phd in chemical engineering salary

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The 2023 AIChE Salary Survey Results Are In!

• Jun 6, 2023
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The 2023 AIChE Salary Survey results are now published in the June 2023 issue of Chemical Engineering Progress (CEP) . The survey was deployed in December 2022, after a time of great disruption for the U.S. workforce driven by social change in the wake of the COVID-19 pandemic and rising costs of living. This ongoing movement, known as the “Great Resignation,” saw millions of Americans resigning from their jobs in search of higher wages, flexible remote work policies, and a better work-life balance. As a result, a key focus of this year’s Salary Survey is this movement and how it has impacted the chemical engineering community.

Median salary

The median salary for chemical engineers as reported in the 2023 Salary Survey is $150,000. This is an 8.3% increase from the median salary of $138,500 reported in 2021. This aligns with the overall positive trend in the salaries of chemical engineers seen over previous Salary Surveys. The median starting salary for new graduates — $74,500 — has also seen a 6.43% increase from 2021. Chemical engineers who graduated in 2020, 2021, or 2022 reported having found their first job in approximately 5.3 months on average.

Of our respondents, the majority hold a bachelor’s degree in chemical engineering. Out of those respondents who have received master’s degrees, 22% hold an MBA.

The Salary Survey found that 43% of respondents have obtained a bachelor’s degree as their highest degree obtained, while 31% have obtained a PhD. Depending on the highest degree obtained, the median salary of the respondents increases as those who reported having a PhD have a median salary of $165,000, while those who only have a bachelor’s degree as their highest degree see a median salary of $141,550.

Great Resignation

According to the U.S. Bureau of Labor Statistics, over 47 million Americans voluntarily left a job in 2021, compared to almost 36 million in 2020. Although it was expected that this number would decrease in 2022, over 50 million Americans followed suit that year. This significant increase in workforce turnover is a trend now commonly known as the Great Resignation. Spurred by social change resulting from COVID-19 as well as widespread job dissatisfaction, workers across the country are leaving their positions for improvements in quality of life, company culture, and work-life balance — and they are even willing to accept lower salaries to gain these improvements.

Although the chemical process industries have not been as affected by the Great Resignation as other fields (e.g., healthcare, education, and hospitality), they have not been immune. For example, the survey found that 17% of respondents have left a job in the past two years (2021–2022). When asked why they chose to leave their job, the majority of the respondents stated that they were seeking non-financial improvements, with some even opting for a lower paying job when looking for a new position.

More statistics

For more data and findings, AIChE members can read and view the results of the 2023 Salary Survey in the June 2023 issue of CEP Magazine , both in print and online . Members can also view supplementary information with their data tables online. The full survey results include the following, and more:

            • Median salary comparison adjusted for inflation

            • Median salaries of respondents by race, gender, age and experience

            • Median salaries by education level and supervisory responsibilities

            • Median salaries of respondents by industry category and job function

            • Median salaries of respondents by geographical location

To obtain exclusive access to the Salary Survey insights and member-only results, kindly  renew your AIChE membership today .

PhD Program Overview

Main navigation, academic and departmental matters.

We have orientations and academic advising sessions for all new graduate students before you select your courses and start your first classes. Furthermore, you'll get ongoing support and advising from faculty and staff throughout your graduate career.

PhD Frequently Asked Questions

Where do i find information.

• Go to Stanford's Graduate Admissions site .
• Explore all the information available on our Chemical Engineering site, (including the faculty pages and and the multiple pages under the PhD and admissions tabs). If these resources do not address any remaining questions, please send an email to the department at [email protected] . Use your email subject line: Admissions - [family name] - [topic of your inquiry]

When may admitted PhD applicants visit Stanford?

March 2-5 2023, is the Chemical Engineering Virtual Visit Weekend. If you are seriously considering Stanford's Chemical Engineering's PhD program for your doctoral work, please reserve these dates for your virtual Stanford visit, as we will be unable to accommodate a request to visit at another time.

How long does it take to get the PhD degree?

The average time to earn a PhD degree is between 5 and 6 years. Some students finish a little earlier and some a bit later.

If I have a master's degree from another university, do I need to get a MS from Stanford before pursuing a PhD?

No. In Chemical Engineering, having an MS degree is not a requirement for conferral of a PhD degree. PhD students without a master's may petition for conferral of a Stanford master's in the course of fulfilling their PhD requirements. Matriculated PhD students with a MS earned elsewhere either may petition for conferral of a Stanford MS or may petition for approval of transfer units, to be applied toward the total unit requirements for a PhD degree. Any student contemplating petitioning for approval of transfer units should consult first with departmental student services.

How many faculty members do you have and how long have they been teaching?

See the faculty pages. Our faculty is well-distributed in terms of experience and areas of emphasis.

What are the course requirements, and how long do they generally take to complete?

PhD students take 10 units per quarter.

PhD students take three 3-unit courses and one 1-unit colloquium (seminar) per quarter in the first two quarters and the majority of their lecture courses during the first two academic years. Then they finish the coursework requirements by taking a class here and there until they have a total of 42 units for lecture courses in science and engineering, plus 3 units of colloquia (seminar). Because of the importance faculty place on honing communication skills while pursuing a doctorate, all candidates are also required to assist in the teaching of two chemical engineering courses.

What are PhD research rotations?

Each first-year PhD student rotates with two different faculty research groups before choosing an advisor and lab in which to develop his or her own research projects. The rotations enable students to gain a better understanding of a given faculty member’s research program and to determine if that lab is a good fit for their future research. Furthermore, during the first six months, there are multiple opportunities to talk with a wide range of faculty members about their research.

How do PhD qualifying examinations work? What is the usual pass rate?

To be admitted to PhD candidacy, students must pass a qualifying examination, taken at the end of the summer quarter of the first year, respectively. The PhD Qualifying Examination has three parts: 

• A one-page written summary of their research project
• A 20-minute presentation about the research project before research advisors and other faculty examiners
• A 20-minute question-and-answer session with faculty

This exam focuses on the student’s progress report on original research performed during the previous half-year, e.g. from April until the time of the exam in late September. A progress report may have no conclusions, but the talk should demonstrate a depth of thinking about the research strategy and the fundamental chemical, physical and biological concepts that govern the molecular behavior of the system being studied.  The focus is on the ability to think critically and to communicate understanding the fundamental concepts, techniques and questions within the field. The faculty are looking for the student's understanding of how one's research relates to the field as a whole and how he or she demonstrates an understanding of where the project will lead.

Most years, all rising second-year PhD students pass their PhD candidacy examination. The format of this examination is designed to test for the essential skills of the successful researcher — the abilities involved in approaching new problems from a perspective grounded in scientific fundamentals. The focus is not on having the right answers, but in formulating approaches rooted in the scientific method. The faculty do their utmost to select applicants who will thrive as doctoral researchers, with the objective that the selection process should take place at the time of admission. The faculty, other students and staff are all motivated by the ultimate success of each year’s PhD students with their examinations. This culture fosters a uniquely positive environment of collaboration and teamwork among all students, rather than competition based on a "survival of the fittest" mentality.

How does PhD advisor selection work?

All during the first two quarters, first-year PhD students have many ways to become familiar with individual faculty, their research projects, students in their research groups, and how a research group functions. Toward the end of the second quarter each student-faculty dyad formalize their advisee-advisor relationship and then PhD students join their advisors’ research groups at the beginning of spring quarter, and start on their own projects.

Can I work with faculty outside of the department?

Yes. Some past examples have been with faculty in physics, chemistry, materials sciences, mechanical engineering, environmental microbiology, bioengineering and biochemistry.  These students also have a Chemical Engineering faculty co-advisor who helps ensure good degree progress and sits on the reading committee formed in the second year.

What sort of job opportunities does a PhD degree in chemical engineering from Stanford usually enable?

Graduates of our department are extremely versatile with regards to their post-doctorate careers. Over the last few years, many of the graduates from various research groups have chosen to spend a couple of years as a post-doc in another research lab (usually not at Stanford) either in preparation for a research/academic job or in profiting from further research experience before entering industry. Stanford grads are now current professors at many top universities (MIT, Harvard, etc.) or members of prestigious research centers (IBM, national labs, etc.). A significant number of students decide to enter industrial positions upon graduation, as engineers, consultants, etc. You will find companies from all sectors actively recruiting Stanford chemical engineers, including companies in the local biotech and nanotechnology industries.

What kinds of jobs do PhDs get and where?

There is a saying that a chemical engineer can do anything, and the range of employment and career options available to our students demonstrates this. Approximately two-thirds of our PhD students find challenging jobs in fundamental or applied research either in industry or national laboratories. Further generalization is not possible — graduates find careers in areas as diverse as the information technology companies, biotechnology, the oil industry, the chemical process industry, renewable resources and private consulting. (Approximately one-third go into teaching and research as a profession).

Student Life

Housing and living.

Stanford has a strong residential character. Over half of all graduate students live in university-operated apartments. The university’s residence system is among the largest and most diverse.

How does on-campus housing work?

There is a lottery and when you enter it, you list your choice of housing options in preferential order. Housing is guaranteed for first-year graduate students, but this means that you must apply on time and select the option that you are willing to accept any living arrangement (studio, two people in a two-bedroom, three people in a two-bedroom, etc.). If you submit your choices by the deadline, usually you obtain your top housing choices.

Students can renew the same housing assignment for the following year without entering a lottery. Thus, if you are happy with whatever assignment you get in the fall of your first year (and you live in a residence that is open year-round), in the spring of your first year you now can just check "renew" on your housing application for the next year and keep your assignment for the following year.

Pets are not allowed in campus housing.

How much does on-campus housing cost per month?

The cost of housing varies. The general rule of thumb is that the more room/suite-mates you have, the lower the rent. If you would like to have a room to yourself (double-occupancy two-bedroom, etc.) then you should expect to pay more. If you do not mind sharing a room, then the cost drops some. 

What is included in on-campus housing costs?

In addition to the rent, the cost of housing covers basic utilities (electricity and water). Laundry is free to students living on campus. Also, most on-campus apartments are furnished so you don't have to worry about the cost of furniture. Additional charges will apply for an internet connection, cable TV, etc. (These facilities are easily available and are relatively inexpensive). If you have a car, you will need to purchase a campus parking permit, but they are inexpensive for students.

What are the off-campus housing options?

A popular way to find off-campus housing is to use Craigslist . You can perform specific searches of price ranges or towns or places that accept pets. The places listed include condos, homes for rent, individual cottages, or apartments. If you do a search on Craigslist, go to "apts/housing" and then click on "Peninsula" at the top of the screen (S.F. Bay Area prompt). Depending upon the specific location, the following towns are within bikeable distance from Stanford: Menlo Park, Atherton and Palo Alto. Redwood City, Los Altos and Mountain View are a minimum of a ~30 min bike ride.

How much do off-campus apartments costs per month?

Depending upon how many roommates you have, monthly rent can range from $900-$1,700/per person.

How can I find a roommate?

Most incoming students do not know people at Stanford and so do not choose their roommates. However, if you do find/choose someone you would like to room with in university housing, then you can request that Housing Assignments Office assign both of you to the same housing location. There is also a roommate-finding website.

What about housing for couples or families?

There are several options for on-campus couples housing-furnished or unfurnished. Please see the Housing Options page for information about housing for couples without children and students with children.

What's the bottom line? Is it comfortable to live on the graduate stipend?

Yes. People can live comfortably and still afford to travel both nationally and internationally. Several students have hobbies such as skiing or cycling that they can afford on the graduate student stipend/salary. (English PhD students get by on ~10K less!)

Activities in the local and surrounding areas

How do i get involved in departmental social events.

All ChemE grad students are welcome to participate on the social subcommittees of the graduate student-run ACTION Committee, as well as staff-student planned events such as the annual Holiday Party in December.

What do people do for fun?

The  Office of Student Engagement supports over 600 university-recognized, incredibly diverse student groups on campus.

There are various gyms on campus, along with many intramural sports and club sports. There are also athletic classes you can take for credit (kickboxing, Pilates, boot camp, yoga, etc) or simply for fun at the residence complexes. Other than sports, there are a plethora of cultural events in the arts, dance, music and other live performances on and off campus. San Jose is ~20 minutes away while San Francisco is ~45 minutes away by car. Both are also accessible by public transportation. If you prefer outdoor activities, hiking trails and extensive bicycle routes are minutes away and a few hours of driving can take you to Lake Tahoe, Yosemite, the northern California Redwoods, etc. while Santa Cruz and Monterrey are closer attractions.

What are the common attractions in the area surrounding the San Francisco Bay?

San Francisco has abundant theaters and cultural events, SFMOMA, Civic Center, Asian Museum, China Town, Fisherman's Wharf, Golden Gate Park (de Young Museum) and Golden Gate Bridge. Further north, you can visit Muir Woods redwood park, various marinas, Point Reyes National Seashore, etc., while further south you can visit Monterey Bay Aquarium, stroll beaches along the Pacific Ocean, go rock climbing and tour wineries in the Santa Cruz mountains.

How is the transportation system? How do you get around?

There are on-campus shuttles that also access the local train stations, local bus lines, CalTrain, BART and Muni. Many students have cars. Many do not. The majority of students also have bikes to get around on campus.

Are there intramural sports and sports clubs?

Yes to both. Intramural sports range from volleyball to soccer to billiards, and club sports range from triathlon to sailing to martial arts. This department fields several teams.

How are the gym facilities?

The Arrillaga Family Sports and Recreation Center is the primary gym for students. The facility is on Campus Drive right across from the track. At Arrillaga, you'll find squash courts, a climbing wall, basketball courts and a weight room with cardio-machines (ellipticals, treadmills, stationary bikes, etc.). Students also can take classes for physical activities such as martial arts (Arrillaga has a training room), fencing, yoga, etc.

Also, the recently opened Arrillaga Outdoor Education and Recreation Center (AOERC) is the newest recreational facility on campus. It's on Santa Teresa Street right next to Roble Field. AOERC features a fitness center, outdoor recreational pool, three indoor courts, academic classrooms, a climbing wall and an outdoor recreation center.

Stanford also has a great outdoor pool center and has several tennis courts spread across campus. It is not unusual for Stanford to host national track-and-field or ATP tour events, so you shouldn't be surprised to see some big names in sports strolling about on campus.

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Best Doctorates in Chemical Engineering: Top PhD Programs, Career Paths, and Salaries

The field of chemical engineering explores solutions to real-world problems through areas such as bioengineering, environmental engineering, biomedical engineering, and nanotechnology. A chemical engineering PhD will enable you to be at the forefront of research that seeks to improve the quality of life on Earth. This article will cover the best PhD in Chemical Engineering programs.

With a PhD in Chemical Engineering, you will be able to apply your scientific knowledge to help create the things we use in our daily lives, from the clothing we wear and the appliances we use to the technology and energy sources we rely on. Consequently, the PhD in Chemical Engineering salary is reflective of the time and effort required to be at the top in this field. This article also shares the best chemical engineering jobs.

Find your bootcamp match

What is a phd in chemical engineering.

A PhD in Chemical Engineering is an advanced, research-based degree program offered by colleges and universities. It will allow you to lead a research project in a specialization of your choice, either in traditional fields of chemical engineering or in new and emerging fields.

You will be able to invent and optimize new technologies and products with this degree. The expected outcome of your research is a high-quality thesis that can be published in peer-reviewed scientific journals.

How to Get Into a Chemical Engineering PhD Program: Admission Requirements

The requirements to get into a chemical engineering PhD program include a Master’s Degree in Chemical Engineering or a related field. You can also apply to the program if you have a bachelor’s degree, but you will need to demonstrate your ability to take on the demands of this rigorous program either through work experience or graduate courses in chemical engineering or a related field.

Additional admission requirements are three letters of recommendation, a resume, a personal statement, proof of proficiency in English, transcripts showing a GPA of 3.0 or higher in your undergraduate or graduate degree, and GRE, GMAT, or MCAT test scores.

PhD in Chemical Engineering Admission Requirements

• Bachelor’s or master’s degree
• Letters of recommendation
• Transcripts
• Standardized test scores
• Personal statement

Chemical Engineering PhD Acceptance Rates: How Hard Is It to Get Into a PhD Program in Chemical Engineering?

It is very hard to get into a PhD program in chemical engineering. For example, MIT has recorded an acceptance rate of just 25 percent , and that includes both master’s degree and doctoral degree applicants. If you have a mind for science, have demonstrated excellence in previous science-based study programs, and have some work experience in the field, you may qualify.

How to Get Into the Best Universities

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Best PhDs in Chemical Engineering: In Brief

Best Universities for Chemical Engineering PhDs: Where to Get a PhD in Chemical Engineering

The best universities for chemical engineering PhDs are Massachusetts Institute of Technology, California Institute of Technology, Stanford University, and the University of California, according to the US News & World Report.

Additional best-ranking schools for a PhD in Chemical Engineering include Oregon State University, Penn State University, Arizona State University, and the University of Texas. Let’s take a closer look at these and other top-ranked schools.

Arizona State University (ASU) was founded in 1886 as a higher learning institution training teachers and providing courses in mechanical arts and agriculture. Today, ASU offers more than 400 undergraduate degrees and more than 450 graduate degrees on four campuses and online. The graduate programs are in fields such as engineering, biological design, and robotics. ASU has been recognized as the country’s most innovative school, having a history of working with NASA in developing innovations for space exploration. The doctoral-level programs are in fields such as nursing, accountancy, aerospace engineering, agribusiness, animal behavior, anthropology, linguistics, math, and astrophysics. 

PhD in Chemical Engineering

The PhD in Chemical Engineering offers research opportunities in areas including biomolecular engineering, chemical therapies for neurodegenerative diseases, flexible display technology, fuel cells, atmospheric aerosols, and protein synthesis. Including the requires research, students must complete 85 credit hours.

In order to graduate, students must fulfill credit hour requirements as well as oral and written comprehensive exams. They must also present a research prospectus and final dissertation. The program consists of core coursework in transport processes, chemical reactor engineering, and thermodynamics of chemical systems, as well as technical electives and a seminar. 

PhD in Chemical Engineering Overview

• Program Length: 4-5 years
• Acceptance Rate: 40.48%
• Tuition and Fees: $13,814/year (in state); $26,298/year (out of state)
• PhD Funding Opportunities: Research assistantship, teaching assistantship, fellowship
• Admission application and application fee
• Bachelor’s degree and transcripts
• Personal statement and resume
• 3 letters of recommendation
• Proof of proficiency in English 

California Institute of Technology (Caltech) was founded in 1891 and became an institution for education, engineering, and scientific research in 1907. Today, the university is known as a leading science and engineering institute offering 28 undergraduate and 30 graduate study options. 

Fields of study are separated into six academic divisions, which are biology and biological engineering, chemistry and chemical engineering, engineering and applied science, geological and planetary sciences, the humanities and social sciences, and physics, mathematics, and astronomy. 

Students in the PhD in Chemical Engineering program will be required to complete core coursework in various topics such as introduction to biomolecular engineering, electronic materials processing, polymer chemistry, chemistry of catalysis, aerosol physics and chemistry, and design, invention, and fundamentals of microfluidic systems.

Additionally, to graduate you will need to complete seminars, participate in a graduate teaching assistantship worth 24 term-hours, pass a candidacy examination, and submit a research progress report. You will also need to pass a final exam, which includes an oral exam as well as a thesis presentation and defense.

PhD in Chemical EngineeringOverview

• Program Length: 3 years minimum
• Acceptance Rate: N/A
• Tuition and Fees: $19,489/term
• PhD Funding Opportunities: Fellowship, research assistantship, teaching assistantship
• Statement of purpose

Drexel University was founded in 1891 and offered its first engineering course in 1893. In 1949 the first graduate degree program was offered in the college of engineering, which has grown to include more than 25 graduate programs. Today, the university offers over 120 programs in its graduate college. 

Additionally, through its dedication to innovation and entrepreneurship, Drexel has made an impact on society through its research work in science, engineering, healthcare, public policy, and information technology.

Doctorate in Chemical Engineering

The doctoral degree program in chemical engineering at Drexel engages in research in biochemical engineering, energy, environment, sustainability, chemical engineering, and polymer science. You will be required to complete core coursework in thermodynamics, transport phenomena, kinetics, catalysis, and mathematical methods. 

Additionally, you will have to complete research for your dissertation and the completion of your thesis. You will also be required to present and defend your thesis once it is complete.

Doctorate in Chemical Engineering Overview

• Tuition: $1,342/credit 
• PhD Funding Opportunities: Financial aid, research assistantship, teaching assistantship, awards, fellowships

Doctorate in Chemical Engineering Admission Requirements

• Bachelor’s degree and transcripts 
• Minimum GPA of 3.0
• Personal essay and professional resume
• 2 letters of recommendation

Massachusetts Institute of Technology (MIT) was incorporated in 1861 with the goal of accelerating the industrial revolution. MIT is a desirable school because it has been a leader in technological innovation and inventions throughout its long history. 

Today, it offers study programs in 30 departments across five schools and one college. Graduate programs offered include majors in the sciences, engineering, arts, business, political science, and aeronautics. 

PhD in Chemical Engineering Practice

MIT offers very competitive programs. To graduate from its PhD in Chemical Engineering Practice program, you will need to complete core curriculum coursework, an industrial internship, oral and written examinations, a capstone paper, and a thesis based on your research project. 

PhD in Chemical Engineering Practice Overview

• Program Length: 4 years
• Acceptance Rate: 10 or fewer students per year
• Tuition and Fees: $57,590/year
• PhD Funding Opportunities: Fellowships, research assistantships, teaching assistantships, graduate student loans

PhD in Chemical Engineering Practice Admission Requirements

• Online application and application fee
• GRE test scores

Oregon State University (OSU) was founded in 1858 as Corvallis College and in 1865, its first college-level curriculum was offered. The college has since grown to 11 colleges on two campuses. OSU now offers more than 200 undergraduate academic programs and 100 graduate degree programs. 

The university has a very strong history in research and receives more research funding than any other university in the state. Through its Innovation Impact Program, OSU is able to convert research into products and has been rated the third best university when it comes to solving climate change.

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OSU’s PhD program in chemical engineering requires a minimum of 108 graduate credits. You can choose a concentration such as biochemical reactors, electrochemical deposition, fluidization engineering, materials synthesis and process, waste minimization and sustainable processing. To graduate, you must complete coursework, oral and written exams, your thesis, and a final exam.

• Program Length: Approximately 5 years
• Tuition: $557/credit (in state); $1,105/credit (out of state)
• PhD Funding Opportunities: Assistantships, awards, fellowships, scholarships
• Application and application fee
• 3 letters of reference
• Resume and statement of objectives
• TOEFL scores (international applicants)

Pennsylvania State University (Penn State) was founded in 1855 as a college for agricultural science. It began offering graduate studies in 1922 and got international recognition for research work in diesel engines, building insulation, and dairy science. Today, more than 300 programs are offered by its graduate school in more than 200 fields of study. 

Doctor of Philosophy in Chemical Engineering 

This chemical engineering PhD program allows you to do your research in specialized fields such as fuel and energy production, biomolecular energy, nanotechnology, polymer science and engineering, catalysis and kinetics, and sustainability. 

To graduate you will need to complete 30 credits of coursework, complete a written research proposal or project and defend it as part of your comprehensive exam, and fulfill your teaching assistantship requirement.

Doctor of Philosophy in Chemical Engineering Overview

• Program Length: 5 years
• Acceptance Rate: 33%
• Tuition and Fees: $11,964/semester (in state); $19,860/semester (out of state)
• PhD Funding Opportunities: Assistantships, fellowships, scholarships, traineeships, loans, employment

Doctor of Philosophy in Chemical Engineering Admission Requirements

• Bachelor’s degree or equivalent
• Minimum 3.0 GPA
• Resume and statement of purpose
• Proof of English proficiency (international students)

Stanford University is a prestigious university that began as the Leland Stanford Junior University in 1885 with a focus on liberal arts, technology, and engineering. From the early stages, students were encouraged to develop ideas that would have commercial benefits. 

Today, the university has seven schools with an additional 18 institutes of interdisciplinary studies. It has a long history of innovative discoveries in energy, the biomedical sciences, and environmental studies. 

Doctor of Philosophy in Chemical Engineering

The PhD in Chemical Engineering covers 135 units of graduate coursework in courses such as microhydrodynamics, molecular thermodynamics, principles and practice of heterogeneous catalysis, and mechanics of soft matter. As a PhD applicant, you will need to complete a candidacy examination, participate in teaching, submit a dissertation and defend it.

• Program Length: 4.5 to 5.5 years
• Tuition and Fees: $1,352/unit (with each course consisting of 3-5 units)
• PhD Funding Opportunities: Research assistantships, teaching assistantships, fellowships
• Degree in science or engineering discipline
• Contributing factors statement
• List of research experience/CV
• TOEFL scores
• Application fee

University of California Santa Barbara (UC Santa Barbara) was founded in 1891 as a manual training school. The university now has more than 50 graduate programs. Its PhD programs are in the sciences and arts and include chemical engineering, biochemistry and molecular biology, economics, English, and computer science.

As a Tier One research university, UC Santa Barbara is known for being one of just four universities that participated in the ARPANET project in the 1960s, which grew to become the Internet we know today. It is also the birthplace of the atomic force microscope used by researchers to track biological processes in real time.

UC Santa Barbara’s PhD program in chemical engineering is structured around three core elements, which are knowledge of chemical engineering, strength in scholarly communication, and independent research. You will take core courses such as biomaterials and biosurfaces, numerical simulation, colloids and interfaces, and advanced catalysis. 

To graduate you will need to complete a candidacy exam, complete all of your coursework, participate in a teaching assistantship, present at a symposium, and complete, submit, and defend your dissertation. 

• Program Length: 7 years
• Tuition and Fees: $13,581.09/year (resident); $28,683.09/year (nonresident)
• PhD Funding Opportunities: Fellowships, research assistantships, teaching assistantships, financial aid
• Bachelor’s degree
• Research experience
• Letters of reference

University of Delaware was founded in 1743 to educate members of the clergy. It became a degree-granting institution in 1834 and today, it offers more than 200 graduate programs, 60 of which are at the PhD level. 

The PhD programs are offered in a variety of fields including applied mathematics, biological sciences, chemical engineering, economics, marine studies, and medical sciences. Through research, the university has innovated clean fuel, technologies to assist children with disabilities, and the touchpad technology we use on our smartphones. 

To earn a chemical engineering degree at the PhD level, you will need to complete core courses in chemical engineering such as chemical interfaces and surfaces, molecular thermodynamics, kinetic processes, and diffusive transport processes. You will also need to complete coursework in technical electives. 

You may choose a concentration from four options: biomolecular, catalysis and energy, data and systems, and soft matter. You will also present seminars, participate in teaching assistantships, and finally, complete your dissertation and defend your thesis. 

• Program Length: Approximately 4-5 years
• Tuition: $979/credit
• PhD Funding Opportunities: Financial aid, loans, fellowships, assistantships, traineeships
• GRE/GMAT scores

The University of Texas at Austin was founded in 1883 and grew into 18 colleges and schools offering undergraduate and graduate studies. There are 139 graduate programs and 98 doctoral programs. 

The University of Texas is a leading university in research and boasts a graduate school with award-winning faculty who are recognized for their contributions and innovations in the fields of energy, electronic materials, vaccination design, and the treatment of diseases.

A PhD in Chemical Engineering from The University of Texas is structured in a way that gives you ample time to work on your research. You can select your research from the areas of biotechnology, energy, environmental engineering, process engineering, modeling and simulation, and advanced materials, polymers, and nanotechnology.

You must complete coursework worth 18 credit hours, serve as a TA, present seminars, prepare a preliminary research proposal, and pass a candidacy exam. You will then submit your dissertation and pass your final oral exam to complete your program.

• Tuition and Fees: $5,277/semester
• Bachelor’s degree in chemical engineering or a related field

Can You Get a PhD in Chemical Engineering Online?

Yes, you can get a PhD in Chemical Engineering online, although it is not common. This is because most doctoral degrees in this field are very structured and require you to work closely with faculty, particularly during the thesis writing process.

Additionally, some elements such as conducting your research and presenting seminars require in-person attendance. Below are two schools that offer online doctoral degree programs in chemical engineering.

Best Online PhD Programs in Chemical Engineering

How Long Does It Take to Get a PhD in Chemical Engineering?

It takes about five years to get a PhD in Chemical Engineering. This particular degree is divided into several segments that you must complete within certain timeframes. The main coursework usually is completed within the first years.

The main research work toward your final thesis will begin around your third year. The research usually takes the longest time to complete and, depending on the field of research you have chosen, you might complete your degree within five years.

Is a PhD in Chemical Engineering Hard?

Yes, a PhD in Chemical Engineering is hard, beginning with the admissions process. For many schools, you will be required to have some educational background in the field, particularly in science, physics, and math.

You will also need to demonstrate an ability to undertake the rigorous requirements of the program, both in coursework and in research. Some schools will require you to have work experience or have completed research work in the field in order to consider your application.

How Much Does It Cost to Get a PhD in Chemical Engineering?

It costs $19,792 per year to get a PhD in Chemical Engineering, according to the National Center for Education Statistics. Further, the data shows that public universities and for-profit private universities on average cost $12,410 and $14,289 per year respectively. The nonprofit private institutions cost $28,430 per year.

Over five years, a chemical engineering PhD can prove to be very costly without the financial support options available to students. PhD students, however, incur some of the lowest debt when it comes to degree program costs.

How to Pay for a PhD in Chemical Engineering: PhD Funding Options

The PhD funding options that students can use to pay for a PhD in Chemical Engineering include fellowships, teaching assistantships, research assistantships, traineeships, and even scholarships. The funding received often covers 100 percent of your costs including tuition, books, supplies, accommodation, and a living stipend.

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What Is the Difference Between a Chemical Engineering Master’s Degree and PhD?

The difference between a chemical engineering master’s degree and PhD is that a master’s degree will prepare you with in-depth knowledge in the chemical engineering field, enabling you to begin solving complex issues encountered in areas such as biotechnology and polymer science.

A PhD, on the other hand, will put you at the forefront of research in chemical engineering. This will not only enable you to provide solutions to challenges faced in the field but also allow you to become an academic authority contributing to the growth of the field as a whole.

Master’s vs PhD in Chemical Engineering Job Outlook

Chemical engineering is a field of study that opens up employment avenues in a variety of industries. With a PhD in Chemical Engineering, you can become a biochemist or a physicist. The job growth for these two fields is projected at five percent and eight percent respectively, according to the US Bureau of Labor Statistics (BLS).

With a Master’s Degree in Chemical Engineering, you can be an epidemiologist or a survey researcher. According to BLS, the job growth projected for these two fields is 30 percent and four percent respectively.

Difference in Salary for Chemical Engineering Master’s vs PhD

When it comes to the differences in salaries based on degrees, you can earn a much higher salary with a PhD than with a Master’s in Chemical Engineering. According to PayScale, if you have a Master of Science in Chemical Engineering, you can earn an average of $86,000 per year .

With a PhD in Chemical Engineering, you can earn an annual salary of $108,000 on average. These figures are reflective of the average salaries within different roles in chemical engineering such as research scientist and process engineer.

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Why You Should Get a PhD in Chemical Engineering

You should get a PhD in Chemical Engineering because of the opportunities it affords you to conduct research in a field that is of interest to you. A PhD program is a platform to share your insight on an industry-wide or global scale. You may make discoveries that change the way we perceive or experience life. A chemical engineering PhD also opens unique employment avenues that aren’t usually available to other degree holders.

Reasons for Getting a PhD in Chemical Engineering

• Research. You will get to feed your curiosity by conducting research in an area that is of interest to you, including via choice of elective courses.
• Discovery. Part of your graduate educational experience could lead you to discover previously unexplored aspects of chemical engineering.
• Impact. Your research work could have an impact on the way we live our lives.
• Job outlook. You will have greater prospects when it comes to your future career goals with unique work opportunities and higher salaries.

Getting a PhD in Chemical Engineering: Chemical Engineering PhD Coursework

Getting a PhD in Chemical Engineering requires you to complete core chemical engineering PhD coursework in areas such as research methods, catalysis, thermodynamics, and chemical engineering. Different institutions may have different course names for these, but essentially, the content covered would be similar.

Chemical Engineering Mathematical Methods

This course will deal with the mathematics behind the principles of chemistry. You will be formulating mathematical equations in order to calculate solutions to different biochemical and chemical engineering processes.

Kinetics and Catalysis

This course covers the kinetics of chemical reactions. You will address gas and liquid phase reaction rate theories, reaction mechanisms, and heterogeneous kinetics and catalysis.

Research Methods

This course will teach the different methods of scientific inquiry used when conducting engineering-based research. You will learn how to conduct good research and how to communicate your findings orally and in written form.

Chemical Engineering and Thermodynamics

This course examines the various principles that govern thermodynamics, beginning with the properties of materials. You will then develop this knowledge as you learn about equations of states of mixtures, as well as the chemical equilibrium and phase equilibrium of complex mixtures.

Transport Phenomena

This course emphasizes approximate and analytical solution methods in relation to the continuity of the conserved qualities of momentum, mass, and energy.

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How to Get a PhD in Chemical Engineering: Doctoral Program Requirements

Doctoral program requirements tend to span a wide range of elements including coursework, research work, seminars, examinations, and the presentation and defense of a final thesis or project. Below is a further explanation of these key areas to consider before applying to PhD in Chemical Engineering programs.

You will need to complete the required coursework as stipulated in the degree requirements. This includes both core courses and electives. These courses will give you the knowledge base you will need as you move forward. 

For your candidacy exam, you will present a progress report on your research. The presentation is a precursor to your final presentation and must essentially demonstrate that you are able to undertake the larger research project ahead, which will culminate in successfully presenting and defending your thesis. Every PhD candidate must fulfill this requirement.

These come in two forms. The first is where you will attend seminars that have been organized by the school. The other is where you will present your own seminars. The goal is to observe how to present and also to practice your presentation skills.

The purpose of this assistantship is not only designed to provide you with a source of funding. A teaching assistantship also allows you to develop the necessary skills to communicate your insight and knowledge, articulating it to enable others to share in your knowledge.

The doctoral dissertation is both the purpose and culmination of your studies. You will finally be able to compile all your research work and defend it before a committee, demonstrating that you have not only understood your subject, but also made valuable contributions to it. 

Potential Careers With a Chemical Engineering Degree

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PhD in Chemical Engineering Salary and Job Outlook

A chemical engineering PhD offers not just an opportunity to discover and innovate beyond the degree setting and structure. With a PhD in this field, you can also look forward to higher salaries averaging over $100,000 and career growth in the field of your choice.

What Can You Do With a PhD in Chemical Engineering?

With a PhD in Chemical Engineering, you can do work in research, product development, and engineering related to this field. Job titles such as chemical engineer, senior research scientist, research and development scientist, and senior chemical engineer are usually filled by chemical engineers with a doctoral degree.

Best Jobs with a PhD in Chemical Engineering

• Microbiologist
• Materials Scientist
• Chemical Engineer
• Epidemiologist

What Is the Average Salary for a PhD in Chemical Engineering?

The average salary for a PhD in Chemical Engineering is $108,000, according to PayScale. This salary figure may be lower in some roles and much higher in others, depending on whether you hold a senior position or not.

Highest-Paying Chemical Engineering Jobs for PhD Grads

Best Chemical Engineering Jobs with a Doctorate

The best chemical engineering jobs with a doctorate are in specialized roles such as chemical engineer, biochemist, petroleum engineer, materials scientist, and materials engineer. To work in any one of these roles, you will need to apply one or more aspects of chemical engineering to be effective in your job.

Petroleum engineers oversee the drilling of oil and gas as well as its production. This role also requires the engineer to decide which tools should be used, whether new or modified, in order to improve production.

• Salary with a chemical engineering PhD: $145,720
• Job Outlook: 8% job growth from 2020 to 2030
• Number of Jobs: 28,500
• Highest-Paying States: New Jersey, Alaska, California, Texas, Florida

Chemical engineers apply technology to the principles of engineering, chemistry, and physics in order to create ways of manufacturing various chemicals and products, including designing the equipment used at a chemical plant.

• Salary with a chemical engineering PhD: $121,840
• Job Outlook: 9% job growth from 2020 to 2030
• Number of Jobs: 26,300
• Highest-Paying States: Texas, Alaska, Idaho, Arizona, Louisiana

Biochemists study the physical and chemical principles that govern living things, from the smallest cell to larger organisms. They study the mechanical and electrical energy of living things and research the complexities of aspects such as reproduction, metabolism, heredity, and growth.

• Salary with a chemical engineering PhD: $113,460
• Job Outlook: 5% job growth from 2020 to 2030
• Number of Jobs: 34,800
• Highest-Paying States: Massachusetts, Virginia, Colorado, New Jersey, Oregon

Materials scientists seek to find ways to combine or strengthen materials in order to develop new ones with properties applicable to a variety of products. They research various synthetic and natural materials, studying their structures in order to accomplish their goals.

• Salary with a chemical engineering PhD: $104,790
• Job Outlook: 6% job growth from 2020 to 2030
• Number of Jobs: 92,400
• Highest-Paying States: New Hampshire, Connecticut, Colorado, Delaware, New York

Materials engineers develop new uses for already-known materials by evaluating them, and then designs equipment and processes to manufacture materials that are useful in the creation of other products.

• Salary with a chemical engineering PhD: $101,950
• Number of Jobs: 25,100
• Highest-Paying States: Washington, Alaska, Maryland, Texas, California

Is a PhD in Chemical Engineering Worth It?

Yes, a PhD in Chemical Engineering is worth it. From the time you enroll in the program, you will be where all the latest research is happening. You will have support from the faculty as you pursue your degree, as well as financial funding options to help you manage the cost. Your studies will cover topics of interest, and you could have an option to specialize in a particular field of study.

Further, you will be able to discover and innovate beyond the classroom. Once you are done with your studies, you will also have many career options to choose from. Your income with a doctorate is likely to increase by a large margin. The time and effort it takes to pursue this degree is worth it in the long run.

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PhD in Chemical Engineering FAQ

At a chemical engineering job interview , you will be asked general questions that will help the interviewer learn more about your skills and work ethic. There will be technical questions to assess your understanding of the fundamentals of chemical engineering. You will also be asked behavioral questions to assess your response or reaction in different case scenarios.

Yes, there are other doctorates related to chemical engineering. Although chemical engineering degree programs cover a broad learning experience it is not restricted to one branch of engineering. Some common degrees are a PhD in Chemical and Biological Engineering, Chemical and Biomolecular Engineering, or Chemical and Biochemical Engineering.

You need between 30 and 160 credits to graduate, depending on the level of degree you’re pursuing and the university you attend. Graduate coursework can take as few as 30 credits or require more than 100 credits. There may also be differences in the mandatory courses and the minor courses that a PhD student will be required to take.

As a chemical engineering graduate with a doctoral degree, you will be able to apply chemical engineering principles to other engineering science careers in the medical field such as metabolic engineering. You could also become a biomedical engineer, or you can become an advanced chemical engineer, or focus on tissue engineering.

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Ph.D./Sc.D. Program

The Doctor of Philosophy and Doctor of Science degrees in Chemical Engineering are identical; students may choose for themselves the appellation they prefer. This traditional, research-based doctoral degree program provides a thorough grounding in the fundamental principles of chemical engineering, as well as an intensive research experience.

The Doctor of Science and the Doctor of Philosophy in Chemical Engineering are identical degree programs. Degree candidates may choose to be called a “doctor of philosophy” or a “doctor of science”.

The degree requires that you complete:

• the core curriculum in chemical engineering
• one chemical engineering H Level class
• the departmental biology requirement
• a minor program of related subjects outside of chemical engineering
• written and oral doctoral qualifying examinations
• the writing and oral defense of a thesis on original research

The core curriculum is:

• Numerical Methods in Chemical Engineering 10.34
• Chemical Engineering Thermodynamics 10.40
• Analysis of Transport Phenomena 10.50
• Chemical Reactor Engineering 10.65

The departmental biology requirement is fulfilled by completing an undergraduate subject equivalent to MIT 7.01x, either at MIT or at your undergraduate institution. Examples of minor programs for some recent doctoral students include applied mathematics, control theory, physical, organic or analytical chemistry, mechanical structure, power systems, process metallurgy, nuclear engineering, management, economics, music, ancient history and philosophy.

The normal duration of the degree program is five to six years. (Including an intermediate M.S. CEP degree normally has little effect on the duration.) A master’s degree is not required for entrance into the doctoral program, nor is the M.S. CEP required.

For incoming, first-year graduate students, academic advisors are members of the Committee for Graduate Students. When you select a research topic and begin your thesis, the research supervisor becomes your academic advisor. In general, students choose research advisors at the end of their first Fall semester at MIT. Should you wish to choose a research advisor from a department other than Chemical Engineering, you will also need to choose a co-advisor from the Chemical Engineering faculty.

Prior to Registration Day (Fall and Spring semesters), your subject selection must first be approved by your advisor before the Graduate Officer can authorize registration on Registration Day. Advisor approval should also be obtained for any subsequent subject add/drop actions during the term (no additional authorization by the Graduate Officer is required).

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Chemical Engineer Salary In the U.S | 2024 - 2025 Update

Did you know chemical engineers play a crucial role in creating everyday products, from clean drinking water to pharmaceuticals? Chemical engineering is a versatile field that combines chemistry, biology, physics, and mathematics to solve problems related to the production and use of chemicals. This article will provide a quick overview of chemical engineering, focusing on the skills required, typical job responsibilities, and potential salary expectations.

By the end, you'll understand the vital contributions of chemical engineers and the financial rewards that come with this challenging yet rewarding career. If you're considering a career in chemical engineering or simply curious about the field, you can just read on to discover more.

Table of Contents

What Does a Chemical Engineer Do?

What is the highest-paid chemical engineer, factors influencing salary variations, common chemical engineering faqs.

A chemical engineer applies the principles of chemistry biology, physics biology, and engineering to design, analyze, create, develop, and optimize processes for manufacturing a wide array of products. Their role as chemical engineers is pivotal in transforming raw materials into valuable products efficiently, safely, and sustainably.

What are the Primary Responsibilities and Tasks of a Chemical Engineer?

• Process Design and Development: One of the core responsibilities of a chemical engineer is to design and develop processes for large-scale manufacturing processes. This involves creating detailed equipment layouts, establishing control systems, and ensuring that processes run efficiently and cost-effectively. For example, a chemical engineer might work on refining crude oil into gasoline, developing efficient methods for producing detergents, or designing the chemical processes involved in making paper. This task requires a deep understanding of chemical reactions, thermodynamics, and fluid dynamics.
• Problem-Solving: Chemical engineers are adept problem-solvers. They use their extensive knowledge of chemical properties and reactions to troubleshoot issues that arise during production. This could involve improving the yield of a chemical reaction, enhancing the purity of the final product, or finding ways to minimize waste and environmental impact. Their problem-solving and analysis skills are crucial in ensuring that production processes are not only efficient but also safe and environmentally friendly.
• Safety and Compliance: Ensuring safety of chemical properties, and compliance with safety and environmental regulations, is another critical aspect of a chemical engineer’s role. They must design processes and equipment that adhere to all safety and environmental regulations safety procedures and standards to protect workers and the environment. This includes conducting risk assessments, implementing all the safety and environmental regulations, procedures and protocols, and continuously monitoring processes to prevent accidents and spills.

Industries and Work Environments

Chemical engineers work in a variety of industries, each presenting unique research and development challenges and various employment and development and research and development opportunities.

• Pharmaceuticals: In the pharmaceutical industry, chemical engineers are involved in research and development, developing and scaling up processes for producing new substances and medications. They work on substances, formulating drugs and substances, optimizing production and development techniques, and ensuring that substances and medications are produced safely and consistently.
• Energy Sector: In the energy sector, chemical engineers might work on refining oil, producing biofuels, or doing research on developing sustainable energy solutions. They play a key role in improving energy efficiency and finding innovative ways to reduce carbon emissions.
• Food and Beverage: The food and beverage industry relies on chemical engineers to design processes and procedures that ensure food safety and quality. They work on everything from developing new food products to improving packaging and preservation techniques.
• Environmental Engineering: In environmental engineering jobs, chemical engineers work on pollution control, waste management, and developing technologies for cleaner production methods. They are crucial in creating sustainable manufacturing processes that minimize environmental impact.
• Manufacturing: In manufacturing, chemical engineers analyze and optimize processes for producing a wide range of products and related others, from plastics to electronics. They analyze to ensure that production is efficient, cost-effective, and meets quality standards.
• Work Settings: Chemical engineers typically work in office settings at universities or laboratories, where they conduct experiments and analyze data to improve processes. They design experiments, collect and interpret data, and use simulation software to model chemical processes. However, their work often extends to manufacturing plants, where they oversee the implementation of new processes and ensure that operations run smoothly. This involves working closely with other chemical engineers work, scientists, and technicians to bring innovative solutions to life.
• Research and Development: Many chemical engineers are engaged in research and development (R&D). In R&D roles, chemical engineers work apply that they explore new materials, create innovative processes, and develop cutting-edge technologies. This aspect of their work is critical for advancing industries and addressing global challenges such as sustainability and resource management. Chemical engineers in R&D work on groundbreaking projects, such as developing biodegradable plastics, improving battery technologies, or creating more efficient catalysts for industrial processes.

Therefore, a chemical engineer's salary applies to professionals who combine principles of chemistry, physics, and engineering to design processes and solve problems across various industries. Their work as chemical engineers is essential in producing everyday products, improving efficiency, and ensuring sustainability in manufacturing processes. By working in diverse fields such as pharmaceuticals, energy, food and beverage, and environmental engineering, chemical engineers contribute significantly to technological advancements and the betterment of human society.

Chemical engineering is a versatile and rewarding field, offering numerous high-paying career opportunities across various sectors. In the United States, specific specializations and industries tend to provide the highest salaries and pay out for chemical engineers. This article explores these high-paying sectors and the factors that influence salary variations and the job market, helping you understand where the most lucrative job market opportunities lie. Here are some high-paying industries and specializations.

Petroleum Engineering

Petroleum engineers focus on the extraction and production of oil and gas. They design and optimize methods for extracting petroleum from underground reservoirs, often working on-site at drilling locations or within corporate offices to develop new extraction techniques.

• Average Salary: $150,000 - $180,000 per year
• High-Paying Companies: ExxonMobil, Chevron, BP

Pharmaceuticals

Chemical engineers in the pharmaceutical industry work on developing and manufacturing drugs and medical treatments. They ensure that production processes comply with stringent regulatory standards and often collaborate with biologists and medical researchers.

• Average Salary: $120,000 - $150,000 per year
• High-Paying Companies: Pfizer, Merck, Johnson & Johnson

Biotechnology

Biotechnology engineers apply principles of chemical engineering to biological processes. They work on developing biopharmaceuticals, biofuels, and other products derived from biological organisms.

• Average Salary: $110,000 - $140,000 per year
• High-Paying Companies: Genentech, Amgen, Gilead Sciences

Chemical Plant Management

Chemical plant managers oversee operations, ensuring efficiency, safety, and compliance with environmental regulations. This role involves significant administrative and leadership responsibilities, often requiring a combination of technical expertise and managerial skills.

• Average Salary: $120,000 - $160,000 per year
• High-Paying Companies: Dow Chemical, BASF, DuPont

Energy Sector (Renewable Energy)

Engineers in the renewable energy sector focus on developing sustainable energy solutions such as solar, wind, and bioenergy. They design and optimize processes for energy production and often work on cutting-edge technologies to reduce environmental impact.

• Average Salary: $100,000 - $130,000 per year
• High-Paying Companies: NextEra Energy, First Solar, Tesla

Environmental Engineering

Environmental engineers work on projects that minimize pollution and manage waste. They develop technologies to treat waste, improve water and air quality, and ensure compliance with environmental regulations.

• Average Salary: $95,000 - $120,000 per year
• High-Paying Companies: Waste Management, Veolia, AECOM

Materials Science and Nanotechnology

Engineers in this field develop new materials with unique properties for use in industries such as electronics, aerospace, and healthcare. They often work on the nanoscale to create materials with enhanced strength, conductivity, or other desirable traits.

• High-Paying Companies: Intel, 3M, Applied Materials

Process Engineering

Process engineers design, implement, and optimize industrial processes. They work across various industries, ensuring efficient and cost-effective production methods while maintaining quality and safety standards.

• Average Salary: $95,000 - $130,000 per year
• High-Paying Companies: Honeywell, Siemens, ABB

Food and Beverage Manufacturing

Chemical engineers in this industry develop processes for producing food and beverages, focusing on safety, efficiency, and quality control. They ensure products meet regulatory standards and consumer expectations.

• Average Salary: $90,000 - $120,000 per year
• High-Paying Companies: Nestlé, Coca-Cola, PepsiCo

Chemical Engineer Salary Data and Comparisons

• Petroleum Engineering: $150,000 - $180,000
• Pharmaceuticals: $120,000 - $150,000
• Biotechnology: $110,000 - $140,000
• Chemical Plant Management: $120,000 - $160,000
• Energy Sector (Renewable Energy): $100,000 - $130,000
• Environmental Engineering: $95,000 - $120,000
• Materials Science and Nanotechnology: $110,000 - $140,000
• Process Engineering: $95,000 - $130,000
• Food and Beverage Manufacturing: $90,000 - $120,000
• Geographical Location: Salaries can vary significantly based on location. For instance, chemical engineers in states like Texas and California tend to earn higher salaries due to the presence of major industries and higher living costs. Urban areas with a concentration of industrial facilities often offer higher wages than rural regions.
• Level of Education: Advanced degrees such as a Master’s or Ph.D. can lead to higher salaries and more advanced positions. Specialized certifications and continuous professional development also boost earning potential.
• Years of Experience: As with most professions, experience plays a crucial role in salary determination. More experienced engineers tend to earn higher salaries due to their expertise, proven track record, and ability to handle complex projects.
• Industry Demand: Industries with higher demand for chemical engineers typically offer higher salaries. For instance, the oil and gas sector often pays more due to the high stakes and technical challenges involved. Emerging fields like renewable energy also offer competitive salaries as they seek top talent to drive innovation.

Chemical engineers have the potential to earn lucrative salaries across various industries. Sectors like petroleum engineering, pharmaceuticals research, development, and analysis, and chemical plant management stand out as top-paying fields. Factors such as geographical location, education level, and years of experience significantly influence the average chemical engineer salary earning potential, making it a dynamic and rewarding career choice.

1) Is a Chemical Engineer a Good Career?

Choosing a career in chemical engineering can be a rewarding decision with numerous benefits. Chemical engineers enjoy job stability, competitive salaries, and the flexibility to work in a variety of industries. However, the field also comes with its challenges, including the need for continuous education and a competitive job market. Let's explore both the benefits and potential drawbacks of a career in chemical engineering.

Benefits of a Career in Chemical Engineering:

• Job Stability: Chemical engineers are in high demand across multiple industries, including pharmaceuticals, energy, food and beverage, and environmental engineering. The U.S. Bureau of Labor Statistics (BLS) projects that employment for chemical engineers will grow by 4% from 2021 to 2031, which aligns with the average growth rate for all occupations. This demand ensures a steady job market and job security for professionals in the field.
• Competitive Salary: Chemical engineers earn attractive salaries. According to the BLS, the median annual wage for chemical engineers was $108,540 in May 2021. Entry-level positions offer competitive starting salaries, and experienced professionals can command significantly higher wages, especially in high-paying industries like petroleum engineering and pharmaceuticals.
• Versatility Across Industries: One of the major advantages of a career in chemical engineering is the ability to work in diverse sectors. Chemical engineers apply their knowledge to develop and optimize processes in various fields, from designing safer pharmaceuticals to creating more efficient energy solutions. This versatility allows professionals to switch industries if desired, offering career flexibility and the chance to explore different areas of interest.
• Impactful Work: Chemical engineers often work on projects that have significant societal impacts. Whether it's developing sustainable energy solutions, improving water treatment processes, or creating life-saving drugs, the work of chemical engineers contributes to solving some of the world's most pressing problems.

Potential Drawbacks

• Continuous Education and Training: The field of chemical engineering is constantly evolving, with new technologies and methodologies emerging regularly. To stay competitive and effective in their roles, chemical engineers must engage in continuous education and professional development. This requirement can be time-consuming and may involve pursuing additional certifications or advanced degrees.
• Competitive Job Market: While the demand for chemical engineers is strong, the field can be competitive, particularly for coveted positions in top-paying industries or prestigious companies. Aspiring chemical engineers must be prepared to differentiate themselves through exceptional academic performance, relevant internships, and ongoing skill development.
• Challenging Work Environment: Chemical engineering projects often involve complex problem-solving and can require long hours, especially when deadlines approach or when working on critical projects. The work environment can also vary, with some engineers spending significant time in laboratories or industrial plants, which may involve exposure to hazardous materials and strict safety protocols.

A career in chemical engineering offers numerous benefits, including job stability, a good salary, well pay, and the ability to work in various industries. However, it also requires a commitment to continuous education and research, and the ability to thrive in a competitive and sometimes challenging work environment. Overall, for those passionate about chemistry, physics, and engineering, and who are eager to tackle complex problems, chemical engineering can be a highly rewarding career choice.

• Job Growth: The BLS projects a 4% growth rate for chemical engineering jobs from 2021 to 2031.
• Average Salary: As of May 2021, the median annual wage for chemical engineers was $108,540.
• Industry Versatility: Chemical engineers work in various sectors, including pharmaceuticals, energy, food and beverage, and environmental engineering, highlighting the diverse opportunities available in the field.

2) Is Chemical Engineering a Stressful Job?

Chemical engineering, like many professional fields, comes with its own set of stressors and challenges. The nature of the job requires dealing with tight project deadlines, safety concerns, and complex problem-solving, which can contribute to high stress levels. Understanding these stressors in detail can provide a clearer picture of what to expect in this demanding yet rewarding career.

• Tight Project Deadlines: Chemical engineers often work on projects with strict timelines, which can be stressful. Meeting deadlines requires efficient time management and the ability to work under pressure. Delays can lead to significant financial implications and operational setbacks for companies.
• Safety Concerns: Safety is a paramount concern in chemical engineering, as the work often involves handling hazardous materials and operating complex equipment. Engineers must adhere to stringent safety protocols to prevent accidents and ensure the well-being of all personnel involved. The responsibility of maintaining a safe work environment can be a significant source of stress.
• Complex Problem-Solving: Chemical engineers are frequently tasked with solving intricate problems related to process optimization, product development, and system design. These problems require a deep understanding of chemistry, physics, and engineering principles. The complexity of these challenges can be intellectually demanding and stressful, especially when solutions are not readily apparent.
• Civil Engineering: While civil engineers also face tight deadlines and safety concerns, their projects are often less hazardous than those involving chemical processes.
• Mechanical Engineering: Mechanical engineers deal with complex problem-solving, similar to chemical engineers, but may not face the same level of safety concerns.
• Electrical Engineering: Electrical engineers work on complex systems and may encounter tight deadlines, but typically do not handle hazardous materials.

Overall, the stress levels in chemical engineering are comparable to those in other engineering fields but can be heightened due to the unique challenges associated with chemical manufacturing processes and safety procedures.

Here are some insights from Practicing Chemical Engineers

Surveys and interviews with practicing chemical engineers reveal a mixed human experience when it comes to job-related stress:

• Survey Data: According to a survey by the American Institute of Chemical Engineers (AIChE), many chemical engineers report high levels of job satisfaction despite the inherent stress. The survey highlights that while the job can be demanding, the intellectual challenge and impact of their work are rewarding factors.
• Interview Insights: In interviews, chemical engineers often mention that effective stress management is key to thriving in the field. They emphasize the importance of maintaining a work-life balance, seeking support from colleagues, and engaging in continuous learning to stay ahead of industry developments.

Chemical engineering can be a stressful job due to tight project deadlines, safety concerns, and complex problem-solving requirements. However, compared to other engineering disciplines, the stress levels are relatively similar, with unique stressors related to the nature of chemical processes. Practicing as chemical engineer, engineers acknowledge the challenges but also find the work highly rewarding and fulfilling. Effective stress management strategies and a supportive work environment can help mitigate these stressors and enhance job satisfaction in this dynamic and impactful field.

3) Are Chemical Engineers in Demand?

Chemical engineers are in high demand by employers across various industries and regions, driven by technological advancements and the increasing emphasis on sustainable processes development. Industry reports and job market analyses provide employers with a clear picture, knowledge and analysis of the current demand and future prospects of jobs for chemical engineers.

According to research by the U.S. Bureau of Labor Statistics (BLS), employment of chemical engineers is projected to grow 4% from 2019 to 2029, about as fast as the average for all occupations . This growth is driven by the need to improve manufacturing processes and develop new materials and technologies.

The AIChE’s 2020 jobs , pay and salary survey indicated a positive job, pay, salary and pay outlook for chemical engineers, with employers with a median salary significantly higher than the national average for all occupations. This data suggests that chemical engineers not only have favorable job prospects but also expect to benefit from lucrative compensation packages.

High-Demand Industries and Regions:

• Pharmaceuticals and Biotechnology: The pharmaceutical industry has seen a surge in demand for chemical engineers due to the rapid development of new drugs and therapies, particularly in response to the COVID-19 pandemic. Engineers in this sector work on optimizing production processes, using safety procedures ensuring quality control, and scaling up the manufacturing processes.
• Energy Sector: Chemical engineers are critical in the energy sector, particularly in oil and gas extraction and refining. However, the demand for chemical engineers to apply their skills is shifting towards renewable energy sources, where chemical engineers develop and optimize biofuels, hydrogen production, and energy storage systems.
• Environmental Engineering: With a growing focus on sustainability, chemical engineers are in demand for developing environmentally friendly manufacturing processes and materials. They work on everything related to waste management, pollution control, and other analysis to create and support the development of sustainable products and manufacturing processes.
• Regional Demand: Regions with a strong industrial base, such as the Gulf Coast in the United States, are hotspots for chemical engineers, particularly in the petrochemical and manufacturing industries. Additionally, regions with a focus on high-tech industries, like Silicon Valley, are seeing increased demand for chemical engineers in materials science and nanotechnology.

Trends Driving the Demand:

• Technological Advancements: Advances in technology, such as nanotechnology, artificial intelligence, and biotechnology, are driving demand for chemical engineers who can integrate these innovations into practical applications. Engineers are needed to develop new materials, improve process efficiency, and create novel products.
• Sustainability and Green Engineering: The global push for sustainability is a significant trend driving demand for chemical engineers. There is an increasing need for chemical engineers apply who can design processes that minimize environmental impact, reduce waste, and create sustainable products. This trend is evident in industries ranging from manufacturing to energy and pharmaceuticals.
• Globalization and Economic Growth: Economic growth in emerging markets is also boosting demand for chemical engineers. As countries industrialize, the need for skilled chemical engineers apply to design and optimize production processes grows. Additionally, multinational companies expanding their operations globally require chemical engineers to adapt manufacturing processes to local conditions and regulations.

Chemical engineers are in high demand across multiple industries and regions, fueled by technological advancements, sustainability efforts, and economic growth. The need for innovative solutions in pharmaceuticals, energy, and environmental engineering is particularly driving this demand. As industries continue to develop and evolve, the expertise and skills of chemical engineers will remain crucial, ensuring strong job prospects and career opportunities in this dynamic field.

4) What Degree or Educational Requirements Does a Chemical Engineer Need?

To become a chemical engineer, the primary educational requirement is a bachelor's degree, or master's degree, in chemical engineering. This bachelor or master's degree also provides chemical engineer with a solid foundation in the principles of chemistry, physics, mathematics, and engineering, all essential for a career in this field.

It's crucial to choose a program accredited by universities, the Accreditation Board for Engineering and Technology (ABET) or a similar accrediting body in your country. Accreditation by universities ensures that the program meets the high standards required by universities and for a quality education in engineering. In addition to graduating from an accredited program, aspiring chemical engineers should be aware of the licensing requirements in their region. In the United States, for example, obtaining a Professional Engineer (PE) license can enhance a chemical engineer salary career prospects and is often required for higher-level positions. The process typically involves passing the Fundamentals of Engineering (FE) exam, gaining relevant work experience, and passing the PE exam.

While a bachelor's degree is sufficient for many entry-level positions, advanced degrees can significantly enhance career prospects. A master's degree in chemical engineering can open doors to more specialized roles, higher salaries, and positions in research and development. For those interested in academia or high-level research positions, a Ph.D. in chemical engineering is often necessary. Additionally, certifications from professional organizations, such as the American Institute of Chemical Engineers (AIChE), can further validate expertise and commitment to the profession. Certifications in specialized areas, such as process safety or environmental engineering, can also be valuable.

Tips on Choosing the Right Educational Institution and Program

When selecting an educational institution and program, consider the following tips:

• Accreditation: Ensure the program is accredited by a recognized accrediting body like ABET.
• Curriculum: Look for a curriculum that offers a balance of theoretical knowledge and practical experience. Programs with strong laboratory components and opportunities for internships or co-op programs are beneficial.
• Faculty: Research the faculty's expertise and experience. Institutions with faculty who are active in research and have industry experience can provide valuable insights and mentorship.
• Resources and Facilities: Consider the resources and facilities available, such as modern laboratories, research centers, and access to industry-standard software and equipment.
• Industry Connections: Institutions with strong connections to the chemical engineering industry can provide better opportunities for internships, job placements, and networking.
• Student Support: Look for programs that offer robust student support services, including career counseling, tutoring, and professional development opportunities.

A career in chemical engineering typically starts with a bachelor's degree in chemical engineering from an accredited institution. Advanced degrees and certifications can enhance career prospects and open doors to specialized roles. When choosing an educational institution and program, it's essential for employers to consider accreditation, curriculum, faculty expertise, and support, resources, and support, industry connections, employment,, and support and student support services to how employers ensure a comprehensive and high-quality education.

5) What's The Regional Salary Range for Chemical Engineers

Salaries for chemical engineers can vary significantly depending on the region in which they work. Various factors such as the cost of living, demand for chemical engineers, and the concentration of relevant industries influence these regional differences. Below is an expanded overview of the average salary ranges for chemical engineers across different regions in the United States.

• Salary Range: $100,000 - $130,000
• Key States: New York, Pennsylvania, Massachusetts, New Jersey
• Industry Presence: The Northeast is home to numerous pharmaceutical companies, biotechnology firms, and research institutions. Major cities like Boston and New York City have a high demand for chemical engineers, particularly in biotech and pharmaceuticals. The region's strong emphasis on research and development (R&D) also drives higher salaries.
• Salary Range: $95,000 - $125,000
• Key States: Illinois, Ohio, Michigan, Indiana
• Industry Presence: The Midwest has a significant presence in manufacturing and industrial production. States like Illinois and Ohio are hubs for chemical manufacturing and industrial engineering, providing stable job opportunities for chemical engineers. The region's automotive and food processing industries also employ many chemical engineers, contributing to competitive salary ranges.
• Salary Range: $110,000 - $140,000
• Key States: Texas, Louisiana, Alabama, Georgia
• Industry Presence: The South is a critical region for the energy sector, particularly oil and gas production. Texas, in particular, offers some of the highest salaries due to its extensive oil and gas industry. Additionally, the region has a growing presence in petrochemicals, chemicals, and environmental engineering. The high demand for chemical engineers in these industries contributes to the upper end of the salary range.
• Salary Range: $115,000 - $150,000
• Key States: California, Washington, Colorado, Arizona
• Industry Presence: The West Coast is known for its innovation and high-tech industries. California, with its strong biotechnology, pharmaceutical, and renewable energy sectors, offers some of the highest salaries for chemical engineers. Silicon Valley and the broader Bay Area are hotspots for cutting-edge research in materials science and nanotechnology. The region's emphasis on sustainability and green technology also provides numerous opportunities for chemical engineers.

Factors Influencing Regional Salaries

• Cost of Living: Regions with a higher cost of living, such as the Northeast and West, tend to offer higher salaries to compensate for the increased expenses.
• Industry Concentration: Areas with a high concentration of specific industries, such as the oil and gas industry in the South or the tech industry on the West Coast, typically offer higher salaries due to higher demand for specialized skills.
• Economic Growth: Regions experiencing economic growth and industrial expansion often have higher salary ranges due to the increased demand for engineering talent.
• Job Market Competition: Highly competitive job markets in regions like California and Texas drive up salaries as companies vie for top engineering talent.

6) How Do Chemical Engineer Salaries Compare to Similar Careers?

When considering a career in engineering, it's important to understand how the average salaries, wages, and career prospects of chemical engineers compare to those in related fields, such as mechanical engineering, civil engineering, and electrical engineering. Here's a detailed comparison based on average salaries, salary amount, wages, job growth, and demand.

Job Growth and Demand

Job Responsibilities and Working Conditions

Chemical engineering offers competitive salaries and a wide range of job opportunities across various industries. While the average salary for chemical engineers is higher than that for civil engineers and comparable to that for electrical engineers, mechanical engineers typically earn slightly less. Job growth for chemical engineers is on par with these other engineering disciplines, though specific industry demands can vary. The responsibilities and working conditions for chemical engineers also differ, often involving a mix of laboratory, office, and onsite work, similar to their counterparts in mechanical, civil, and electrical engineering. This diversity in roles and settings makes chemical engineering a dynamic and rewarding career choice.

A career in chemical engineering offers a promising outlook with competitive salaries, diverse job opportunities, and the ability to make significant contributions across various industries. Chemical engineers are in steady demand by employers, particularly in sectors such as pharmaceuticals, energy, and food production, ensuring job stability and growth potential. While the role can come with its own set of challenges, such as tight project deadlines and complex problem-solving, the rewards, including financial stability and well pay and the chance to work on impactful projects, make it an attractive career choice. When considering a career in chemical engineering or related,, it's important to reflect on your personal interests, skills and strengths.

If you have a passion for chemistry, biology, physics, and engineering principles and enjoy problem-solving in dynamic environments, this field might be a perfect fit for you. Ultimately, choosing a career path that aligns with your skills and passions is key to long-term success and job satisfaction.

Follow Cake for more job insights like this! Cake also offers tonnes of simple resume templates that are ready to use. You can have a look at templates and simply drag and drop any elements into the live editor screen, customize your resumes and portfolio layout, and add or remove any sections as needed. You can also upload images or other multimedia content. Additionally, our online resume-building platform offers various pre-built templates and design themes.

— Originally written by Donaven Leong—

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Phd chemical engineering salary in california.

How much does a Phd Chemical Engineering make in California? The salary range for a Phd Chemical Engineering job is from $90,832 to $112,140 per year in California. Click on the filter to check out Phd Chemical Engineering job salaries by hourly, weekly, biweekly, semimonthly, monthly, and yearly.

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• Big Oak Flat, CA
• Big Pine, CA
• Big Sur, CA
• Birds Landing, CA
• Blairsden Graeagle, CA
• Blocksburg, CA
• Bloomington, CA
• Blue Jay, CA
• Blue Lake, CA
• Bodega Bay, CA
• Bodfish, CA
• Bolinas, CA
• Bonsall, CA
• Boonville, CA
• Borrego Springs, CA
• Boulder Creek, CA
• Boulevard, CA
• Boyes Hot Springs, CA
• Bradley, CA
• Brandeis, CA
• Branscomb, CA
• Brawley, CA
• Brentwood, CA
• Bridgeport, CA
• Bridgeville, CA
• Brisbane, CA
• Brookdale, CA
• Browns Valley, CA
• Brownsville, CA
• Bryn Mawr, CA
• Buellton, CA
• Buena Park, CA
• Burbank, CA
• Burlingame, CA
• Burnt Ranch, CA
• Butte City, CA
• Buttonwillow, CA
• Cabazon, CA
• Calabasas, CA
• Calexico, CA
• Caliente, CA
• California City, CA
• California Hot Springs, CA
• Calimesa, CA
• Calipatria, CA
• Calistoga, CA
• Callahan, CA
• Calpella, CA
• Calpine, CA
• Camarillo, CA
• Pleasant Hill, CA
• Pleasanton, CA
• Plymouth, CA
• Point Arena, CA
• Point Mugu Nawc, CA
• Point Reyes Station, CA
• Pollock Pines, CA
• Pope Valley, CA
• Port Costa, CA
• Port Hueneme, CA
• Port Hueneme Cbc Base, CA
• Porter Ranch, CA
• Porterville, CA
• Portola, CA
• Portola Valley, CA
• Potrero, CA
• Potter Valley, CA
• Prather, CA
• Princeton, CA
• Proberta, CA
• Rackerby, CA
• Rail Road Flat, CA
• Raisin City, CA
• Ranchita, CA
• Rancho Cordova, CA
• Rancho Cucamonga, CA
• Rancho Mirage, CA
• Rancho Palos Verdes, CA
• Rancho Santa Fe, CA
• Rancho Santa Margarita, CA
• Randsburg, CA
• Ravendale, CA
• Raymond, CA
• Red Bluff, CA
• Red Mountain, CA
• Redcrest, CA
• Redding, CA
• Redlands, CA
• Redondo Beach, CA
• Redwood City, CA
• Redwood Estates, CA
• Redwood Valley, CA
• Reedley, CA
• Represa, CA
• Richgrove, CA
• Richmond, CA
• Richvale, CA
• Ridgecrest, CA
• Rimforest, CA
• Cambria, CA
• Camp Meeker, CA
• Camp Nelson, CA
• Camp Pendleton, CA
• Campbell, CA
• Campo Seco, CA
• Camptonville, CA
• Canoga Park, CA
• Cantua Creek, CA
• Canyon Country, CA
• Canyon Dam, CA
• Capistrano Beach, CA
• Capitola, CA
• Cardiff By The Sea, CA
• Carlotta, CA
• Carlsbad, CA
• Carmel By The Sea, CA
• Carmel Valley, CA
• Carmichael, CA
• Carnelian Bay, CA
• Carpinteria, CA
• Caruthers, CA
• Casmalia, CA
• Castaic, CA
• Castella, CA
• Castro Valley, CA
• Castroville, CA
• Cathedral City, CA
• Catheys Valley, CA
• Cayucos, CA
• Cazadero, CA
• Cedar Glen, CA
• Cedar Ridge, CA
• Cedarpines Park, CA
• Cedarville, CA
• Cerritos, CA
• Challenge, CA
• Chatsworth, CA
• Chester, CA
• Chicago Park, CA
• Chilcoot, CA
• Chinese Camp, CA
• Chino Hills, CA
• Chowchilla, CA
• Chualar, CA
• Chula Vista, CA
• Rio Dell, CA
• Rio Linda, CA
• Rio Nido, CA
• Rio Oso, CA
• Rio Vista, CA
• River Pines, CA
• Riverbank, CA
• Riverdale, CA
• Riverside, CA
• Robbins, CA
• Rocklin, CA
• Rohnert Park, CA
• Rosamond, CA
• Rosemead, CA
• Roseville, CA
• Rough And Ready, CA
• Round Mountain, CA
• Rowland Heights, CA
• Running Springs, CA
• Rutherford, CA
• Sacramento, CA
• Citrus Heights, CA
• City Of Industry, CA
• Claremont, CA
• Clarksburg, CA
• Clayton, CA
• Clearlake, CA
• Clearlake Oaks, CA
• Clearlake Park, CA
• Clements, CA
• Clipper Mills, CA
• Cloverdale, CA
• Coachella, CA
• Coalinga, CA
• Coarsegold, CA
• Coleville, CA
• Columbia, CA
• Comptche, CA
• Compton, CA
• Concord, CA
• Copperopolis, CA
• Corcoran, CA
• Corning, CA
• Corona Del Mar, CA
• Coronado, CA
• Corte Madera, CA
• Costa Mesa, CA
• Cottonwood, CA
• Coulterville, CA
• Courtland, CA
• Crescent City, CA
• Crescent Mills, CA
• Cressey, CA
• Crest Park, CA
• Crestline, CA
• Creston, CA
• Crockett, CA
• Crows Landing, CA
• Culver City, CA
• Cupertino, CA
• Cypress, CA
• Daggett, CA
• Daly City, CA
• Saint Helena, CA
• Salinas, CA
• Salton City, CA
• San Andreas, CA
• San Anselmo, CA
• San Ardo, CA
• San Bernardino, CA
• San Bruno, CA
• San Carlos, CA
• Dana Point, CA
• San Clemente, CA
• Danville, CA
• Davenport, CA
• Davis Creek, CA
• Death Valley, CA
• Deer Park, CA
• Del Mar, CA
• Del Rey, CA
• Descanso, CA
• Desert Center, CA
• Desert Hot Springs, CA
• Diamond Bar, CA
• Diamond Springs, CA
• Dillon Beach, CA
• Discovery Bay, CA
• Dobbins, CA
• Dodgertown, CA
• Dos Palos, CA
• Dos Rios, CA
• Douglas City, CA
• Douglas Flat, CA
• Downieville, CA
• Drytown, CA
• Dulzura, CA
• Duncans Mills, CA
• Dunnigan, CA
• Dunsmuir, CA
• Dutch Flat, CA
• Eagleville, CA
• Earlimart, CA
• East Irvine, CA
• Echo Lake, CA
• Edwards, CA
• El Cajon, CA
• El Centro, CA
• El Cerrito, CA
• El Dorado, CA
• El Dorado Hills, CA
• El Granada, CA
• El Monte, CA
• El Nido, CA
• El Portal, CA
• El Segundo, CA
• El Sobrante, CA
• El Toro, CA
• El Verano, CA
• Eldridge, CA
• Elk Creek, CA
• Elk Grove, CA
• Elverta, CA
• Emeryville, CA
• Emigrant Gap, CA
• Encinitas, CA
• San Diego, CA
• San Dimas, CA
• San Fernando, CA
• San Francisco, CA

HOW SHOULD YOU USE THIS DATA?

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What Should I Pay?

Highest Paying Cities for Phd Chemical Engineering in California

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How much do similar professions get paid in california, how much should you be earning, what does a phd chemical engineering do.

Chemical engineering at RMIT has received recognition for world class research that is well supported by competitive grants, Australian Research Council grants, and industry funding.

Theses for the PhD degree must give results of independent investigations of problems in chemical engineering and may involve experimental or theoretical work.

Program in Chemical Engineering is designed to outfit you with expert knowledge of the field’s core fundamentals as well as the latest research in its subtopics.

Should you wish to choose a research advisor from a department other than Chemical Engineering, you will also need to choose a co-advisor from the Chemical Engineering faculty.

In Chemical Engineering are identical; students may choose for themselves the appellation they prefer.

View Job Skills and Competency Data for more than 15,000 Job Titles, 18 Industries, and 26 Job Families.

Most Common Benefits for Phd Chemical Engineering

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• Phd Engineering
• Phd Biomedical Engineering
• College Instructor - Chemical Engineering
• University Instructor - Chemical Engineering
• College Professor - Chemical Engineering
• University Professor - Chemical Engineering
• College Assistant Professor - Chemical Engineering

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