Decide what things are made of, and find out why they broke. Four years of chemistry and physics, then good pay in industry.
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Pay, the path, pros and cons and the facts on one printable page. Counsellors: send it to a student from your own email in one click.
Programs in the fields this career usually comes through. Each has its own page: what it takes to get in, the courses you need and what it costs.
The median pay is about $112,860 a year. Across everyone in the job it runs from about $72,300 at the lower end to about $175,720 at the upper end. The source is listed under Sources at the end of this page.
4 to 8 years after high school, on the usual route.
$28,000 to $65,000 all in for tuition, fees, exams and kit. Living costs are not counted.
No. There is no license to hold, though many employers still ask for training or a certificate.
Very high demand nationally, from government outlook data. Demand varies by region, so check your area.
Or read the whole thing here
What you earn and what it costs to get there.
Median
$112,860
Bottom tenth
$72,300
Top tenth
$175,720
The federal wage survey has a clean line for materials engineers. The 2025 median is $112,860 a year, the bottom tenth earn $72,300 or less and the top tenth $175,720 or more.
$72,300 to $88,080
The bottom tenth and bottom quarter of materials engineers, 2025
A new graduate in a plant, quality lab or process role usually starts in this part of the range. A chip plant in Arizona or Texas and a small metal shop are very different first jobs for the same degree.
$88,080 to $142,720
Half of all materials engineers earn between these two figures, 2025
The top of the range is senior work. Senior semiconductor process engineering, battery development and materials research at national labs and large companies usually want a master's degree or a doctorate.
Roughly, all in
$28,000 to $65,000
Tuition, fees, exams and kit. Not rent, food or travel
The low end is two years at a community college then two years finishing an accredited engineering degree in state, plus the Fundamentals of Engineering exam, which is the first step towards a professional license. Check before you enroll that those community college credits actually transfer into an accredited engineering program, because not all of them do. The high end is four years straight at a public university at the upper end of in state tuition and engineering fees. Graduate school here is usually funded with a stipend, so treat a paid offer as the normal one, and co-op programs that alternate paid work with study can cover a large part of the bill.
Engineering co-op programs alternate semesters of paid full time work with semesters of study. They stretch the degree to five years and can cover a large part of the cost.
Paid co-ops and internships
Engineering co-ops and internships are usually paid.
Tuition help for a master's degree
Large manufacturers routinely pay for part time graduate study while you work.
Signing bonuses and relocation
Common in semiconductors and aerospace.
A 401(k) retirement plan with a match
Standard at manufacturers and research institutions.
Patents and publications
Many employers pay a bonus for each patent filed with your name on it.
The exact path from high school to qualified.
A four year accredited engineering degree is the entry ticket. Everything after that is optional but changes where you can go.
High school
Grades 11 and 12
Chemistry, physics and calculus, in that order of importance. Materials science is the place where chemistry and engineering meet.
Bachelor's degree
4 years
Materials science and engineering, or metallurgical, ceramic or polymer engineering. Make sure the program is accredited by ABET (the board that accredits engineering degrees).
Co-ops and internships
1 to 3 summers
Paid terms in a plant or lab. This is where you find out whether you like the factory floor or the microscope.
The FE (Fundamentals of Engineering) exam
Final year
Taken in your final year. It is the first step toward a professional license and costs $225 to register.
Master's degree or doctorate, if research pulls you
2 to 6 years
Needed for most research and for senior semiconductor process work. Usually funded rather than paid for.
Chemistry
The single most important one. Bonding, structure and reactions are the foundation of this whole field.
Physics
Stress, strain, heat and electricity, which is what materials have to survive.
Calculus
Required for admission to essentially every engineering program.
Computer science
Modeling and data analysis in Python is now a normal part of a materials engineer's week.
English
A failure analysis report may end up in court. It has to be exact and readable.
Engineering is licensed state by state, not nationally. Most materials engineers work in industry under what states call the industrial exemption, which means the company takes responsibility and no personal license is required. If you do want the credential, the route is the same everywhere: an accredited degree, the FE (Fundamentals of Engineering) exam, about four years under a licensed engineer, then the PE (Principles and Practice of Engineering) exam. NCEES (the National Council of Examiners for Engineering and Surveying) writes those exams and offers a metallurgical and materials version. A license matters most if you sign off on work affecting public safety.
Massachusetts Institute of Technology
Its materials science and engineering department is one of the best known, working on batteries, biomaterials, semiconductors and sustainable manufacturing.
Large public engineering universities
Most big state universities run a materials program, often attached to a mining, ceramics or metals history in that state.
Check the accreditation first
If the program is not accredited by ABET (the board that accredits engineering degrees), a state licensing board may not accept the degree later.
Things you don't need, but that help.
Semiconductors and thin films
A large part of the field, clustered around chip plants in Arizona, Texas, Oregon and New York.
Batteries and energy storage
Fast growing, and one of the few places a materials discovery turns into a product quickly.
Metallurgy and failure analysis
ASM International (the materials engineering society) runs certificate programs in failure analysis, metallurgy, metallography, heat treating and corrosion.
Polymers and composites
Aerospace, sporting goods and packaging. Lighter and stronger is a permanent demand.
Biomaterials
Implants, stents and anything that has to sit inside a body without the body rejecting it.
Real lab technique
Electron microscopy, sample preparation and mechanical testing. Employers can teach theory faster than hands.
Python and data handling
Modern materials work generates enormous data sets from instruments that run themselves.
A student membership in the materials society
ASM International (the materials engineering society) offers university student memberships and runs programs for high school students too.
A co-op rather than a summer internship
Six months in one plant teaches you more than three separate summers of orientation.
Day to day, pros and cons, where you'd work.
Morning starts with test results: tensile bars pulled overnight, hardness readings, images from the electron microscope. Then the plant calls because a batch of parts is cracking, so you walk the floor, talk to the operators and take samples. The afternoon is failure analysis: cut, polish, etch, photograph and work out whether the cause was the alloy, the heat treatment or the supplier. You write it up in a report someone will act on, and you spend the last hour on a call with a vendor about whether their next shipment will be any different.
The good
The hard parts
Things people don't tell you.
Developing a new type of shatterproof glass for phone screens is materials engineering. So is the heat resistant compound on equipment sent to Mars.
Scientists study the structure and properties of a material. Engineers take that knowledge and choose what a product gets made of and how. Same department at university, different work afterwards.
Every list is built from the same numbers shown above, so you can see where this career sits next to the others.
Engineers first, then the rest of the field. See every career in engineering.
Last checked October 2026. Pay figures are typical full-time annual amounts in United States dollars, based on Bureau of Labor Statistics wage data and published pay scales. They vary by state, employer and experience. Tuition is for in-state students at public schools unless the card says otherwise. How every figure on this site is sourced and checked.
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