完全入試ガイド

Engineering Science at University of Oxford

Oxfordへの当塾生徒の合格率

65%

Oxfordの平均合格率

17%

OxfordのEngineeringは最も競争的な入試の一つ。Oxford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

無料相談を予約する出願要件を見る ↓

主要情報

  • A*A*A典型オファー
  • 7:1志願者 / 定員
  • #2UK順位
  • ESAT入試テスト
  • 174定員（年）
  • H100UCAS コード

概要

コース概要

Engineering Science at Oxford is a four-year MEng with UCAS code H100 and a typical A-Level offer of A*A*A. The course starts broad: the first two years are common, specialisation comes later, and applicants for 2027 entry must take ESAT Mathematics 1, Mathematics 2 and Physics.

なぜOxfordでEngineeringを?

Engineering Science is Oxford’s official undergraduate course title, and the degree is a four-year MEng. Oxford’s undergraduate route is deliberately broad rather than a set of separate specialist engineering degrees.

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 with A* in Mathematics and Physics
    Mathematics, Physics required. Further Mathematics recommended.
  • IB Diploma40 with 776 at HL
    HL: Mathematics, Physics required.
Admissions test
Pre-registered ESAT (Engineering and Science Admissions Test) — Mathematics 1 plus a chosen science paper. Registration closes 28 September 2026; the test sits 12–16 October 2026 at Pearson VUE centres. ESAT replaced the PAT/BMSAT for the relevant Oxford courses from 2027 entry.
Interview
Two college interviews of around 25 minutes each. Problem-solving interviews covering mathematics and physics applied to engineering contexts. Most interviews are in person at the college; many colleges still offer online interviews for international applicants.
Required Tests:ESAT

Section 03

出願プロセスと重要日程

  1. May 2026

    UCAS opens

    Applications open in May; applicants can start preparing the UCAS form.

  2. 1 June 2026

    ESAT registration opens

    UAT-UK account creation, access-arrangement requests and bursary requests open at 3pm UK time.

  3. 20 July–28 September 2026

    ESAT booking window

    Book the ESAT test appointment before the 28 September 2026, 6pm UK time deadline.

  4. 12–16 October 2026

    ESAT test window

    Oxford applicants normally sit ESAT in this October window; China, Hong Kong and Macau use 12–13 October.

  5. 15 October 2026

    Submit UCAS by 6pm UK time

    Engineering Science has no verified supplementary form deadline.

  6. 16 November 2026

    ESAT results released

    Results for the October 2026 sitting are released on this date.

  7. Early to mid-December 2026

    Online interviews

    Shortlisted applicants are expected to have two problem-based interviews.

  8. 12 January 2027

    Oxford decisions released

    Oxford releases undergraduate decisions for this cycle.

  9. 12 August 2027

    A-Level / Level 3 results day

    Provisional result date carried at partial confidence; recheck nearer the cycle.

Section 04

入試テスト

Student working through problems at a desk with timed papers

Engineering Science requires the Engineering and Science Admissions Test, or ESAT, for 2027 entry. The required ESAT modules are Mathematics 1, Mathematics 2 and Physics.

The test provider is UAT-UK, and delivery is through Pearson or Pearson VUE test centres. Registration opens on 1 June 2026 at 3pm UK time and closes on 28 September 2026 at 6pm UK time.

Oxford applicants normally use the October sitting, with the verified window recorded as 12–16 October 2026. Results for the October 2026 sitting are released on 16 November 2026.

For 2027 entry, Oxford Engineering Science uses ESAT, and applicants must take Mathematics 1, Mathematics 2 and Physics in the October 2026 sitting.

There is no pass/fail ESAT score or published fixed weighting for Engineering Science. For international applicants, this makes the test especially useful as a common academic comparison across qualifications; build the test-centre booking and revision calendar into the application plan early.

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

Mathematics problemPhysics scenarioEngineering contextGraph/data/diagram interpretationPersonal-statement activity discussion

The Engineering Science interview is a problem-based academic discussion. The style is maths and physics problem-solving, with engineering contexts used to test how you move from a physical situation to a mathematical model.

In practice, strong preparation is not memorising set answers. It is practising how to set up a problem, explain assumptions and correct your route when a tutor points you elsewhere.

Mock interviews are useful when they build clarity under pressure rather than rehearsed scripts.

無料の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

Oxford does not publish formal numerical weighting for Engineering Science decisions.

That means a strong application has to be consistent: the school record, test performance and interview discussion should all point to the same mathematical and physical fluency.

Avoid a single-metric strategy.

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. University of Oxford 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

For Engineering Science, the personal statement should show how you think about engineered systems. A useful paragraph does not just say that you like bridges, aircraft, robotics or energy; it explains the physical principle that caught your attention and what you did next.

Choose two or three examples and analyse them properly. A small project with measured results is often stronger than a long list of books, courses and competitions with no reflection.

Make the statement fit Oxford’s broad Engineering Science route: connect your examples to modelling, mathematics, physics or the process of moving from a physical situation to a mathematical explanation. Avoid writing a generic “I have always loved problem solving” statement. Show the problem, the model, the constraint, the failed attempt, the calculation or the trade-off.

専門家による一行一行の解説付き完全例文を見る。

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

Treat them as useful preparation, not as a checklist.

A good Engineering Science project should make a physical idea measurable. Projects work best when you can define a variable, collect data, compare it with a prediction and explain the mismatch.

Project ideas can stay broad: build and test a small structure, model an energy system, or measure the performance of a sensor or motor. The important part is not the scale; it is whether you can explain the engineering judgement behind each decision.

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

Section 08

その他のサプリキュラム

Use supercurricular work to build technical fluency by mixing calculation, physical intuition and communication.

These are support, not substitute. They help only if the core mathematics and physics are strong.

  • Keep a short engineering notebook for problems you tried and mistakes you corrected.:

  • Revisit mechanics and electricity questions after solving them, and ask what the result means physically.:

  • Read around one engineering problem rather than trying to cover every branch of engineering.:

  • Practise explaining diagrams, graphs and assumptions aloud.:

  • Choose activities that create evidence of thought, not just evidence of attendance.:

Section 08

コンペティション

Competitions are not required as official Oxford requirements. If you include one, make the value clear: what problem you worked on, what constraints mattered, and what you learned.

One or two competitions done well can say more than five half-attempted activities.

  1. British Physics Olympiad — national physics competition; develops the physics depth central to Oxford Engineering interview questions
  2. UK Senior Mathematical Challenge — builds mathematical problem-solving speed and precision; essential for the ESAT and engineering interviews
  3. RSC UK Chemistry Olympiad — national chemistry competition; useful for materials, thermodynamics and chemical engineering elements
  4. Nuffield Research Placements — research placement in engineering, physics or materials; provides authentic technical project experience
  5. Physics Challenge / BPhO Round 0 — accessible entry-point physics competition; good Year 12 preparation before the full BPhO
  6. Hans Woyda Maths Competition— inter-school mathematics competition; develops speed and accuracy in mental and applied mathematics

Section 09

コース内容

  1. Year

    01 / 04

    1

    Year 1

    Common Engineering Science foundation leading to first-year prelims.

  2. Year

    02 / 04

    2

    Year 2

    Common Engineering Science work continues before later specialisation.

  3. Year

    03 / 04

    3

    Year 3

    Increasing specialisation and project work become more prominent.

  4. Year

    04 / 04

    4

    Year 4

    Final MEng year with further specialisation and project work.

Section 10

Engineeringの知識を深める

Build knowledge through three habits: solve harder mathematics and physics problems, read technical explanations slowly enough to reproduce the argument, and test ideas with small measurements. That preparation fits the admissions emphasis on modelling, physical reasoning and communicating mathematical ideas.

Strong subject preparation is active rather than decorative. After solving a problem, ask what the result means physically, what assumptions you made, and how the answer would change if one condition changed.

Use official admissions-test and course resources first, then add books, videos or competitions only when you can explain how they improved your engineering reasoning.

Structures: Or Why Things Don't Fall Down by J. E. Gordon explains the mechanics of materials, tension, compression and structural failure with clarity and wit. The New Science of Strong Materials by Gordon applies the same physical intuition to why materials behave as they do — directly useful for Oxford Engineering interview questions about stress, strain and design.

For video, Real Engineering and Practical Engineering explain engineering principles through real infrastructure and failure case studies. Both channels practise the mode of physical reasoning that Oxford Engineering interviews test.

For problem practice, Isaac Physics provides physics problems beyond A-level calibrated to admissions-test and first-year university difficulty. Mechanics: Motion, Forces, Energy and Gravity on Coursera (UNSW Sydney) consolidates the classical mechanics that underpins all engineering disciplines.

A study planner, highlighters and a stack of revision cards

Section 11

カレッジ選択と再振り分け

39 colleges offer this subject. ~20% of applicants submit an open application. ~33% of places come through the pool.

It also records reallocation: around 33% of successful applicants receive an offer from a college they did not specify, while Oxford’s 2024 dashboard summary gives 27.7% for that UCAS cycle.

This dataset does not verify that any particular college is strongest for Engineering Science. Choose a college for practical reasons — accommodation, location, size, environment — and treat reallocation as a normal part of the Oxford process.

Stone college quadrangle viewed through an archway

Section 12

卒業後のキャリア

The verified careers data source is Discover Uni H100.

The main point is breadth.

Section 13

特別な事情について

The contextual field is partial, but it confirms that this section should be framed as advice based on Oxford’s use of contextual information and Engineering Science subject requirements. It is not a separate quota or guarantee.

Context matters when it explains the conditions in which achievement happened. School subject availability, disruption, caring responsibilities, health issues or major educational interruption can all affect how an admissions tutor reads the file.

Further Mathematics is a useful example. Explain the context clearly, then make the strongest possible case through Mathematics, Physics, ESAT and interview preparation. For wider context, use Oxford’s official contextual-data guidance: https://www.ox.ac.uk/about/the-university/facts-and-figures/admissions-statistics/undergraduate.

Watch & Learn

Oxford Engineering 参考動画

学生ブログ・模擬面接・講義体験・入試アドバイス。

Oxford Engineering Science interview example

University of Oxford Engineering Science virtual open day

Oxford Engineering Science: The Course

All videos are the property of their respective creators.

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。

よくあるご質問

No. Oxford's current verified wording says recommended subjects are not applicable; relevant Further Mathematics can be helpful but is not required.
Applicants take Mathematics 1, Mathematics 2 and Physics for the 2027-entry October sitting.
Registration opens on 1 June 2026 at 3pm UK time, and the booking window closes on 28 September 2026 at 6pm UK time.
The verified format is two interviews: about 30–45 minutes for the first and about 30 minutes for the second.
No. The ledger verifies that written work and portfolio sections should not be included for this course.

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