Chemical engineers study chemical materials and develop processes to create products, including many that improve global health. If you have a knack for science and want to make a difference in the energy, healthcare, manufacturing, or biotechnology industries, take the first step by enrolling in one of the best chemical engineering master’s degrees.
Our list of chemical engineering master’s degrees will help you get started. This article details the major admission requirements, admission processes, tuition rates, and curricula you’ll find at different schools. It also covers the chemical engineering master’s degree jobs and salary ranges you can expect after earning your Master’s Degree in Chemical Engineering.
Where Can I Get a Master’s Degree in Chemical Engineering?
You can get a Master’s Degree in Chemical Engineering from accredited four-year universities and colleges in the United States. This degree is usually offered by an ABET-accredited college of engineering in most postsecondary institutions. It may be offered as a standalone degree program or in academic departments that also offer bachelor’s degrees and doctorates.
Some of the schools offering top chemical engineering master’s programs in the United States include Arizona State University, Drexel University, University of California, Oregon State University, Pennsylvania State University, and Syracuse University.
What Schools Offer the Best Chemical Engineering Master’s Degrees?
- Arizona State University
- Drexel University
- University of California, Berkeley
- Pennsylvania State University
- Syracuse University
What Are the Admission Requirements for a Master’s Degree in Chemical Engineering?
The admission requirements for a chemical engineering master’s degree are unique for each school. However, some of the common requirements include completing an online application form on the graduate school admissions website and providing a transcript from an accredited US institution, or an equivalent non-US school.
Ideally, your transcript should indicate that you either majored in an engineering discipline or that you’ve completed adequate hours of coursework in life sciences, physical sciences, and mathematics. You may be required to pay an application fee for your application to be processed. Fees are usually less than $100, but international students might pay higher fees.
Other admission requirements for a chemical engineering master’s degree include a 3.0 GPA, letters of recommendation, a statement of purpose, and an English proficiency report. Some programs require applicants to take the Graduate Record Examination (GRE), and some require international students to take the TOEFL or IELTS exams to prove English proficiency.
Chemical Engineering Master’s Degree Admission Requirements
- Complete an online graduate application form and pay the application fee
- Transcripts from an accredited US institution
- Undergraduate degree with a minimum 3.0 GPA
- Engineering bachelor’s degree or coursework in life sciences, physical sciences, and math
- Supplemental materials such as letters of recommendation, resumes, statements of purpose, and GRE standardized test scores
- TOEFL or IELTS scores or English proficiency report (international applicants)
How to Get a Master’s Degree in Chemical Engineering
You can earn your chemical engineering master’s degree by fulfilling the national or state-regulated degree requirements for chemical engineering, as outlined by your department or engineering school. These degree requirements include the completion of stipulated credit hours, coursework, and participation in a research project or mentored lab exercises.
How Many Credits Do You Need for a Master’s Degree in Chemical Engineering?
You need an average of 30 credits to earn a Master’s Degree in Chemical Engineering. However, some programs in chemical engineering have different requirements, with some programs including more than 30 credits. Master’s degree programs are designed to be completed in one or two years, so the credits will be divided between semesters accordingly.
Chemical Engineering Degree Requirements
- Credit requirement. Most programs require completing a standard of 30 credits to earn your Master’s Degree in Chemical Engineering. Each course is usually assigned three to six credits, with research and technical elective courses having higher credit hours.
- Curriculum and concentration. Master’s programs are specialized, so you’ll need to complete a curriculum that covers your chosen field. Specialties include environmental chemistry, biomaterials and therapeutic technologies, pharmaceuticals, electrical energy, biomolecular engineering, particle science and processing, and polymer engineering.
- Final project or exam. Depending on your program, you’ll be able to choose between a thesis and a non-thesis option. A thesis project involves creating an independent research study. If you choose the non-thesis option, you have to complete core courses and technical electives that apply to your specialization in chemical engineering.
- Grade requirement. Different schools and academic departments have their own GPA metrics. Some require a B or C grade in each course completed, and some require a minimum 2.0 GPA each semester. You may not be allowed to continue in your academic program if you fail to earn the required grades or complete the necessary coursework.
Best Chemical Engineering Master’s Degree Programs and Schools: Overview
| School | Program | Accreditation |
|---|---|---|
| Arizona State University | Master of Science in Chemical Engineering | Higher Learning Commission |
| Drexel University | Master of Science in Chemical Engineering | Middle States Commission on Higher Education |
| Oregon State University | Master of Engineering or Master of Science in Chemical Engineering | Northwest Commission on Colleges and Universities |
| Pennsylvania State University | Master of Science in Chemical Engineering | Middle States Commission on Higher Education |
| Syracuse University | Master of Science in Chemical Engineering | Middle States Commission on Higher Education |
| University of Arizona | Master of Science in Chemical Engineering | Higher Learning Commission |
| University of California, Berkeley | Master of Science in Chemical Engineering | WASC Senior Colleges and Universities Commission |
| University of New Hampshire | Master of Science in Chemical Engineering | New England Commission on Higher Education |
| University of North Dakota | Master of Science or Master of Engineering in Chemical Engineering | Higher Learning Commission |
| Texas A&M University | Master of Engineering in Chemical Engineering | Southern Association of Colleges and Schools, Commission on Colleges |
Best Schools for Chemical Engineering: Top Chemical Engineering Master’s Degree Programs
The list below introduces you to US schools offering the best chemical engineering master’s degrees. Along with a general overview of the schools, we’ve included specifics about each program to help you make an informed decision, including their accreditation status, credit requirements, core courses, admission requirements, and tuition rates.
What Is a Chemical Engineering Master’s Degree?
A chemical engineering master’s degree is a post-graduate level academic qualification earned by students who have fulfilled the degree requirements stipulated by an accredited university or college. This degree confirms that the student has completed 24 to 45 credit hours of coursework in chemical engineering and related engineering fields over a one or two-year period.
It also shows that the student participated in independent study and research that developed their skills in engineering design, scientific analysis, and engineering applications. Graduates will be prepared for careers working in chemical production processes, like the conversion of organic materials into things like food, plastics, polymers, and mechanical devices.
How Important Is a Master’s Degree in Chemical Engineering?
A Master’s Degree in Chemical Engineering is very important for individuals who wish to build expertise in a specialized area of chemical engineering. The curricula are designed around specific career paths, and you should be well prepared to find a job and work in your chosen field once you graduate.
A master’s degree sets you up for success. You can work in labs developing products in many different industries, or your expert knowledge of raw materials and production processes can translate into entrepreneurship. Students who earn master’s degrees can also continue onto a doctoral track, which opens up roles in academia and government research facilities.
What Types of Master’s Degrees Can You Get in Chemical Engineering?
You can get a Master of Science (MS) or a Master of Engineering (MEng) in Chemical Engineering. Individual schools have different requirements for their degrees, but the general difference between a MS and MEng is the type of work involved. A MS requires a research project or thesis, whereas a MEng is generally a non-thesis option that focuses on coursework.
Is It Better to Get a Master of Science or a Master of Engineering in Chemical Engineering?
It is better to get a Master of Science in Chemical Engineering if you want to specialize in research or academia. This degree type helps you develop expert knowledge and skills in scientific analysis and material exploration thanks to the research requirement. Working on a thesis will let you graduate with lab experience working on real-world problems.
On the other hand, a Master of Engineering in Chemical Engineering is a good option if you’re more interested in the development of chemical products and working in chemical process industries. While both degrees boost your earning potential, this degree gives you more opportunity to diversify into modern engineering technology fields.
What Is the Difference Between a Chemical Engineering Master’s Degree and a Chemical Engineering Certificate?
A chemical engineering master’s degree and a chemical engineering certificate differ in their areas of specialization and program lengths, as well as the jobs they prepare you for. An onsite or online certificate program usually lasts for one year. It offers training and builds in-depth skills in a particular subject, allowing you to apply for advanced positions in your field.
A Master’s Degree in Chemical Engineering covers a broader curriculum and takes one or two years to complete. Degree programs are interdisciplinary and cover knowledge in several chemical engineering aspects, rather than a subject area within the field. It gives you the freedom to explore different career paths and research in a lab before graduating.
How Much Does It Cost to Get a Master’s Degree in Chemical Engineering?
A Master’s Degree in Chemical Engineering costs $19,314 per year on average, according to the National Center for Education Statistics (NCES). Costs depend on specific programs, how many semesters you study, and the type of institution. Public institutions cost an average of $14,208 per year, while private schools charge $27,776 on average.
How Long Does It Take to Get a Chemical Engineering Master’s Degree?
It takes two years to get a chemical engineering master’s degree. This can vary depending on your program, with many academic departments breaking down their requirements by semesters rather than years of study. Most schools project that students will complete their program in three or four semesters.
A defined number of credits must be completed each semester. For a Master’s in Chemical Engineering, a semester typically includes six to 15 credits, depending on the types of classes you’re taking and whether you’re working on a research project. You may be able to consult with a faculty advisor to design a degree plan that fits your needs, such as part-time study.
How Hard Is It to Get a Master’s Degree in Chemical Engineering?
It is not very hard to get a Master’s Degree in Chemical Engineering if you have a strong background in biology, chemistry, physics, and mathematics. Chemical engineering degree programs are competitive and will be challenging for the average student, so it’s essential to complete engineering coursework before applying to a chemical engineering master’s program.
Some chemical engineering programs admit students without degrees in chemical engineering, but they usually require a bachelor’s degree in a related field, like the physical sciences or another field of engineering. In these cases, you’ll need to complete engineering coursework as prerequisites before moving on to advanced chemical engineering courses and research.
Why Should You Get a Chemical Engineering Master’s Degree?
You should get a chemical engineering master’s degree if you want a career in researching and developing new technologies. If you already have a strong background in engineering, you can specialize in a lucrative or cutting-edge area in chemical engineering. If you’re already working in the field, a master’s degree will boost your earning potential and open new doors for you.
What Courses Do You Need to Take in a Master’s Degree Program in Chemical Engineering?
The courses you need to complete in a master’s degree program in chemical engineering include engineering research, scientific analysis, computational science, engineering design, and engineering application and innovation. Check out our list of popular engineering courses that will help you build the skills you’ll need to become a successful chemical engineer.
Thermodynamics
Thermodynamics is the study of the relationship between heat and various forms of energy. Chemical engineering students study thermodynamics to learn how chemical energy reacts when placed in different confined physical states. Students explore the laws of heat transfer, heat cycles, and molecular thermodynamics, and learn calculations for work and efficiency.
Biotechnology
Biotechnology focuses on the exploration and application of biological processes to solve issues in food and medicine manufacturing. Students learn how to use biological processes and systems when designing technological systems and software across industries. Subjects include biological molecular engineering, bioprocessing, genetics, and immunobiology.
Biochemistry
Biochemistry is concerned with how chemical and biological processes occur in living organisms at the cellular level. Some of the areas covered in biochemistry include biomolecular structures and functions, organic chemistry, protein engineering, tissue engineering, control mechanisms, and metabolic engineering pathways.
Microfabrication
Microfabrication is a budding manufacturing process in the microelectronics industry. This is a series of processes and techniques used to modify raw materials to create micrometer miniature structures. Areas covered in this subject include microsystems, structure fabrication, lithography and patterning, test structures, and layer formation.
Engineering management
Engineering management combines problem-solving areas in engineering, leadership, and business management. This concentration is ideal for chemical engineering students who want to pursue consulting and entrepreneurship. Students take classes in ethics, project planning, quality control for engineering projects, marketing, and financial management.
Continuing Education Paths for Chemical Engineering Master’s Degree Graduates
After obtaining a Master’s in Chemical Engineering, you can go on to acquire a doctorate in a specialized area. A PhD gives you the opportunity to pursue a career in teaching or research and development. There are also in-person and online programs for professional certifications for those who wish to build more industry leverage in their field of chemical engineering.
Some of the professional organizations that offer certifications in chemical engineering include the American Society for Quality (ASQ) and the American Institute of Chemical Engineers (AIChE). Earning one of these certificates can expand your professional opportunities and allow you to dive deeper into specific aspects of your field.
Related Chemical Engineering Degrees
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What to Look For in the Best Chemical Engineering Master’s Degree Programs
Not every chemical engineering master’s program will be compatible with your schedule, academic goals, and career goals. As such, you should consider the following major factors before you start the application process for a master’s program in the chemical engineering field.
Career services and student support
Some schools offering master’s degrees in the field of chemical engineering offer career planning programs and opportunities for internships. These can be essential for launching a successful career, so you should ensure your program offers partnerships with industry professionals, research funding, professional opportunities, and advising.
Curricula content and concentration
Chemical engineering is a broad field with many areas of specialization. Some schools design their programs to offer many research and course specialization areas, while others are more streamlined. In the latter, your coursework will be tailored to the specialization you’ve chosen. If you’re having trouble picking a specialization, you should meet with your faculty advisor.
Program flexibility and format
Some programs have very strict structures, requiring that students complete a stipulated number of credits within a semester, take specific courses, obtain certain grades, and graduate within a specified period. There are benefits to rigorous and structured programs, but they’re not for everyone.
There are numerous opportunities for students who need a more flexible schedule. If you plan to work while you study, you can consider part-time or work-study programs. Many institutions offer a hybrid format, and some offer completely online programs.
Accelerated options
If you are just entering college and know for sure that you want to work in chemical engineering, you could enroll in an accelerated bachelor’s/master’s program and earn both degrees in five years. Your school might also offer a joint MS/PhD program, which is an ideal way to obtain two degrees in a shorter timeframe and access more professional opportunities.
School and program reputation
Before deciding on a school or program to obtain a Master’s Degree in Chemical Engineering, you should review their reputation. Consider factors like the school’s national ranking, scholarships and funding opportunities, research capacity, graduation rate, and retention rate. A school with involved alumni can also help you with networking and career growth.
What Is the Most Affordable Chemical Engineering Master’s Degree?
The most affordable chemical engineering master’s degree, based on our curated school review, is the MEng or MS in Chemical Engineering offered by Oregon State University. In-state tuition is $557 per credit and out-of-state tuition is $1070 per credit. With a degree requirement of 30 credits, tuition for the full degree costs $16,710 or $32,100 depending on your residency.
Salary and Job Outlook for Chemical Engineering Master’s Degree Graduates
By reading this article, you’ve learned how to get started with acquiring your Master’s Degree in Chemical Engineering. Now discover what career opportunities await you. This section covers essential details on the average annual salaries for chemical engineers, the highest-paying chemical engineering career tracks, and projected job outlooks.
How Hard Is It to Get a Job With a Chemical Engineering Master’s Degree?
It is not very hard to get a job with a chemical engineering master’s degree if you attended an accredited school that’s focused on student success. You want to make sure you choose a school that provides career advising, job services, and networking opportunities to help you secure a job after graduation.
Depending on your school, you could have access to international research funding opportunities, internships with the school’s industry partners, and online job boards. Other career services include interview preparation, resume review, portfolio building, and career path advising.
What’s the Average Chemical Engineering Master’s Degree Salary?
The average salary for someone with a chemical engineering master’s degree is $86,000, according to PayScale. This annual salary average is for graduates with Master of Science degrees. Graduates who attended a Master of Engineering in Chemical Engineering program should expect an average salary of $87,000 a year.
Based on the data from the report, the degree holders report above-average job satisfaction. Most of the professionals who earn this salary range are still in their early careers, so you can expect higher pay in a more advanced chemical engineering job.
What Types of Jobs Can You Get With a Chemical Engineering Master’s Degree?
A chemical engineering master’s degree can get you a high-paying job in many different industries, including both private companies and public organizations. Chemical engineers can work in governmental agencies, manufacturing industries, construction, healthcare, and food processing industries.
With an advanced chemical engineering degree, you can secure roles in chemical process engineering, biochemical engineering, engineering management, environmental engineering, biotechnology, petroleum engineering, energy engineering, production engineering, nuclear engineering, and materials engineering.
Chemical Engineering Degree Jobs
- Chemical Process Engineer
- Environmental Engineer
- Materials Engineer
- Nuclear Engineer
- Petroleum Engineer
Potential Careers With a Chemical Engineering Degree
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How Much Money Can You Make With a Master’s Degree in Chemical Engineering?
You can make an average of $90,000 to $130,000 a year with a Master’s Degree in Chemical Engineering. You can earn more by relocating to cities with a high demand for chemical engineers. If changing locations doesn’t appeal to you, you can obtain a professional certification to boost your earning potential.
In most cases, broadening your skillset by taking courses in a technology or business discipline can also increase your earning potential. Below are the best-paying job roles and career tracks for graduates of chemical engineering, based on the salary data from the Bureau of Labor Statistics (BLS).
Highest-Paying Chemical Engineering Master’s Degree Jobs and Salaries: Overview
| Chemical Engineering Master’s Degree Jobs | Average Salary |
|---|---|
| Petroleum Engineer | $130,850 |
| Nuclear Engineer | $120,380 |
| Chemical Engineer | $105,550 |
| Materials Engineer | $98,300 |
| Environmental Engineer | $96,820 |
Best Jobs for Chemical Engineering Master’s Degree Grads
A chemical engineering master’s degree can open up doors in some of the most exciting and lucrative engineering fields. Below, we outline some of the best jobs for graduates of chemical engineering master’s programs, including petroleum engineer, nuclear engineer, chemical engineer, materials engineer, and environmental engineer.
Best Jobs According to Your Major
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Is a Master’s Degree in Chemical Engineering Worth It?
Yes, a master’s degree in chemical engineering is worth it if you would like to specialize in a chemical engineering field. This degree equips you with the knowledge and qualifications you need to pursue advanced degrees and roles in academia, research, entrepreneurship, and manufacturing.
You’ll be able to conduct complex research studies for educational and advisory purposes or develop products and engineering solutions to help with real-world problems. The chemical engineering industry has growth potential and long-term relevance. The 2021 Chemical Global Market Report by Research and Markets projects growth from $3,728.43 billion to $4,304.71 billion by 2025.
Additional Reading About Chemical Engineering
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Chemical Engineering Master’s Degree FAQ
Yes, a chemical engineer can become an entrepreneur with the right background knowledge in chemical processing, research, and development. To cultivate this knowledge, you’ll most likely need to enroll in an advanced chemical engineering degree program. Expertise will help you secure clients as a consultant, or secure funding to develop your own chemical product.
The courses related to chemical engineering include biomechanics, experimental biology, electrochemistry, polymer science, bioengineering, petroleum engineering, drug development, process control, atmospheric physics, and thermodynamics. You’ll encounter these courses in a chemical engineering degree program.
No, chemical engineering is not harder than medicine, and neither is more difficult. Both fields are highly quantitative and require a lot of problem-solving, so they can both be considered difficult by students. Chemical engineering requires in-depth knowledge of physics, chemistry, math, and applied science courses, while medicine focuses more on biology and chemistry.
Yes, most chemical engineers are happy with their income, career prospects, and job roles. According to PayScale, most chemical engineers report high job satisfaction. This can be attributed to the attractive compensation package and health benefits they receive from their employers, as well as the fulfilling projects they work on.
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.
