Ceramic Sciences and Engineering
Students study the properties, processing, and applications of ceramic materials used in electronics, aerospace, biomedical devices, and advanced manufacturing. Graduates typically pursue careers in materials research, semiconductor manufacturing, aerospace materials development, and ceramic product engineering. This specialized field offers strong salaries due to the critical role of ceramic materials in high-tech applications.
What Ceramic Sciences and Engineering graduates do
Your degree prepares you for a career at the atomic level, shaping the materials that define modern technology. As a materials engineer, your day might involve testing a new ceramic composite for a jet engine turbine, analyzing the crystalline structure of glass for next-gen fiber optics, or developing biocompatible coatings for medical implants. You'll start by conducting tests and analyzing data, but with experience, you'll progress to designing new materials and leading research projects.
Many eventually move into engineering management, shifting from hands-on lab work to overseeing budgets, timelines, and entire teams. For those who pursue advanced degrees, the path to becoming a postsecondary engineering teacher is growing quickly. With moderate AI exposure across these roles, you should expect technology to automate significant parts of your work, like running simulations or analyzing routine test data. This won’t eliminate your job, but it will change it. Your value will shift from technical execution to creative problem-solving and interpreting complex results, making adaptability your most important skill.
Students weighing Ceramic Sciences and Engineering often also consider Polymer Engineering, Metallurgical Engineering, and Textile Engineering — compare earnings, ROI, and AI outlook side by side.
Where Ceramic Sciences and Engineering graduates work
Common career paths for Ceramic Sciences and Engineering graduates, with median salaries, projected growth, and AI exposure per role. Roughly 21,200 combined openings per year across these roles.
| Role | Median Pay | Annual Openings | 10-yr Growth | AI Exposure |
|---|---|---|---|---|
|
Architectural and engineering managers
|
$167,740
$135K–$207K
|
14,500 | +3.8% | Moderate · 41% |
|
Chemical engineers
|
$121,860
$96K–$152K
|
1,100 | +2.6% | Moderate · 46% |
|
Materials engineers
|
$108,310
$86K–$138K
|
1,500 | +5.7% | Moderate · 49% |
|
Engineering teachers, postsecondary
|
$106,120
$80K–$136K
|
4,100 | +8.1% | High · 50% |
Best schools for Ceramic Sciences and Engineering
Schools ranked by DegreeOutlook Score (earnings × AI resilience × ROI × job-market size). Top 3 of 3.
Highest Earnings Top 5
| Missouri University of Science and Technology
MO |
$77,305 |
| Alfred University
NY |
$71,644 |
| Rutgers University-New Brunswick
NJ |
$69,162 |
Best ROI Top 5
| Missouri University of Science and Technology
MO |
12.5x |
| Rutgers University-New Brunswick
NJ |
9.0x |
| Alfred University
NY |
3.5x |
Related majors
Similar fields of study often offered alongside Ceramic Sciences and Engineering.
Frequently asked about Ceramic Sciences and Engineering
What do Ceramic Sciences and Engineering graduates make in their first year?
Across 3 schools, Ceramic Sciences and Engineering graduates earn an average of $72,704 per year in their first year after graduation. Earnings range from $69,162 to $77,305 depending on the school.
Will AI affect Ceramic Sciences and Engineering careers?
Our analysis classifies Ceramic Sciences and Engineering as "High" for AI risk — approximately 53% of typical job tasks overlap with current AI capabilities. That puts most of the daily work in the automation-sensitive category.
Where should I study Ceramic Sciences and Engineering?
Missouri University of Science and Technology leads all 3 programs with a DegreeOutlook Score of 56/100. Graduates earn $77,305/yr — the ranking weighs earnings, ROI, AI resilience, and job market size equally.
What's the ROI on a Ceramic Sciences and Engineering degree?
The average 10-year earnings multiple is 8.4x tuition. This is a moderate return — school choice matters significantly. The spread between the best and worst programs is wide, so individual school selection has a major impact.