Only 16% of U.S. high school seniors are proficient in math for STEM readiness, and gaps widen long before college. Around 26% of U.S. undergraduates enroll in STEM fields, but achievement patterns on NAEP and PISA reflect who gets the strongest support in earlier grades. Teacher preparation and turnover also shape outcomes, since only 35% of U.S. elementary teachers feel prepared to teach science.
Key Takeaways
- In the U.S., only 16% of high school seniors proficient in math for STEM readiness in 2019
- Gender gap in computer science AP scores: males 22% higher pass rate 2022
- Black students' STEM bachelor's completion rate 20% lower than whites 2020
- In 2021, 26% of U.S. undergraduates were enrolled in STEM fields
- Globally, STEM graduates represent 25% of all tertiary graduates in OECD countries as of 2019
- Female enrollment in STEM bachelor's programs in the U.S. was 24% in 2020
- U.S. Funding for STEM education K-12 was $3.9B in FY2022 via ESSER
- NSF awarded $1.1B for STEM education research 2022
- U.S. federal R&D funding for STEM training $40B annually 2021
- U.S. STEM workforce grew 10% to 36M from 2019-2022
- 80% of future U.S. jobs require STEM skills by 2030 projection
- STEM graduates earn 33% more median salary U.S. $95K 2022
- U.S. teacher quality explains 25% of STEM achievement variance 2021
- Only 35% of U.S. elementary teachers feel prepared to teach science 2020
- STEM teacher turnover rate 16% annually in U.S. high-poverty schools 2019
U.S. STEM readiness and attainment lag, with major gender and equity gaps shaping future workforce needs.
Related reading
01 · Category
Achievement Gaps29 stats
01
In the U.S., only 16% of high school seniors proficient in math for STEM readiness in 2019
02
Gender gap in computer science AP scores: males 22% higher pass rate 2022
03
Black students' STEM bachelor's completion rate 20% lower than whites 2020
04
In PISA 2018, U.S. girls trailed boys in math by 5 points on average
05
Hispanic students underrepresented in advanced STEM courses by 30% 2021
06
Low-income U.S. students 4x less likely to take calculus in high school 2019
07
In OECD, U.S. ranks 37th in science proficiency among 15-year-olds 2018
08
Female STEM PhD completion rate 10% below males globally 2020
09
Rural students score 12 points lower on NAEP science 2019
10
In TIMSS 2019, U.S. 4th graders math gap between top/bottom quartile 100 points
11
Asian American students outperform others by 50 SAT math points in STEM prep 2022
12
English learners lag 25% in STEM proficiency rates U.S. 2021
13
In EU, migrant students trail natives by 40 PISA science points 2018
14
U.S. disabled students STEM graduation rate 15% vs 35% non-disabled 2020
15
Boys outperform girls in physics by 15% on international assessments 2019
16
In India, urban-rural STEM achievement gap 28% in national tests 2021
17
U.S. low SES students 3x less likely to score advanced in science NAEP 2019
18
Female underrepresentation in top math quartile: 2:1 male-female ratio OECD 2018
19
Black females have 35% lower STEM persistence rate in college 2020
20
In Australia, Indigenous students trail in STEM NAPLAN by 2 years 2022
21
U.S. charter schools close 10% of STEM gap for minorities 2021 study
22
Global gender gap in tertiary STEM graduation: 15% worldwide 2020
23
In UK, BAME students 12% lower STEM attainment 8 level 2021
24
U.S. foster care youth STEM dropout rate 50% higher 2019
25
In Canada, First Nations math proficiency 20% below average PISA 2018
26
U.S. gifted programs underrepresented minorities by 40% in STEM 2020
27
Girls in single-sex schools close 8% math gap OECD 2019
28
U.S. 8th grade science NAEP gap Black-White 36 points 2019
29
In South Africa, gender parity in STEM matric passes achieved 70% 2022
Interpretation
Achievement Gaps Interpretation
The statistics paint a stark portrait of a leaky and inequitable STEM pipeline, where systemic gaps in access, opportunity, and support persistently drain potential based on zip code, race, gender, and income long before talent ever reaches the lab.
02 · Category
Enrollment Statistics29 stats
01
In 2021, 26% of U.S. undergraduates were enrolled in STEM fields
02
Globally, STEM graduates represent 25% of all tertiary graduates in OECD countries as of 2019
03
Female enrollment in STEM bachelor's programs in the U.S. was 24% in 2020
04
In India, STEM enrollment in higher education grew by 18% from 2015 to 2020
05
U.S. K-12 students participating in STEM programs increased by 12% between 2016 and 2020
06
In the EU, 37% of tertiary students studied STEM subjects in 2020
07
African American students comprised 9% of STEM undergraduates in U.S. in 2019
08
STEM course enrollment in Australian universities reached 320,000 students in 2021
09
In China, STEM higher education enrollment hit 10.5 million in 2022
10
Hispanic/Latino STEM enrollment in U.S. grew 10% from 2017-2021
11
U.S. community college STEM enrollment was 1.2 million in 2018
12
In Canada, 40% of university students were in STEM fields in 2020
13
Women made up 35% of STEM master's enrollees in U.S. 2021
14
UK STEM undergraduate enrollment rose 5% to 380,000 in 2022
15
In Brazil, STEM tertiary enrollment was 28% of total in 2019
16
U.S. online STEM course enrollment surged 44% during COVID-19 in 2020
17
In Japan, STEM university enrollment accounted for 32% in 2021
18
Rural U.S. STEM high school enrollment lags urban by 15% as of 2022
19
South Korea's STEM tertiary enrollment rate is 45% in 2020
20
In Germany, 50% of engineering students are in STEM programs 2021
21
U.S. STEM PhD enrollment for international students was 55% in 2021
22
In Mexico, STEM enrollment in universities doubled since 2010 to 1.8M in 2022
23
Female STEM enrollment in Saudi Arabia increased 30% from 2015-2020
24
U.S. AP STEM exam participation grew 9% to 1.1M in 2022
25
In France, 34% of higher ed students in STEM 2021
26
Native American STEM undergrad enrollment is 0.5% of total U.S. 2020
27
Singapore's STEM enrollment in polys/technics is 60% 2022
28
In Russia, STEM makes up 42% of university admissions 2021
29
U.S. dual enrollment in STEM courses reached 250,000 high schoolers 2021
Interpretation
Enrollment Statistics Interpretation
The global sprint toward a STEM-powered future is running at two speeds: a promising surge of overall enrollment is being simultaneously hampered by stubborn participation gaps that leave too many brilliant minds waiting at the starting block.
03 · Category
Funding and Resources27 stats
01
U.S. Funding for STEM education K-12 was $3.9B in FY2022 via ESSER
02
NSF awarded $1.1B for STEM education research 2022
03
U.S. federal R&D funding for STEM training $40B annually 2021
04
Global STEM education market size $127B in 2023 projection
05
UK allocated £1B for STEM schools infrastructure 2022-2025
06
U.S. Title I funds 20% directed to STEM in high-need schools 2021
07
China STEM education budget 4.5% of GDP 2022
08
EU Horizon program $100B includes 15% STEM ed 2021-2027
09
Philanthropy for U.S. STEM ed $500M/year from Gates et al. 2022
10
India Digital India $1.2T includes STEM tech infra 2023
11
U.S. state STEM funding avg $50/student K-12 2021
12
Australia National STEM Ed Strategy $190M 2018-2026
13
Corporate sponsorship U.S. STEM $2B annually 2022 Intel etc.
14
Brazil FUNDEB allocates 10% to STEM teacher training 2022
15
Japan MEXT STEM budget ¥700B 2023
16
U.S. IDEA special ed STEM resources $13B 2022
17
Canada provincial STEM grants CAD 200M 2022
18
Venture capital in STEM edtech $16B global 2022
19
South Africa SETA STEM bursaries R2B 2023
20
U.S. 21st CCLC afterschool STEM $1.2B serves 1.7M kids 2021
21
Germany Länder STEM lab funding €500M 2022
22
Philanthropic STEM equity funds $300M U.S. 2021
23
Singapore Smart Nation STEM $2.4B 2023-2027
24
Mexico CONACYT STEM scholarships 100K students $500M 2022
25
U.S. private STEM foundations $1.5B 2022 Carnegie etc.
26
France Plan France 2030 €30B tech ed 2021
27
Crowdfunding STEM projects $100M global 2022 Kickstarter
Interpretation
Funding and Resources Interpretation
Amidst this global gold rush of billions for STEM, one can't help but think we're finally pricing the alarming cost of having underfunded it for generations.
More related reading
04 · Category
Future Workforce25 stats
01
U.S. STEM workforce grew 10% to 36M from 2019-2022
02
80% of future U.S. jobs require STEM skills by 2030 projection
03
STEM graduates earn 33% more median salary U.S. $95K 2022
04
Women in STEM workforce 28% U.S. 2022
05
Projected global STEM job shortage 85M by 2030 World Economic Forum
06
U.S. STEM occupations growth 10.5% 2021-2031 BLS
07
Black STEM workers 9% of total U.S. 2021
08
Engineering jobs to grow 7% U.S. adding 188K 2022-2032
09
AI/ML STEM roles up 74% since 2019 LinkedIn 2023
10
Hispanic STEM employment 8% U.S. 2022
11
Global STEM unemployment 3.5% vs 5% general 2022 ILO
12
U.S. computer occupations 377K new jobs projected 2022-2032
13
Female STEM CEOs 10% Fortune 500 2023
14
In EU, STEM jobs 13M 2022 growing 12% by 2030
15
U.S. biotech STEM jobs up 7% to 800K 2022
16
India STEM workforce 15M 2023 target 25M by 2027
17
Veteran STEM employment 12% above civilian avg U.S. 2021
18
Data science roles demand up 37% U.S. 2023 Indeed
19
UK STEM employment 10% of workforce 6.4M 2022
20
Cybersecurity STEM jobs 3.5M global shortage 2023 ISC2
21
U.S. healthcare STEM occupations 5M growing 16% 2022-2032
22
China STEM labor force 100M+ 2022
23
Green energy STEM jobs 11M global by 2030 IRENA
24
U.S. underrepresented minorities 24% STEM workforce 2022
25
Australia STEM grads employment rate 89% 2021
Interpretation
Future Workforce Interpretation
The future is a high-paying, high-demand STEM party, but we've sent the invitation to only a fraction of the potential guests, and the bouncer at the door is still favoring a very specific crowd.
05 · Category
Teacher Statistics30 stats
01
U.S. teacher quality explains 25% of STEM achievement variance 2021
02
Only 35% of U.S. elementary teachers feel prepared to teach science 2020
03
STEM teacher turnover rate 16% annually in U.S. high-poverty schools 2019
04
In OECD, 70% of lower secondary teachers teach math/science 2021
05
U.S. STEM certified teachers shortage: 100,000 positions unfilled 2022
06
Female STEM teachers comprise 48% of K-12 workforce U.S. 2021
07
Professional development in STEM reached 60% of U.S. teachers 2020
08
In UK, STEM teacher retention dropped to 75% after 5 years 2021
09
25% of U.S. physics teachers lack degree in physics or related 2019
10
India trains 1 million STEM teachers via NISHTHA by 2023
11
U.S. STEM teacher salaries 20% below other college grads 2022
12
In Australia, 82% of secondary math teachers STEM qualified 2021
13
Global shortage of 69 million teachers includes STEM by 2030 UNESCO
14
U.S. minority STEM teachers only 18% of total 2020
15
Canada STEM teacher PD hours average 40/year 2021
16
In China, 95% of primary teachers STEM certified 2022
17
EU STEM teacher aging: 40% over 50 by 2025 projection
18
U.S. alternatively certified STEM teachers up 50% since 2010
19
Brazil invests R$1B in STEM teacher training 2022
20
In Japan, STEM teacher ratio 1:15 students 2021
21
U.S. computer science teachers: only 51% qualified 2022
22
South Korea STEM teacher satisfaction 85% 2020 survey
23
In Germany, STEM teacher vacancies 25% in math 2022
24
U.S. STEM mentors for teachers grew 30% via NSF grants 2021
25
UK specialist STEM teachers 65% of secondary 2021
26
In Mexico, 70% STEM teachers lack ongoing training 2020
27
Global STEM teacher gender balance 55% female 2021
28
U.S. high school STEM teacher experience avg 14 years 2018
29
Singapore invests SGD 1B in STEM teacher upskilling 2023
30
In France, STEM teacher certification rate 92% 2021
Interpretation
Teacher Statistics Interpretation
While teacher quality decisively shapes a quarter of STEM outcomes, nations are grappling with a chronic recipe of underpreparedness, high turnover, and stark shortages, revealing a global classroom where the foundation of future innovation is being laid on profoundly uneven ground.
Reference
Cite This Report
This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.
APA
Samuel Norberg. (2026, February 13). Stem Education Statistics. Gitnux. https://gitnux.org/stem-education-statistics
MLA
Samuel Norberg. "Stem Education Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/stem-education-statistics.
Chicago
Samuel Norberg. 2026. "Stem Education Statistics." Gitnux. https://gitnux.org/stem-education-statistics.
Sources & references
71 datasets cited across this report · attribution is report-level