Subject
Physics
Competition Support · Physics
British Physics Olympiad (BPhO)
The flagship UK physics competition, and a standout signal for physics and engineering applicants.
Key Facts
Level
Years 12-13 (with junior challenges below)
When
November (senior round)
Format
Long problem-solving papers
Rounds
Round 1, Round 2, then IPhO selection
Run by
British Physics Olympiad, University of Oxford
University signal
Strong for Physics, Engineering, Natural Sciences
Why BPhO coaching is hard to find
The BPhO sits above the syllabus, so most tutors cannot teach it
A tutor who has only taught Physics to A-Level has not met these problems. Competition papers are not harder versions of the syllabus, they are a different kind of work, and coaching them means having sat them. That is why most agencies quietly decline this, and why students who want to prepare seriously are usually left with a past-paper archive and no one to mark it.
We do teach it. Every Oxbridge Mentors tutor is a graduate of the University of Oxford or the University of Cambridge, and the ones who coach the BPhO sat it themselves and scored at the top of it. That is the whole reason we can offer this when others do not.
Who it is for
Applicants aiming at the most selective courses, where strong grades are the baseline rather than the differentiator.
Admissions signal: Strong for Physics, Engineering, Natural Sciences.
01
Section 01
What is the BPhO?
The British Physics Olympiad (BPhO) is the UK's leading physics competition for sixth-formers, run from the University of Oxford. Its senior round asks students to apply A-Level physics and mechanics to long, unfamiliar problems that go well beyond exam-style questions. Strong performances are widely recognised by admissions tutors and feed the selection route towards the International Physics Olympiad.
The BPhO organisation runs a ladder of physics competitions across the school years, with the flagship British Physics Olympiad Round 1 sat by Year 13 students in the autumn. The problems are long and demanding: they take standard A-Level tools (mechanics, electricity, waves, thermal physics) and push them into unfamiliar situations that reward physical insight and mathematical fluency.
Top scorers in Round 1 are invited to Round 2, and the strongest students progress through selection towards the UK team at the International Physics Olympiad. Alongside the senior olympiad, the organisation runs challenges for younger year groups that make excellent stepping stones.
For applicants to Physics, Engineering, or Natural Sciences at Oxford, Cambridge, or Imperial, a serious attempt at the BPhO is a clear way to show the problem-solving stamina that the ESAT and university study both demand.
Run by British Physics Olympiad (University of Oxford). See the official competition site for current dates and entry details.
02
Section 02
Format & Rounds
Junior and intermediate challenges
Shorter papers for younger year groups that introduce olympiad-style physics problems.
Senior Physics Challenge
A Year 12 paper that acts as the natural entry point before the senior olympiad.
BPhO Round 1
The flagship Year 13 paper of long, multi-part problems sat in November.
BPhO Round 2 and IPhO selection
Harder invitation-only rounds leading towards the UK International Physics Olympiad team.
03
Section 03
Who Should Enter
Sixth-formers who are strong at A-Level physics and confident with the mathematics behind it, and who enjoy problems where the route to the answer is not obvious. It suits applicants to Physics, Engineering, Natural Sciences, and related courses, and complements ESAT preparation directly.
- The senior olympiad round is aimed at Year 13; the Senior Physics Challenge suits Year 12.
- Entered through your school.
- Solid A-Level mechanics and comfort with algebra and calculus are the real prerequisites.
04
Section 04
Key Dates & Timeline
Autumn (Year 12)
Senior Physics Challenge for many students.
November (Year 13)
British Physics Olympiad Round 1.
Winter-spring
BPhO Round 2 for invited students.
Spring-summer
Selection towards the International Physics Olympiad.
Windows are indicative and move each cycle. Always confirm exact dates on the organiser's site.
05
Section 05
How Our Tutors Help With the BPhO
1
One-to-one coaching with tutors who read Physics or Engineering at Oxford or Cambridge and sat these papers themselves.
2
Focused work on the problem-solving that separates olympiad physics from exam physics: setting up unfamiliar problems, choosing the right approximation, and carrying the algebra cleanly.
3
Marked practice on past BPhO papers with feedback on presentation and method, not just the final number.
4
A joined-up plan that uses BPhO preparation to build the exact skills the ESAT rewards.
Tutoring is one-to-one and online, matched to the competition and the student. Packages start from over £50 per session with graduate mentors.
06
Section 06
How to Prepare
- Get fluent with mechanics: a large share of olympiad physics is dynamics, energy, and momentum applied in unexpected ways.
- Practice estimating and approximating. Olympiad problems often reward a sensible model over a perfectly exact one.
- Work past papers slowly at first to build technique, then under time pressure to build stamina for the full-length paper.
07
Section 07
Where It Leads
British Physics Olympiad (BPhO) is a strong signal for competitive applications. We connect competition coaching to the rest of your preparation:
Related A-Level Guides
Related Admissions Tests
Degrees This Strengthens
PhysicsEngineeringNatural Sciences
BPhO: Frequently Asked Questions
No. It is excellent preparation and a strong signal for Engineering and Natural Sciences applicants too, because it trains the same problem-solving the ESAT and those courses rely on.
Confidence with A-Level maths, including algebra, trigonometry, and basic calculus, is important. The physics is the harder part, but weak maths will slow you down on long problems.
Directly. Both reward the ability to apply core physics to unfamiliar situations at speed, so olympiad preparation strengthens ESAT performance and vice versa.