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

Massachusetts Institute of Technology (MIT) holds the top position in the QS World University Rankings by Subject 2026 for Engineering - Electrical & Electronic. The ranking covers 549 institutions across 69 countries and regions, making it one of the broadest subject tables in the QS portfolio. For students choosing a program by subject rather than by overall university prestige, this table offers a distinct lens: it combines academic reputation, employer reputation, and research output into a single subject-specific score.

How the Global Field Is Distributed

The United States leads the country leaderboard with 71 ranked institutions. China (Mainland) follows with 48, the United Kingdom with 42, and India with 23. France (22), Canada (21), and the Republic of Korea (21) sit close together, while Malaysia (18), Italy (17), and Australia (17) round out the top ten countries by representation.

This distribution tells a structural story rather than a simple quality ranking. The presence of 71 US institutions reflects both the size of the American engineering sector and the depth of its graduate programs. China (Mainland) and India, with 48 and 23 ranked institutions respectively, show how quickly large national systems can populate a global table once their research output becomes visible to international evaluators. Malaysia’s 18 entries, alongside the UK’s 42, indicate that mid-sized national systems can sustain substantial subject-level presence when their universities focus on engineering.

A median rank cannot be computed for the 549 listed institutions: the institution at the median position has only a published rank range (251-300). That limitation is worth pausing on: the middle of the table cannot be pinned to a single rank, because the institution at the median position is listed only within the 251-300 range. The table is not a narrow list of elite departments — it extends deep into national systems that may have only a few internationally visible programs.

The Top Tier: How Concentrated Is the Upper End?

The top 10 positions are held by 10 institutions, and the top 20 contains 22. That means 12 institutions sit between ranks 11 and 20 — a slightly denser band than the 9 institutions occupying ranks 21 through 30. The top 50 contains 50 institutions, with 19 of them in the 31–50 range.

Moving further down, the top 100 holds exactly 100 institutions, and the 51–100 band accounts for 50 of them. The 101–150 band also contains 51 institutions. Below that, QS publishes only rank ranges for many institutions: the 151–200 published range band contains 50 institutions, and the 201–250 published range band contains 51. The published range bands continue downward: 251–300 contains 50 institutions, 301–350 contains 48, 351–400 contains 53, 401–450 contains 48, 451–500 contains 48, and 501–550 contains 50. In total, 247 institutions sit outside the top 300.

The pattern is clear: density increases as you move down the table. The upper bands are relatively thin, with each 10-rank band containing roughly 9 to 19 institutions. From rank 200 onward, the table is organised into published range bands rather than exact ranks, and those bands each hold between 48 and 53 institutions.

For a prospective student, this means the competition for visible distinction is concentrated at the very top. A program ranked in the 30s is already in a much smaller group than one ranked in the 200s, and the difference in institutional resources and research infrastructure between those bands can be substantial.

Score Bands: Where the Scores Cluster

The overall scores in this subject table cluster heavily in the middle range. Only 5 institutions score 90 or above. The 80–89 band contains 22 institutions, and the 70–79 band is the largest single score band with 87 institutions. The 60–69 band holds 37 institutions.

Notably, the published score bands in this subject begin at 60–69; scores are published only for 151 of the 549 listed institutions, and the remaining 398 are listed without a published overall score. The lowest score band with any listed institutions is 60–69, and the 70–79 band contains the largest share of the table. This describes only the 151 institutions whose overall score was published; the other 398 are listed with a rank or rank band but no overall score, and a missing score does not mean the institution scored below any threshold or was dropped from the ranking.

The 90-and-above group is extremely small: 5 institutions. These are the programs that combine top-tier academic reputation, strong employer recognition, and high research impact simultaneously. The 80–89 band, with 22 institutions, is still selective but less exclusive. The 70–79 band, with 87 institutions, is where the bulk of internationally visible programs sit.

What This Means for Choosing a Program

If you are selecting a program by subject, the practical takeaway is that the table rewards programs that perform consistently across all indicators. The 5 institutions scoring 90 or above are not just research powerhouses — they also carry employer reputation that makes their graduates visible in global job markets. The 22 institutions in the 80–89 band are likely to offer strong research environments and solid industry connections, but with less global name recognition than the very top tier.

The 70–79 band, containing 87 institutions, is where many strong regional programs sit. These may be excellent choices for students who want strong subject training without the competitive intensity of the top 20. The 60–69 band, with 37 institutions, represents programs that are ranked but may be more locally focused.

For students comparing options across countries, the country leaderboard provides context. A program ranked in the top 100 in a country with 71 ranked institutions (the US) is competing in a much denser field than a similarly ranked program in a country with 17 ranked institutions (Italy or Australia). The rank itself is global, but the competitive environment behind it varies widely.

Data Notes

This article is based on the QS World University Rankings by Subject 2026 for Engineering - Electrical & Electronic, published by Quacquarelli Symonds (QS), with a data reference date of 2026-04-03. The subject table covers 549 institutions globally across 69 countries and regions. Rankings are parsed by subject and filtered by country, with ranks reported as floor integers.

The overall score combines academic reputation, employer reputation, citations, H-index, and international research network scores. The subject table is one of 60 subject rankings in the QS 2026 portfolio. The country leaderboard reflects the number of ranked institutions per country, not a quality ranking of countries themselves.

A limitation worth noting: the table covers institutions that meet QS’s inclusion criteria, which may exclude some smaller or newer programs. The absence of a computable median rank, together with the published range bands running down to 501–550, indicates that the table extends well beyond the commonly cited top 100, but it does not capture every engineering program worldwide. The published score bands begin at 60–69 and cover only the 151 institutions with a published overall score; they say nothing about the 398 institutions listed without one.

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

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