Independent thinking
Identify useful observations, suggest possible approaches and begin making progress without waiting to be told exactly what to do.
Cambridge mathematics interviews are live academic conversations. Students must engage with unfamiliar problems, explain their ideas clearly, listen carefully and respond productively to guidance. Preparation should therefore develop genuine mathematical thinking rather than rehearsed answers.
Interview performance is not simply about reaching the correct final answer. The discussion reveals how the student approaches new material, communicates and develops ideas.
Identify useful observations, suggest possible approaches and begin making progress without waiting to be told exactly what to do.
Explain reasoning clearly, use accurate notation and help the interviewer understand the motivation behind each step.
Listen carefully to questions and hints, reconsider an approach when necessary and use new information to move the solution forward.
Each session is structured to give the student genuine interview experience, while still providing enough time afterwards to understand and improve their performance.
The student works through unfamiliar mathematical problems in a realistic interview environment. I ask questions, offer hints and adapt the discussion in response to their ideas.
We review the student's mathematical reasoning, communication, response to hints and overall interview technique, including specific examples from the mock.
The student receives clear priorities and, where appropriate, further problems selected to strengthen the particular skills identified during the interview.
Students sometimes focus so heavily on producing the correct answer that they forget the interview is a conversation. The interviewer can only assess reasoning that the student makes visible.
Carrying out significant reasoning internally without explaining observations, uncertainty or the intended approach.
Trying to apply a familiar theorem or technique before understanding the actual structure of the problem.
Spending too long describing straightforward algebra while failing to explain the important mathematical decision.
Treating guidance as evidence of failure rather than a normal part of an academic discussion and an opportunity to develop the solution.
Becoming discouraged rather than summarising what has been learned and trying a different representation or special case.
Interview preparation should improve the student's ability to solve unfamiliar problems, not teach rehearsed performances or memorised phrases.
Develop the habit of testing examples, identifying patterns and suggesting possible routes through unfamiliar problems.
Practise communicating the important mathematical ideas clearly without narrating every minor calculation.
Learn to interpret hints, questions and challenges as useful information rather than interruptions.
Use detailed feedback to identify recurring habits and improve both mathematical reasoning and interview communication.
I previously interviewed mathematics applicants at Homerton College, Cambridge, assessing candidates through live problem-solving discussions and contributing to admissions decisions.
This experience informs the questions I select, the way I respond to students during a mock interview and the feedback I provide afterwards.
My aim is not to reproduce supposedly secret questions or teach a performance. It is to help students show their mathematical potential more clearly when faced with unfamiliar material.
Cambridge publishes free official information explaining the purpose of interviews, what applicants may be asked to do and how arrangements can vary between subjects and Colleges.
No. Admissions decisions depend on the complete application and the judgement of the relevant College. The purpose of the mock is to give the student realistic practice and identify areas that can be improved.
No. Encountering unfamiliar material is central to the exercise. The mock assesses how the student begins, develops ideas and responds to discussion rather than how well they can reproduce a prepared solution.
The main focus is mathematical problem solving. Where useful, a small part of the session can also address discussing academic interests, course motivation or material mentioned in the application.
This depends on the student's existing experience and the time available. Some students benefit from one detailed mock, while others need several sessions to practise applying feedback and develop more consistent communication.
Yes. Sessions take place online and can include sharing written working, explaining diagrams and managing the practical aspects of solving mathematics through video call.
No. Arij Asad Maths is an independent tuition service and is not endorsed by the University. Applicants should also read the free official guidance published by Cambridge and their interviewing College.
A free consultation call or video chat is available to discuss the student's application, interview experience so far and the most suitable form of preparation.