How to Become a Materials Engineer in 2026

    Median salary: $108,310 · +5.7% projected growth (2024–2034)

    O*NET Code: 17-2131.00 · Data from O*NET & BLS · Updated March 2026
    Median Salary
    $108,310
    annual wage
    Job Growth
    +5.7%
    projected 2024–2034
    Education
    Bachelor's degree
    typical entry
    AI Exposure
    65/100
    exposure score
    Section 01

    What does a Materials Engineer do?

    Evaluate materials and develop machinery and processes to manufacture materials for use in products that must meet specialized design and performance specifications. Develop new uses for known materials. Includes those engineers working with composite materials or specializing in one type of material, such as graphite, metal and metal alloys, ceramics and glass, plastics and polymers, and naturally occurring materials. Includes metallurgists and metallurgical engineers, ceramic engineers, and welding engineers.

    Section 02

    Materials Engineer Salary in 2026

    The median annual salary for Materials Engineers is $108,310. The bottom 10% earn around $68,040 while the top 10% earn over $172,000.

    Experience levelAnnual salary
    Entry-level (P10)$68,040
    Early career (P25)$85,820
    Median$108,310
    Experienced (P75)$138,370
    Top earners (P90)$172,000
    10th: $68,040Median: $108,31090th: $172,000

    Highest-paying metros

    San Jose-Sunnyvale-Santa Clara, CA
    Highest paying
    $151,260
    top metro salary
    Houston-Pasadena-The Woodlands, TX
    $147,080
    $-4,180 vs highest
    Washington
    $140,810
    $-10,450 vs highest
    Seattle-Tacoma-Bellevue, WA
    $140,810
    $-10,450 vs highest
    New York-Newark-Jersey City, NY-NJ
    $137,650
    $-13,610 vs highest
    Dayton-Kettering-Beavercreek, OH
    $136,300
    $-14,960 vs highest
    Washington-Arlington-Alexandria, DC-VA-MD-WV
    $135,400
    $-15,860 vs highest
    San Francisco-Oakland-Fremont, CA
    $134,560
    $-16,700 vs highest

    Materials Engineer salary by state

    StateMedian salary
    Washingtontop$140,810
    Maryland$130,920
    Delaware$127,640
    California$127,550
    Oregon$127,360
    New York$121,980
    Colorado$121,430
    Alaska$120,540
    Texas$116,170
    Wyoming$114,370
    Massachusetts$111,030
    South Carolina$110,730
    Alabama$110,150
    Tennessee$108,670
    Arizona$108,260
    Minnesota$106,430
    Virginia$106,290
    Ohio$106,060
    Illinois$105,980
    New Hampshire$105,840
    Kentucky$105,090
    Connecticut$104,390
    Florida$104,040
    Idaho$101,750
    Oklahoma$101,100
    Louisiana$100,990
    Montana$100,600
    Arkansas$100,330
    New Jersey$100,240
    Missouri$99,160
    Indiana$98,290
    West Virginia$97,960
    Nevada$97,580
    Georgia$97,380
    Kansas$97,200
    Michigan$96,660
    Wisconsin$96,650
    North Carolina$95,640
    Vermont$93,210
    Rhode Island$92,180
    Mississippi$90,700
    Pennsylvania$89,160
    Maine$89,140
    Utah$85,720
    Nebraska$84,540
    Iowa$76,640

    How to earn more as a Materials Engineer

    The salary range for Materials Engineers spans $103,960 — from $68,040 at entry level to $172,000 for top earners. The highest-paying metro area is San Jose-Sunnyvale-Santa Clara, CA at $151,260 — $42,950 above the national median. An advanced credential — such as a graduate degree or specialized certification — is consistently associated with higher earnings in this field.

    Section 03

    How to get there

    Typical education: Bachelor's degree

    Starting from high school

    1. Complete a bachelor's degree program (4 years)
    2. Pursue internships and co-op experiences during your studies
    3. Build 1–2 years of entry-level experience
    4. Continue professional development and earn certifications
    5. Advance into full professional role after meeting experience requirements

    Choose an accredited program with strong industry connections and internship placement rates. Look for schools that offer co-op programs where you alternate between study and paid work. Many employers recruit directly from university programs, so networking and career fairs are valuable. Consider the total return on investment — schools with lower tuition but strong placement rates often outperform expensive programs.

    4–6 years $20K–$100K

    In-state public universities offer the best value. Federal financial aid, scholarships, and work-study programs can reduce costs by 40–60%.

    With a related degree

    1. Complete additional coursework or a certificate program in the specialization
    2. Earn professional certifications (PE license, FE exam, industry-specific certifications)
    3. Build relevant experience through lateral transfers or project work
    4. Position yourself for the role using your combined education and experience

    Your existing degree covers many foundational requirements. Focus on the gap — often 3–6 specialized courses plus a certification or two. Many universities offer post-baccalaureate certificates that take 1–2 semesters. Online programs from accredited universities provide flexibility for working professionals.

    1–3 years $5K–$30K

    Certificate programs and individual courses are much cheaper than a second degree. Many employers offer tuition reimbursement for career-relevant education.

    Career change from another field

    1. Complete a second bachelor's or accelerated degree program
    2. Earn required professional certifications
    3. Complete supervised work experience or residency
    4. Leverage your previous career skills for a differentiated profile

    Career changers bring valuable perspective — employers increasingly value diverse backgrounds. Look for accelerated programs designed for career changers (many fields now offer 12–18 month intensive programs). Your prior professional experience in areas like project management, communication, and leadership transfer directly and can accelerate your advancement once you enter the field.

    2–4 years $15K–$60K

    Career change scholarship programs exist in many fields. Some employers offer sign-on bonuses or student loan repayment assistance for in-demand specializations.

    Already working in another career?

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    Section 06

    AI and automation outlook

    65/100

    The Materials Engineer role has a high AI exposure score. Significant parts of this role are automatable. Focus on the human-centric aspects that AI can't replicate.

    See full AI risk breakdown
    Section 07

    Related careers to consider

    Based on skill overlap analysis — these occupations share core competencies with Materials Engineer.

    Get your personalized Materials Engineer transition plan

    Includes step-by-step roadmap, skill gap analysis, financial feasibility, and salary comparison by city. Takes 2 minutes.

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    Step-by-step roadmap Skill gap breakdown Financial feasibility Salary by city
    Section 08

    Frequently asked questions

    SOC: 17-2131.00 · Data: O*NET 29.1, BLS OEWS 2024, BLS Employment Projections 2024–2034