical engineering in the transmission and conversion of alternative energy.
Continuing Education Paths for Nanotechnology Master’s Degree Graduates
The best path to take with a nanotechnology master’s degree is a doctoral degree. Graduates can also work as technicians or interns in nanotechnology research facilities, like the Singh Center for Nanotechnology at the University of Pennsylvania.
With a doctoral degree, students can take part in another postgraduate program in nanotechnology like the NASA Postdoctoral Program or become trainees at the NIH Cancer Nanotechnology Training Centers or the National Institute of Biomedical Imaging and Bioengineering.
Related Nanotechnology Degrees
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What to Look For in the Best Nanotechnology Master’s Degree Programs
The things to look for in the best nanotechnology master’s degree programs are concentration options, graduation rate, school reputation, employment outcomes, and cost. Tuition costs for most programs are significantly lower for in-state residents, so consider local schools or relocation. Choose your program according to the area of specialization in nanotechnology in which you plan to work after graduation.
Concentration Options
Each program offers different concentration options, which are the areas of specialization you choose according to your career interests or the job you expect to get. For example, the nanotechnology master’s program at the University of South Florida offers concentrations in biomedical engineering and drug discovery. The program at North Dakota State University offers specializations in microelectronics and biomaterials.
Graduation Rate
Schools with a high graduation rate are often more supportive and flexible to increase the chances of their students graduating on time. Schools with graduation rates above 90 percent include the University of Central Florida and the University of Pennsylvania.
Reputation of the School
Employers select job candidates who graduated from the best schools. They often consider graduates from schools with a good reputation to be better prepared. Choose a school with a solid reputation to improve your employability after graduation.
Employment Outcomes
Choose a nanotechnology master’s degree program related to your work experience and your area of expertise. For example, if you have professional experience in the healthcare industry and health sciences, choose a degree program in pharmaceutical nanotechnology or nanomedicine to supplement your employment potential.
Cost
Graduate degrees from public schools are generally less expensive than degrees from private schools. The average tuition for the University of Central Florida is less than $7,000, while the average tuition cost for the University of Pennsylvania is $38,732. Public schools often have advanced centers for research training, like the NanoScience Technology Center at the University of Central Florida.
What Is the Most Affordable Nanotechnology Master’s Degree?
The most affordable Master’s Degree in Nanotechnology is the Nanotechnology (MS) degree from the University of Central Florida. With a cost of $370 per credit, you can complete the 32 credits of the program for $11,829. The cost per credit includes all administrative fees, as well as the health, athletic, transportation access, and technology fees.
Salary and Job Outlook for Nanotechnology Master’s Degree Graduates
The need for specialists in nanotechnology is increasing in plenty of industries, and as such, there are well-paid jobs for graduates with a nanotechnology master’s degree. Some graduates return to their workplace to join nanotechnology projects. Others get internships in large companies that use cutting-edge nanotechnology processes.
How Hard Is It to Get a Job With a Nanotechnology Master’s Degree?
It is not very hard to get a job with a nanotechnology master’s degree. Many industries are finding promising and profitable applications for nanotechnology. Nanotechnology is now a fundamental part of modern medicine and electronics production. Nanomaterials are used increasingly in the production of batteries and fuel cells.
A Master’s Degree in Nanotechnology is a great option to improve your employability in the job market for nanotechnology specialists and materials engineers. You can also expect higher salaries and broader career options.
What’s the Average Nanotechnology Master’s Degree Salary?
The average salary for someone with a Master’s Degree in Nanotechnology is $93,000 per year, according to PayScale. Jobs at the engineering level pay more than positions for technicians. A chemical engineer with a nanotechnology master’s degree earns more than $100,000 per year. An industrial engineering technician with the same degree earns $60,220 per year on average.
What Types of Jobs Can You Get With a Nanotechnology Master’s Degree?
The jobs you can get with a nanotechnology master’s degree are in the fields of chemical engineering, biomedical engineering, and materials engineering. There is an increasing need for nanotechnology specialists across all industries, from electronics manufacturing to the development of biomolecules for medicine and farming.
Nanotechnology Degree Jobs
- Corrosion Control Engineer
- Mathematical Engineer
- Optical Engineer
- Photonics Engineer
- Ordnance Engineer
Potential Careers With a Nanotechnology Degree
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How Much Money Can You Make With a Master’s Degree in Nanotechnology?
You can make between $60,220 and $105,550 per year with a Master’s Degree in Nanotechnology. You can expect a higher salary if you already have an engineering degree or professional experience in a technical field. If you are in a part-time degree and are learning while keeping your job, you can expect a raise in your salary or promotion once you graduate.
Highest-Paying Nanotechnology Master’s Degree Jobs and Salaries: Overview
| Nanotechnology Master’s Degree Jobs | Average Salary |
|---|---|
| Chemical Engineer | $105,550 |
| Bioengineer and Biomedical Engineer | $97,410 |
| Chemist and Materials Scientist | $79,760 |
| Agricultural and Food Scientist | $74,160 |
| Industrial Engineering Technologist and Technician | $60,220 |
Best Jobs for Nanotechnology Master’s Degree Grads
The best jobs for nanotechnology master’s degree grads are chemical engineer, materials scientist, and biomedical engineer. There are also well-paid jobs for nanotechnology specialists in the agricultural and electronic components industry.
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Chemical Engineer | Average Salary: $105,550
Chemical engineers take part in the development and production of chemical materials, of which many are dangerous. They implement quality controls and safety protocols. The chemicals are used in different industries, including the food processing industry and the pharmaceutical industry.
- Average Salary: $105,550
- Job Outlook: 9% job growth from 2020 to 2030
- Number of Jobs: 26,300
- Highest-Paying States: Texas, Alaska, Idaho, Arizona, and Louisiana
Bioengineer and Biomedical Engineer | Average Salary: $97,410
Bioengineers and biomedical engineers install, maintain, and repair biomedical equipment that use nanocomponents. They test them in labs and ensure their safety and proper functioning. Bioengineers also work in the development and production of biomolecules for pharmaceutical companies.
- Average Salary: $97,410
- Job Outlook: 6% job growth from 2020 to 2030
- Number of Jobs: 19,300
- Highest-Paying States: New Mexico, Arizona, Minnesota, Connecticut, and Massachusetts
Chemists and Materials Scientist | Average Salary: $79,760
Chemists and material scientists develop methods to produce materials, including nanomaterials for electronics and medical applications. These professional engineers measure testing variables to guarantee compliance, safety, and functionality. They analyze new substances and consider new applications for them.
- Average Salary: $79,760
- Job Outlook: 6% job growth from 2020 to 2030
- Number of Jobs: 92,400
- Highest-Paying States: District of Columbia, Maryland, Delaware, Massachusetts, and New Jersey
Agricultural and Food Scientist | Average Salary: $74,160
Agricultural and food scientists develop methods to sustain crops and protect the health of farm animals. They analyze the biological development of plants and organisms to optimize the efficiency of farming processes. They also develop new methods for food and nutrient preservation.
- Average Salary: $74,160
- Job Outlook: 9% job growth from 2020 to 2030
- Number of Jobs: 37,400
- Highest-Paying States: Colorado, Kansas, Connecticut, Ohio, Minnesota
Industrial Engineering Technologist and Technician | Average Salary: $60,220
Industrial engineering technologists and technicians supervise the management of materials used in production processes. They work with managers and the engineering staff to coordinate operations and optimize production workflows.
- Average Salary: $60,220
- Job Outlook: 4% job growth from 2020 to 2030
- Number of Jobs: 64,100
- Highest-Paying States: District of Columbia, Louisiana, West Virginia, California, and Washington
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Best Jobs According to Your Major
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Is a Master’s Degree in Nanotechnology Worth It?
Yes, a Master’s Degree in Nanotechnology is worth it. It’s your best bet to enter the nanotechnology industry. The industry offers high-paying jobs in fast-growing areas like nanomedicine and nanomaterials.
The increasing sophistication of computing electronics and high-precision sensors will increase the demand for nanotechnology experts in the coming years. A Master’s Degree in Nanotechnology equips you with the knowledge and research training to work in a nanotechnology lab.
Once you earn your degree, you can continue your education with a doctoral degree or join a hands-on project in the largest nanotechnology companies like DuPont and Taiwan Semiconductor or major pharmaceutical companies like Pfizer and BioNTech.
Additional Reading About Nanotechnology
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Nanotechnology Master’s Degree FAQ
Nanotechnology can be used in numerous fields. You can use it to create new biomolecules and nanomaterials for medical applications. It can also be used to increase the efficiency and performance of solar panels, batteries, and computing devices.
We need nanotechnology to solve problems that happen at the nanoscale and can’t be solved with conventional technologies. Computing technologies increasingly depend on nanocomponents for miniaturization and nanomaterials for increasing efficiency.
You can study nanotechnology as soon as you graduate from high school. There are universities that offer bachelor’s degree programs in nanotechnology, like Louisiana Tech University, as well as other accredited institutions that offer online courses through an online program if you are a busy professional. To study nanotechnology at any level, you need a strong scientific or technical background and this applies to online students also.
Nanotechnology will affect the future by offering new applications. It will be used to build the next generation of computers, which use photons instead of electrons. Nanotechnology will speed up information processing and reduce energy consumption.
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Jose Salgado
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