完全入試ガイド

Electrical and Electronic Engineering at Imperial College London

Imperialへの当塾生徒の合格率

80%

Imperialの平均合格率

14%

ImperialのElectrical Engineeringは最も競争的な入試の一つ。Imperial卒の専門講師による完全対策で合格を目指しましょう。

最終更新: 2026年5月

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主要情報

  • A*A*A典型オファー
  • 8:1志願者 / 定員
  • #2UK順位
  • ESAT入試テスト
  • 95定員（年）
  • H604UCAS コード

概要

コース概要

Electrical and Electronic Engineering at Imperial College London (UCAS codes H600 BEng / H604 MEng / H610 MEng with Year Abroad) is a three-year BEng or four-year MEng programme run by the Department of Electrical and Electronic Engineering, ranked among the top three UK departments in this field. The course covers analogue and digital electronics, signal processing, control, communications, electromagnetism, power, and software, with laboratory work, group projects and a final-year individual project. Imperial requires the ESAT (Mathematics 1, Mathematics 2, Physics); there is no interview as part of standard selection.

なぜImperialでElectrical Engineeringを?

Ranking positions are useful but limited. In reality, the better comparison is whether you want a named Electrical and Electronic Engineering route from the start, rather than a broader engineering structure that narrows later. The Imperial course is a named degree rather than a combined course or Tripos.

A university lecture hall from the back, students taking notes

Section 01

国際学生の出願

下のマップで自国をクリックすると、出願に必要な情報（受け入れられる資格、要求スコア、英語要件、現地の文脈）が表示されます。

International Applicants

Country-specific admissions requirements

CanadaUnited States of AmericaSouth KoreaIndiaChinaUnited KingdomMalaysiaJapan

Pick a highlighted country to see the admissions-test, score, and English-language requirements that apply for applicants from that country.

Section 02

出願要件

  • A-LevelA*A*A (three A-levels) or A*AAA (four A-levels)
    Mathematics, Physics required. Further Mathematics, Chemistry, Computer Science / Computing, Design and Technology, Electronics recommended. General Studies, Critical Thinking not accepted.A third and/or fourth subject at grade A is required. If an offer includes science A-levels, applicants should expect to pass the practical endorsement in the relevant science subjects.
  • IB Diploma40 points
    HL: 7 in Mathematics at higher level, 7 in Physics at higher level required. Mathematics: Analysis and Approaches preferred; Applications and Interpretation accepted at higher level recommended at HL.Mathematics and Physics must be taken at Higher Level. Mathematics Analysis and Approaches is preferred where available, but Applications and Interpretation is accepted at Higher Level according to mirrored Imperial content.
  • Advanced Placement (AP)check the official course page
    Exact AP subject combinations for this course remain unverified in accessible official content.
Required Tests:ESAT

Section 03

出願プロセスと重要日程

  1. YEAR 12

    Build subject readiness

    Strengthen Mathematics and Physics, explore electrical/electronic engineering beyond the syllabus, and identify projects or reading that can support the UCAS application and possible interview discussion.

  2. 01 JUN — 28 SEP

    Create UAT-UK account and book ESAT

    Account creation opens on 1 June 2026 and October ESAT booking closes on 28 September 2026 at 18:00 UK time.

  3. 01 SEP — JAN

    Prepare and submit UCAS application

    Completed UCAS applications can be submitted from 1 September 2026. Main equal-consideration deadline is 13 January 2027 at 18:00 UK time.

  4. 12–16 OCT

    Sit ESAT Window 1

    First ESAT sitting for 2027 entry runs from 12 to 16 October 2026. Applicants must select Mathematics 1, Mathematics 2 and Physics.

  5. AUTUMN — SPRING

    Attend online interview if invited

    Applicants may be invited for an online interview; official snippets state 25-30 minutes with one member of academic staff; this indicative interview period may overlap with January ESAT planning for applicants using Window 2.

  6. 04–08 JAN

    Sit ESAT Window 2 if using January sitting

    January ESAT sitting runs from 4 to 8 January 2027, with booking closing on 21 December 2026 at 18:00 GMT.

  7. 13 JAN

    UCAS equal-consideration deadline

    Submit by 13 January 2027 at 18:00 UK time.

  8. MAR — JUN

    Receive decisions and reply to offers

    UCAS says providers should aim to send decisions by 31 March 2027 for applications received by 13 January; provider reject-by-default is 12 May 2027.

  9. 12 AUG

    Results and confirmation

    A-level/AS/Level 3 results are provisionally expected to be available to students on 12 August 2027, based on AQA's provisional timetable.

Section 04

入試テスト

Student working through problems at a desk with timed papers

The required admissions test is the Engineering and Science Admissions Test, known as ESAT.

UAT-UK provides the test, and Pearson VUE delivers it through its test-centre network.

Applicants for this course must take Mathematics 1, Mathematics 2 and Physics.

For 2027 entry, the October sitting runs from 12 to 16 October 2026 and the January sitting runs from 4 to 8 January 2027.

Account creation, access-arrangements and bursary applications open on 1 June 2026 at 15:00 BST; October booking opens on 20 July 2026 at 15:00 BST; January booking opens on 26 October 2026 at 15:00 GMT.

October booking closes on 28 September 2026 at 18:00 BST, and January booking closes on 21 December 2026 at 18:00 GMT.

Results are released on 16 November 2026 for the October sitting and 8 February 2027 for the January sitting.

No public course-level ESAT cutoff was verified, so treat ESAT as a significant selection input alongside academic record, UCAS application and interview where invited.

For international applicants, the ESAT gives Imperial one common subject assessment across different school systems. It is worth planning early, especially where regional restrictions apply in China, Hong Kong and Macau.

A strong approach is to build preparation around timed problem-solving in the three required modules, not around memorising model answers; cross-check any resource you use against the current UAT-UK ESAT specification.

ESAT完全対策ガイド | 試験形式・採点・戦略・練習リソース。

ESATガイド →

Section 05

面接:当日の流れと対策

Invitation → Decision: the interview timeline

Interview Invitation

Late Nov

Arrival to Interview

Early Dec

Technical Question

Mid Dec

Decision

Early Jan

Question Types You’ll See

Motivation and course-choice discussionPersonal-statement follow-upTeamwork/time-management exampleProject explanationAcademic-fit discussion linked to Mathematics, Physics and engineering

Applicants may be invited to an online interview, with the style described as an academic and motivation discussion.

Discussion areas include motivation for Electrical and Electronic Engineering, reasons for applying to Imperial and this course, the UCAS application, the personal statement, teamwork, time use and project work.

In preparation, A strong approach is to choose two or three pieces of work you can explain properly: what you tried, what failed, what you changed and what you learned. The aim is not to sound polished; it is to show that you can think aloud about engineering decisions.

無料のElectrical Engineering面接練習問題バンクで本番さながらの問題を練習しましょう。

無料練習問題 →
Two people in academic discussion across a table

Section 06

合否決定のしくみ

Selection should be presented as holistic and evidence-based, rather than as a simple score threshold.

Do not read the visual weights as a published formula. In reality, the safest preparation is to make every part of the application coherent: grades, ESAT, personal statement, projects and interview discussion should all point to the same subject readiness.

Our recommendation · weighting of admission factors

0102030400%
ESAT score
0%
Interview
0%
Predicted grades
0%
Personal statement
0%
Contextual factors
% of decisionFactor

Oxbridge Mentors recommendation, drawn from observed offer patterns. Imperial College London does not publish official weightings — exact balance varies by college, course and year.

Section 07

Personal Statement のコツ

Handwritten notes and a laptop open to a draft document

A good Electrical and Electronic Engineering personal statement should connect mathematical reasoning with real engineering choices. Do not just say that you enjoy technology; show how you have tested, modelled or improved something.

Use project evidence carefully. A small circuit, simulation or embedded system can be more useful than a large claim if you can explain the design trade-offs, measurement errors and changes you made.

Connect your interests to areas that appear in the indicative course structure, such as circuits, signals, power, control, embedded systems, communications and electronic devices.

A strong approach is to one paragraph on academic motivation, one on practical or mathematical exploration, and one on what your work taught you about engineering. Avoid listing every activity you have done.

専門家による一行一行の解説付き完全例文を見る。

Electrical Engineering PS例文 →

Section 08

プロジェクト

  1. 01正当性
  2. 02プロジェクト概要
  3. 03実施内容
  4. 04困難
  5. 05解決策
  6. 06振り返り

Projects are especially useful for this course because they reveal how you think when a circuit, model or measurement does not behave as expected. Reflection matters more than scale.

Broad project ideas include building and characterising a sensor interface, with attention to calibration, noise, bandwidth and error sources.

Another suitable direction is a low-power embedded data logger, where you can reflect on sampling rate, power budget and signal quality.

A third option is comparing a power-conversion or motor-control approach, such as safely modelling or building a low-voltage buck converter, H-bridge or motor driver.

Open books, a notebook, and a coffee on a wooden desk

Section 08

その他のサプリキュラム

Other activities should support the academic case rather than replace it.

These activities are support, not substitute. The application still needs strong Mathematics and Physics evidence.

  • Keep an electronics lab notebook recording circuits, measurements, faults and design changes.:

  • Work beyond routine school problems in mechanics, electricity, calculus and complex numbers.:

  • Try simulation and PCB-design tools such as LTspice, Falstad or KiCad, then compare simulations with measurements.:

  • Read selectively and practise explaining the assumptions behind models.:

  • Use physics and maths competitions to evidence unfamiliar-problem handling.:

  • Follow semiconductors, power grids, communications, robotics or embedded systems to build industry awareness.:

Section 08

コンペティション

Competitions are not required. What they do well is stretch your problem-solving under unfamiliar conditions.

  1. British Physics Olympiad Round 1 tests advanced physics problem-solving, and preparation should use BPhO Round 1 past papers.
  2. BPhO Physics Challenge tests A-level-style physics reasoning, and preparation should use BPhO Challenge questions.
  3. BPhO Senior Physics Challenge tests Year 12 physics fluency, and preparation should use timed sets.
  4. UK Senior Mathematical Challenge tests non-routine mathematical thinking, and preparation should use UKMT past papers.
  5. British Mathematical Olympiad tests extended proof and problem-solving, and preparation should use BMO Round 1 solutions.

None are required; one or two done well beats five half-attempted.

Section 09

コース内容

  1. Year

    01 / 04

    1

    Electrical and Electronic Engineering foundations

    Core engineering, mathematics and design foundations

    Foundations in circuits, digital electronics, programming, devices, power, communications and mathematics.

    Early design-project work.

  2. Year

    02 / 04

    2

    Core electrical and electronic engineering

    Systems, signals, communications, power and control

    Core technical base across circuits, communications, control, electromagnetism, signals, systems and power.

    Preparation for technical-stream choices.

  3. Year

    03 / 04

    3

    MEng technical stream and project/placement route

    Advanced options and applied professional work

    Technical choice through optional modules, I-Explore and either group consultancy or industrial placement route where selected.

    Consultancy or industrial-placement route.

  4. Year

    04 / 04

    4

    MEng advanced options and individual project

    Master's-level specialisation and individual research/design project

    Advanced technical options with Individual Project, ethics/sustainability and professional-development components.

    Substantial final-year Individual Project.

Section 10

Electrical Engineeringの知識を深める

The resources below are an editorial starter set, not an official Imperial reading list. Use them to practise ESAT-style problem-solving, circuit fundamentals and independent technical explanation; replace or expand the list after a dedicated resource audit.

The Art of Electronics by Horowitz and Hill is the standard reference for circuit design and electronic principles beyond A-level. Use it selectively: the transistor, amplifier and filter chapters build the intuition tested in Imperial interviews.

For video EEVblog combines practical circuit demos with deep technical explanation and is widely used for self-directed learning. All About Circuits gives a systematic written + video treatment of the fundamentals from Ohm's law to operational amplifiers.

For structured courses, Circuits and Electronics from MIT OpenCourseWare covers the linear circuit analysis and digital systems content that underpins the first year. Isaac Physics provides problem practice in the A-level and beyond-A-level physics used throughout electrical engineering. For hands-on simulation, Falstad Circuit Simulator is a free in-browser circuit simulator that makes it easy to test circuit ideas without hardware.

A study planner, highlighters and a stack of revision cards

Section 11

卒業後のキャリア

Discover Uni reports 100% of respondents in work and/or study 15 months after graduation for the MEng record, with the largest occupational groups listed as engineering professionals and IT professionals.

Use the sector chart as a guide to breadth, not as a precise forecast for an individual applicant.

Section 12

特別な事情について

Imperial runs contextual admissions for eligible Home applicants.

Contextual support should be framed as eligibility-dependent, not as an automatic lower offer for every applicant.

Applicants can explain school constraints around Further Mathematics or enrichment, and disruption should be evidenced through UCAS references, school evidence or mitigating-circumstance routes.

International applicants are not normally assessed through the same UK contextual data framework.

A strong approach is to being precise and factual. A short explanation from a referee is usually more useful than a long unsupported claim from the applicant.

0

Further Reading

Recommended Resources

専門講師が推薦するSupercurricular読書リスト・ウェブサイト・ツール。

  • UAT-UK ESAT Preparation Materials[Link]Official ESAT guide and preparation materials for checking the current Mathematics and Physics specification before timed practice.
  • Isaac Physics[Link]Interactive maths and physics problems with concept support, useful for building the unfamiliar-problem fluency expected in engineering admissions.
  • All About Circuits Textbook[Link]Free multi-volume electricity and electronics reference for circuit fundamentals, components and digital/analogue concepts.

よくあるご質問

A*AA at A-Level with A* in Mathematics and an A in Physics. Further Mathematics is recommended. The IB equivalent is 40 points with 7,6,6 at Higher Level including Mathematics and Physics.
Yes. Imperial states that all Electrical and Electronic Engineering applicants must sit the Engineering and Science Admissions Test (ESAT). The required ESAT modules are Mathematics 1, Mathematics 2 and Physics. Register on the official UAT-UK site.
No, not as standard. Decisions are based on UCAS application, ESAT and the personal statement.
For 2027 entry, Imperial’s standard UCAS deadline is 13 January 2027 at 18:00 UK time. Medicine has the earlier deadline of 15 October 2026. Always confirm the live deadline on the official UCAS website before submitting.
No. Unlike Oxford or Cambridge, Imperial does not run a collegiate undergraduate admissions process. You apply directly to Imperial College London for a specific course, and admissions are handled centrally by the relevant academic department.

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