Mechanical Engineering at Imperial College London

完全入試ガイド

Mechanical 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Mechanical 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

主要情報

  • A*A*A or A*AAA典型オファー
  • 13:1志願者 / 定員
  • #1UK順位
  • ESAT入試テスト
  • H300UCAS コード

概要

コース概要

Mechanical Engineering at Imperial College London (UCAS codes H300 BEng / H301 MEng) is a three-year BEng or four-year MEng programme run by the Department of Mechanical Engineering, one of the UK’s top-rated engineering departments. The course covers solid and fluid mechanics, thermodynamics, dynamics and control, materials, design and manufacturing, with substantial laboratory and group-project work and a final-year individual project. Imperial requires the ESAT (Mathematics 1, Mathematics 2, Physics) and does not interview as part of standard selection.

なぜImperialでMechanical Engineeringを?

Imperial is listed as #1 for Mechanical Engineering 's primary UK ranking display. The peer table records Imperial as #1 in the Guardian, Complete University Guide and Times/Sunday Times rows available.

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 or A*AAA
    Mathematics, Physics required. Further Mathematics recommended. General Studies, Critical Thinking not accepted.Must include A* in Mathematics; A/A* in Physics depending on whether the applicant presents three or four A-levels; A in the third and/or fourth subject.
  • IB Diploma40 points
    HL: Mathematics at higher level, Physics at higher level required. Mathematics: Analysis and Approaches preferred recommended at HL.Minimum entry standard appears as 40 points overall, including Mathematics at higher level and Physics at higher level. Mathematics Analysis and Approaches is preferred; available extracts also reference Mathematics Applications and Interpretation at higher level.
  • Advanced Placement (AP)check the official course page
    SAT/ACT: ACT and SAT scores are not accepted for undergraduate entry.Imperial's general accepted-qualifications guidance states that AP requirements vary by course and may involve 3–4 AP tests at grade 5; the exact Mechanical Engineering AP subjects must be checked on the official course page.
Required Tests:ESAT

Section 03

出願プロセスと重要日程

  1. YEAR 12

    Build the academic and engineering evidence base

    Focus on high attainment in Mathematics and Physics, and start building concrete evidence of mechanical-engineering interest through reading, projects, competitions, practical making, or relevant work-shadowing.

  2. 1 JUN

    Create UAT-UK account and plan ESAT access needs

    UAT-UK account creation, bursary applications and access-arrangement requests open for the 2027-entry testing cycle. Applicants needing adjustments should start early because approval takes time.

  3. 20 JUL — 28 SEP

    Book the October ESAT sitting

    The October ESAT booking window runs from 20 July to 28 September 2026. Imperial applicants may choose October or January, but applicants also applying to Oxford or Cambridge must follow the October sitting rules for those institutions.

  4. 1 SEP — 13 JAN

    Submit UCAS application

    Completed 2027 undergraduate applications can be submitted from 1 September 2026. The verified main equal-consideration deadline for this Imperial course is 13 January 2027 at 18:00 UK time.

  5. 12–16 OCT

    Sit ESAT window 1

    The first ESAT test window runs from 12 to 16 October 2026, with regional restrictions for China, Hong Kong and Macau. Results are due in UAT-UK accounts on 16 November 2026.

  6. 26 OCT — 21 DEC

    Book the January ESAT sitting if not using October

    For Imperial-only applicants, the January sitting can be used instead of October. Booking opens on 26 October 2026 and closes on 21 December 2026 at 18:00 GMT.

  7. 4–8 JAN

    Sit ESAT window 2

    The second ESAT test window runs from 4 to 8 January 2027, with results due in UAT-UK accounts on 8 February 2027.

  8. NOV — MAR

    Shortlisting, interviews and departmental review

    Imperial FOI evidence indicates Mechanical Engineering applicants sit ESAT and those meeting the threshold score are interviewed. The exact 2027 Mechanical Engineering interview window, format and duration were not found in published official guidance.

  9. MAR — AUG

    Decisions, replies and confirmation

    UCAS says providers should aim to send decisions on applications received by 13 January by 31 March 2027, with a formal provider decision deadline of 12 May 2027. If all decisions arrive by 12 May, the applicant reply deadline is 2 June 2027; A-level/AS/Level 3 results day is provisionally 12 August 2027.

Section 04

入試テスト

Student working through problems at a desk with timed papers

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

The ESAT is administered by UAT-UK and delivered through Pearson VUE test centres. For Imperial applicants, two possible test windows: 12–16 October 2026 or 4–8 January 2027.

Account creation, access arrangements and bursary applications open on 1 June 2026 at 15:00 BST. October booking closes on 28 September 2026 at 18:00 BST, and January booking closes on 21 December 2026 at 18:00 GMT.

For international applicants, ESAT matters because it gives Imperial a common academic signal across different qualification systems. In China, Hong Kong and Macau, restricted ESAT dates: 12–13 October 2026 and 6 January 2027. There is no verified Imperial ESAT cut-off or weighting so do not publish one.

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

Discussion of engineering activities, reading or projects mentioned in the personal statementA-level Mathematics or Physics problem-solving promptsMechanical reasoning or modelling prompts where the applicant explains assumptionsMotivation questions about Mechanical Engineering and ImperialGraph, data or physical-situation interpretation tasks

It describes the likely format as a shortlisted interview or admissions-day component following ESAT-threshold shortlisting.

What matters in preparation is not rehearsing a script.

Practise aloud with simple mechanical situations: beams, gears, heat flow, fluids, motion, forces and graphs. The aim is to show assumptions, correct mistakes and explain method, not to sound polished.

無料のMechanical 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

ESAT performance is treated as a major shortlisting signal because applicants are required to sit ESAT and FOI evidence says applicants meeting the threshold score are interviewed. Academic profile matters because the course requires strong Mathematics and Physics preparation.

The interview, personal statement and reference then help the department test whether the paper evidence matches the applicant's reasoning and subject commitment. In reality, the safest application is consistent: grades, ESAT preparation, supercurricular work and personal statement all point to the same technical 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 strong Mechanical Engineering personal statement should be specific about mechanisms, constraints and trade-offs. Avoid saying only that you like solving problems; show the actual problem, the model you used, the failure you found and the correction you made.

Mathematics and Physics are the required subjects, so your statement should make clear how you use them rather than just naming them. A beam, turbine, heat-transfer setup, robot linkage or repair project is useful only if you explain what changed in your thinking.

Use one or two deep examples rather than five shallow activities. Reflection matters more than volume: what you misunderstood, what you tested, and how you improved the design.

専門家による一行一行の解説付き完全例文を見る。

Mechanical 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 useful when they show engineering judgement. Choose something small enough to test properly, because measurement, uncertainty and iteration often tell the admissions team more than an ambitious unfinished build.

  • Beam deflection and material-stiffness investigation:Build a simple rig to load beams of different materials or cross-sections, measure deflection, compare with beam theory, and reflect on uncertainty, assumptions, and safety factors.
  • Mini turbine, fan, or propeller optimisation:Design and test blade geometries using safe low-power components, then analyse airflow, thrust, efficiency, and the trade-off between theory, measurement, and manufacturing constraints.
  • Thermal-management experiment:Compare passive and active cooling setups for a small heat source, log temperature over time, and explain the role of conduction, convection, surface area, and experimental error.
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 supercurriculars should support the same academic story: Mathematics, Physics, modelling, design, manufacture and reflection.

These are support, not substitute. A reading list cannot make up for weak mathematical and physical reasoning.

  • Mathematics and physics problem-solving:

    Work through advanced mechanics, calculus, and physics problems beyond the school syllabus, then keep a short log of methods learned and mistakes corrected.

  • CAD, modelling, and simulation:

    Use accessible CAD or simulation tools to model simple components, but focus the personal statement on design decisions and validation rather than software name-dropping.

  • Making, repair, and prototyping:

    Safe workshop, robotics, bicycle, electronics, or repair projects can show engineering judgement if the applicant explains constraints, testing, iteration, and failure analysis.

  • Reading and technical note-taking:

    Read engineering books or articles actively: summarise mechanisms, derive a simple relation, or connect a case study to mechanics, materials, thermodynamics, or design.

  • Lectures, museums, and industry exposure:

    Use public lectures, museum exhibits, and site visits to develop specific questions about how engineered systems are designed, manufactured, maintained, and improved.

  • Programming and data analysis:

    Python or spreadsheet analysis can strengthen experimental projects by helping fit data, estimate uncertainty, and compare measurements with theoretical predictions.

Section 08

コンペティション

Competitions are not required, but they can stretch the problem-solving habits that engineering admissions rewards.

  1. BPhO — Advanced physics problem-solving, mathematical modelling, and clear written reasoning. Prepare by: Work through past BPhO papers, especially mechanics, energy, electricity, and graph-based questions; mark solutions for reasoning quality, not just final answers.
  2. Physics Challenge — Pre-university physics fluency, including applying core principles in unfamiliar contexts. Prepare by: Practise short physics problems under time pressure and build a corrections log for common conceptual errors.
  3. UK Senior Mathematical Challenge — Mathematical problem-solving, pattern recognition, logic, geometry, and algebra under timed conditions. Prepare by: Use UKMT past papers and review full worked solutions to improve speed, accuracy, and strategic question selection.
  4. BMO — Proof-based mathematical reasoning and multi-step problem-solving. Prepare by: Practise BMO1 problems gradually, focusing on writing complete arguments and learning standard proof techniques.
  5. PhysOc Senior Physics Challenge — Senior-level physics thinking, especially precise use of principles rather than formula substitution. Prepare by: Prepare with Senior Physics Challenge -style papers and focus on explaining assumptions clearly.

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

Section 09

コース内容

  1. Year

    01 / 04

    1

    Core mechanical engineering foundations

    Mathematics, mechanics, thermofluids, materials and design

    The first year builds mathematical, physical and practical foundations across the core mechanical-engineering themes. Specific module titles were only partially verified from Imperial extracts and programme-specification snippets.

    Early exposure to design and manufacturing as well as analytical engineering science.

  2. Year

    02 / 04

    2

    Core engineering analysis and integrated design

    Deeper thermofluids, dynamics, stress analysis and mechatronics

    The second year continues the compulsory core while increasing technical depth.

    Design and Manufacture 2 includes engineering project work alongside the analytical core.

  3. Year

    03 / 04

    3

    Advanced core, project work and elective themes

    Design, Make and Test plus early specialisation

    The third year combines major project work with advanced topics and elective choice.

    The Design, Make and Test Project is the major practical centrepiece of the year.

  4. Year

    04 / 04

    4

    MEng-level specialisation and individual project

    Research-led advanced study

    The final year is built around an individual research or engineering project and advanced optional modules.

    The individual project is a major final-year component.

Section 10

Mechanical Engineeringの知識を深める

Use resources as evidence of active thinking, not as a reading-list trophy. The useful question is what each resource helped you model, calculate, test or rethink.

Books

  • Engineering: A Very Short Introductionby David Blockley — a concise introduction to systems, risk, design and failure.
  • Structures: Or Why Things Don't Fall Downby J. E. Gordon — a readable bridge between school mechanics and real structural behaviour.
  • The New Science of Strong Materialsby J. E. Gordon — useful for applicants interested in materials, design and failure.
  • To Engineer Is Humanby Henry Petroski — failure case studies that show why engineering judgement matters.

Courses and lectures

  • Mechanics and Materials IandEngineering Dynamicsfrom MIT OpenCourseWare are useful steps from school Physics into university-style mechanics, materials and dynamics.
  • Introduction to Engineering Mechanicsfrom Georgia Institute of Technology andMechanical Behavior of Materials, Part 1from MITx can support statics, free-body diagrams and materials understanding.

Channels and podcasts

  • The Efficient Engineer Practical Engineering Engineering Explained,Real EngineeringandEngineerguyare strongest when you pause, sketch the model and test whether you can predict the result before the explanation finishes.
  • Engineering MattersThe Engineering CommonsandUnprofessional Engineeringare best used for examples: note one design constraint, one safety issue or one trade-off from each episode.
A study planner, highlighters and a stack of revision cards

Section 11

卒業後のキャリア

Discover Uni reports that 100% of the 2022-23 graduating cohort went on to work and/or further study 15 months after the course, with average earnings of £39,500.

Section 12

特別な事情について

Imperial considers contextual information and mitigating circumstances through its admissions processes, and applicants should follow the official reporting route with evidence early where relevant. The UCAS reference should explain school context where subject availability is limited, especially for Further Mathematics.

Because Mathematics and Physics are central requirements for Mechanical Engineering, applicants whose schools do not offer Further Mathematics can still strengthen readiness through documented independent study, problem-solving and relevant supercurricular work. Mitigating circumstances should not be left until results day where avoidable.

Watch & Learn

Imperial Mechanical 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。

1. History of Dynamics; Motion in Moving Reference Frames

An MIT OpenCourseWare lecture introducing dynamics and reference frames.

An Introduction to Stress and Strain

A concise visual explanation of stress, strain, and material response.

Understanding Stress Transformation and Mohr's Circle

Explains stress transformation and Mohr's Circle, useful for applicants exploring solid mechanics.

What is Water Hammer?

A practical fluid-mechanics explanation of pressure surges in pipes.

The Ingenious Design of the Aluminum Beverage Can

A detailed engineering breakdown of a familiar manufactured object.

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。

  • Engineering: A Very Short Introduction by David Blockley[Book]Best first read for understanding engineering as design under constraints.
  • Structures: Or Why Things Don't Fall Down by J. E. Gordon[Book]A classic introduction to structures, stiffness, stress, and failure.
  • Mechanics and Materials I by MIT OpenCourseWare[Course]A useful step up from school physics into university-style mechanics and materials.
  • Engineering Dynamics by MIT OpenCourseWare[Course]Good for students who want to deepen mechanics beyond standard school examples.
  • The Efficient Engineer by The Efficient Engineer[Website]High-quality visual explanations of core engineering concepts.
  • Practical Engineering by Grady Hillhouse[Website]Practical demonstrations that help students connect theory with engineered systems.
  • BPhO by British Physics Olympiad[Website]A strong way to develop and evidence physics problem-solving beyond the school curriculum.
  • UK Senior Mathematical Challenge by UK Mathematics Trust[Website]Useful for developing the mathematical agility expected in engineering admissions.

Gallery

Imperial College London, Mechanical Engineering

Gallery image 1

よくあるご質問

A*A*A at A-Level with A*s in Mathematics and 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 Mechanical 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, predicted grades, ESAT performance 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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