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

MIT takes the No. 1 spot in Engineering - Electrical & Electronic in the QS World University Rankings by Subject 2026, leading a field of 549 ranked institutions across 69 countries and regions. The median rank among all listed programs sits at 251.0, which means that for every university near the top, there are many more occupying the long tail of the distribution. For prospective students choosing a program by specialty, the key question is not just who leads, but how the field is structured globally — and where the density of strong programs actually lies.

How many institutions are ranked, and where are they concentrated?

The 2026 edition lists 549 universities worldwide for Engineering - Electrical & Electronic. That makes it one of the larger subject tables in the QS subject-level portfolio, reflecting how widely this discipline is taught across higher education systems.

The United States contributes the largest share, with 71 ranked institutions. China (Mainland) follows with 48, and the United Kingdom is third with 42. India (23), France (22), Canada (21), and the Republic of Korea (21) form a middle tier, while Malaysia (18), Italy (17), and Australia (17) round out the top ten countries by representation.

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

The pattern here is worth noting for applicants: the US and China together account for a substantial share of all ranked programs, but the distribution across the remaining countries is relatively flat. A student looking for options outside the two largest systems still has a wide range of choices — the UK alone offers more than 40 ranked programs, and several countries in the 17–23 range provide meaningful depth rather than just one or two flagship institutions.

How many institutions make it into the upper ranks?

The top 10 positions are occupied by 10 institutions, which is a direct reflection of the ranking structure. The top 20 contains 22 programs, and the top 30 contains 31. By the time the cutoff reaches 50, there are exactly 50 ranked programs — meaning the top 50 is a clean, complete band. The top 100 also contains exactly 100 institutions.

Beyond that, the numbers become less tidy. The top 150 band holds 151 programs, and the top 200 band holds 201. The top 300 band contains 302 institutions, leaving 247 programs ranked at 301 or beyond. The median rank of 251.0 falls inside the 201–300 band, which tells you that the typical ranked program in this subject sits well below the headline-grabbing top 50.

For a student using these rankings as a filter, the practical implication is straightforward: the top 100 is a genuine cutoff with no gaps, and the top 200 is nearly complete, but the field stretches considerably further before the tail ends.

What does the score distribution look like?

The overall scores in this subject are heavily concentrated at the upper end. Only 5 institutions score 90 or above. The 80–89 band contains 22 institutions, and the 70–79 band contains 87. That means 114 institutions score at least 70.

The distribution then shifts dramatically: 151 institutions fall into the 60–69 band, and another 151 fall into the 50–59 band. There are no institutions at all in the 40–49 or 30–39 bands. This is a peculiar feature of the data — the score distribution is essentially bimodal, with a cluster at the very top and a broad middle, but nothing below 50.

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

For applicants, this means that the difference between a program ranked around 60 and one ranked around 50 may be negligible in overall score terms, while the gap between a top-10 program and the rest of the field is substantial. The absence of scores below 50 also suggests that the ranking table itself filters out weaker programs before they appear in the published list.

What does the country-level picture mean for selection?

The US leads with 71 ranked programs, but having more programs does not automatically mean having more top-tier options. China (Mainland) ranks second with 48, and the UK third with 42. The remaining countries in the top ten — India, France, Canada, the Republic of Korea, Malaysia, Italy, and Australia — each contribute between 17 and 23 programs.

For a student comparing destinations, the country-level count is a useful starting point, but it should be read alongside the rank distribution. A country with 20 ranked programs could have all of them clustered in the 100–300 range, while another with the same count might have several in the top 50. The table above gives you the raw counts; the rank bands and score bands help you interpret what those counts actually buy you in terms of competitive positioning.

What should applicants take from the 2026 data?

The first takeaway is that this is a large, globally distributed field. 549 institutions across 69 countries means that very few higher education systems are entirely absent from the table. The second takeaway is that the top of the field is extremely selective: only 10 institutions make the top 10, and only 22 make the top 20. The third takeaway is that the middle of the table is where most programs sit — the median rank of 251.0 is a reminder that the majority of ranked programs are not in the top 100.

For selection purposes, the most useful combination of indicators is the country-level count (to gauge how many options exist in a given system), the rank band (to see where a specific program sits), and the score band (to understand how close or far that program is from the next tier). No single number tells the whole story.

Data notes

The data in this article comes from the QS World University Rankings by Subject 2026, published by Quacquarelli Symonds (QS), with a data reference date of 2026-04-03. The ranking covers 60 subject tables and includes component scores for academic reputation, employer reputation, citations, H-index, and international research network. The official page is QS World University Rankings by Subject 2026

The figures presented here were compiled by parsing the subject table for Engineering - Electrical & Electronic, filtering by country, and taking the lower bound integer for each rank position. The median rank of 251.0 is calculated across all 549 listed institutions in the subject. Country-level counts reflect the number of institutions listed for each country in this subject table; they do not represent the total number of universities in that country.

One limitation worth noting: the score bands show no institutions in the 30–39 or 40–49 ranges, which suggests that the published table may not include programs below a certain score threshold. Readers should also be aware that the rank bands are not evenly spaced — the top 10 and top 20 bands are small, while the 201–300 band contains 101 programs. The data reflects a single edition of the rankings (2026) and should not be compared directly with earlier editions without accounting for changes in methodology or scope.