Engineering - Electrical & Electronic in QS Subject Rankings 2026: Global Distribution and Top-Tier Indicators

The QS World University Rankings by Subject 2026 places Engineering - Electrical & Electronic as one of the most globally contested disciplines, with 549 institutions from 69 countries and regions appearing on the list. At the very top sits the Massachusetts Institute of Technology (MIT), holding the rank 1 position. This article unpacks the geographic spread of ranked programs and the score dynamics that separate the leading institutions from the rest of the field, using data as of 2026-04-03.

The Global Landscape: Where the Programs Are

The subject list spans 69 countries and regions, but the distribution of ranked institutions is heavily concentrated in a handful of nations. The United States of America leads with 71 ranked institutions, followed by China (Mainland) with 48, the United Kingdom with 42, and India with 23. France (22), Canada (21), and the Republic of Korea (21) follow closely, while Malaysia (18), Italy (17), and Australia (17) round out the top ten countries by presence.

Country/Region	Ranked Institutions
United States of America	71
China (Mainland)	48
United Kingdom	42
India	23
France	22
Canada	21
Republic of Korea	21
Malaysia	18
Italy	17
Australia	17

This concentration matters for prospective students: while the subject is taught worldwide, the depth of ranked options varies sharply by country. A student looking at the U.S. has 71 ranked programs to consider, whereas many countries not shown in the top ten have only a handful. A median rank across all 549 listed institutions cannot be computed: the institution at the median position has only a published rank range (251-300), so no single midpoint figure is available. What the list does show is that it is long, and the competition for the upper tiers is intense.

The Top Tier: How the Leading Institutions Separate Themselves

The top 10 ranks are occupied by 10 institutions, and the top 20 contains 22 programs. Beyond that, the top 30 holds 31, and the top 50 holds exactly 50. The top 100 includes 100 programs, while the top 150 and top 200 contain 151 and 201 institutions respectively. These numbers reveal a steady, near-linear expansion of the ranked field — but the scores behind them tell a more nuanced story.

Subject Rank	Institution	Country/Region	Academic Reputation	Employer Reputation	Citations	Overall Score
1	Massachusetts Institute of Technology (MIT)	United States of America	100	100	93	96.9
2	Stanford University	United States of America	95.4	97.4	94.9	93.6
3	National University of Singapore (NUS)	Singapore	88.6	94.6	97.5	91.4
4	Nanyang Technological University, Singapore (NTU Singapore)	Singapore	88.6	92.6	94.6	90.4
5	University of California, Berkeley (UCB)	United States of America	92.3	92.2	92.1	90.2
6	University of Cambridge	United Kingdom	88.8	95.6	90.6	89.9
7	University of Oxford	United Kingdom	86.7	95.6	95.8	89.6
8	ETH Zurich	Switzerland	91.2	93.6	90.8	89.5
9	Imperial College London	United Kingdom	87.6	87.9	95.1	89.1
10	EPFL – École polytechnique fédérale de Lausanne	Switzerland	90.6	88.3	90.4	88.6
11	Tsinghua University	China (Mainland)	86.6	87.1	90.6	88.2
12	Harvard University	United States of America	85.1	98.1	92.9	88.1
13	Georgia Institute of Technology	United States of America	84.6	83	89.8	84.4
14	Delft University of Technology	Netherlands	82.9	83.5	85.7	83.8
15	University of California, Los Angeles (UCLA)	United States of America	84.1	87.3	90.1	83.4
16	California Institute of Technology (Caltech)	United States of America	88.6	87.4	79.9	83.2
16	University of Toronto	Canada	81.8	85.5	91.9	83.2
18	Princeton University	United States of America	79.7	84.1	97.6	82.7
19	Technical University of Munich	Germany	83	83	82.4	82.6
20	The University of Tokyo	Japan	83.5	85.7	78.4	81.8

The score bands provide a clearer picture of competitive density. Only 5 institutions achieve an overall score of 90 or above, and 27 reach an overall score of 80 or above. Within the 80–89 band itself, 22 institutions sit. The 70–79 band is the largest single group, with 87 institutions, while 114 institutions score 70 or above. From 60 to 69, the count is 37, and 151 institutions score 60 or above — the full set of institutions with a published overall score. No score bands are published below that level. In practical terms, this means that the gap between the 70s and the 80s is where the most meaningful differentiation occurs: 87 programs sit in the 70–79 band, while 22 sit in the 80–89 band and just 5 score 90 or above. All of these counts cover only the 151 institutions whose overall score was published; the remaining 398 institutions are still ranked but carry no published overall score.

Rank Bands: Where the Competition Thickens

Breaking the field into rank bands shows where the density of institutions is highest. The top 10 holds 10 programs, ranks 11–20 hold 12, ranks 21–30 hold 9, and ranks 31–50 hold 19. The 51–100 band contains 50 institutions, and the 101–150 band contains 51. QS publishes only a rank range for many institutions rather than an exact rank, so the field is also described by published rank bands: 50 institutions fall in the published 151–200 band, 51 in the published 201–250 band, and 50 in the published 251–300 band. Beyond rank 300, 247 institutions remain — nearly half of the entire list.

This distribution reveals a critical feature of the subject: the upper echelons are sparse, but the middle and lower tiers are densely populated. For a student aiming at a top-50 program, the competition is limited to 50 institutions globally. For those targeting the top 100, the field widens to 100. But the real mass of the ranking sits below rank 200, where the majority of ranked programs are located. The 247 institutions outside the top 300 represent the long tail of the subject — programs that are ranked but far from the global spotlight.

What the Numbers Mean for Prospective Students

For students selecting a program in Engineering - Electrical & Electronic, the QS subject rankings offer a useful but partial lens. The 549 ranked institutions span 69 countries, but the top of the list is dominated by a small group of high-scoring programs. Only 5 institutions score 90 or above, and 27 score 80 or above; within the 80–89 band itself, 22 institutions sit. These counts cover only the 151 institutions whose overall score was published. The published overall score range is 96.9 to 88.6 across the top 10, 96.9 to 76.4 across the top 50, and 96.9 to 71.2 across the top 100. These ranges cover only the institutions whose overall score was published.

The score bands also highlight a structural feature of the ranking: the 70–79 band is the largest single band, with 87 institutions, while 114 institutions score 70 or above. This is the zone where many well-regarded programs cluster, and where the competition for students is most intense. Above that, the 80–89 band (22 institutions) and the 90-or-above group (5 institutions) represent a much smaller, more exclusive group. These counts cover only the 151 institutions whose overall score was published.

Data Notes

This analysis is based on the QS World University Rankings by Subject 2026, published by Quacquarelli Symonds (QS), with a data reference date of 2026-04-03. The subject-specific ranking for Engineering - Electrical & Electronic covers 549 institutions globally, drawn from 69 countries and regions. The ranking methodology incorporates academic reputation, employer reputation, citations per paper, H-index, and international research network indicators, with the overall score serving as the composite measure.

The data used here was parsed by subject block and filtered by country, with ranks taken as the lower-bound integer. It is important to note that the ranking covers only institutions that meet QS’s inclusion criteria for this subject; many universities offering programs in this field are not listed. Additionally, the source data publishes overall score bands only down to the 60–69 band; no lower score bands are differentiated. A median rank cannot be computed for the 549 ranked institutions, because the institution at the median position has only a published rank range (251-300) rather than an exact rank. No external predictions or estimates have been made; all figures are drawn directly from the QS 2026 subject ranking dataset.