CEMC Fryer, Galois and Hypatia Preparation: Waterloo Written-Solution Contests
- For
- Class 9 - Class 10
- Level
- Intermediate to Advanced
- Duration
- 30 weeks
- Each week
- 4 hours
- Batch
- 1-on-1 or small group of 2-6
- Mode
- Online
- Board
- CEMC, University of Waterloo
Contests where the writing is marked
Fryer, Galois and Hypatia are the written-solution contests in the University of Waterloo CEMC series: Fryer for Grade 9, Galois for Grade 10, Hypatia for Grade 11. They are 4 questions in 75 minutes, scored out of 40, and CEMC describes them as a mix of final-answer and full-solution questions rather than a pure proof paper.
That mix is the point. Part of the paper behaves like the contests a student already knows, and part of it asks for an argument. For a student arriving from AMC-style contests the second part is a substantial adjustment: there, reaching 17 is the whole job, while here a correct answer with no justification can earn very little, and a clearly written partial attempt that never reaches the answer can earn a good deal.
Writing a solution that earns full marks
CEMC is explicit about how the written questions are judged: each solution is assessed for completeness, clarity and presentation style, and a correct solution that is poorly presented will not earn a full score. That sentence is worth reading twice, because it means marks are available to be lost by students who have done the mathematics correctly.
Most of what separates a good score from a mediocre one here is therefore not additional mathematics. It is the discipline of producing an argument a marker can follow and award.
That means stating what is assumed, justifying the steps that are not self-evident, handling the cases the problem actually contains rather than the convenient one, and finishing with a clear conclusion. Students almost never do this naturally, because school examinations rarely ask for it.
Written work is marked to contest standard from the first week. The feedback is usually uncomfortable at first and is the most valuable part of the course.
Multi-part problems are a single problem
These contests set problems in parts, and the parts are related by design. Part (a) typically establishes a fact, a small case or a technique that part (c) depends on.
Students who treat the parts as three separate questions make the last one far harder than it was meant to be, and sometimes impossible. We teach reading the whole problem before starting, and asking what the earlier part is there to give you β a habit that pays again at RMO and INMO, where problems are built the same way.
Topic coverage, written out
With only four questions in the paper, each one covers ground. The mathematics is the senior school syllabus worked to competition depth: algebra in extended form, geometry with written proof, number theory and combinatorics with full justification.
What differs from a multiple-choice course is that every topic is practised in writing. A student may reason correctly about an angle chase in their head and still lose marks for a submission that assumes what it should prove. That gap closes only by writing.
Why this matters beyond Waterloo
For students on the Indian olympiad pathway, these contests are unusually useful preparation. RMO and INMO are written-proof examinations, and most students arrive at RMO having spent years producing answers and never arguments. The transition catches them at exactly the wrong moment.
The Waterloo full-solution contests give that practice earlier and at lower stakes, which makes the later step considerably less abrupt.
What strict marking feels like at first
It is worth being honest about the first month. A student who is used to being right hands in a solution they believe is complete and gets it back with half of it questioned. Not because the mathematics is wrong, but because steps were assumed, a case was ignored, or the conclusion was never actually stated.
Most students find this deflating for a few weeks, and some parents ask whether the marking is too harsh. It is the marking the contest uses. A student who meets it for the first time on contest day loses those marks when they count, rather than in a session where someone can explain what was missing. By about the sixth week the same students start pre-empting the objections themselves, and the writing stops being an afterthought.
How the classes run
Sessions are live and online, one-on-one or in small groups of two to six. Students write solutions during the session and have them critiqued immediately, which teaches far more than a score returned days later.
The closing weeks are past papers under timed conditions, marked to contest standard.
Who this suits
Students comfortable with Class 9 algebra and geometry who are willing to be marked on presentation as well as correctness. It suits students who already solve well but have never been asked to write, which describes most capable students at this stage.
Contest levels, dates and registration are set by CEMC and vary; check cemc.uwaterloo.ca for the current cycle.
What students will be able to do
- Write solutions that are marked for completeness, clarity and presentation, not only for the final answer
- Work 4 long multi-part problems in 75 minutes, which is a different discipline from 25 short ones
- Use the structure of a multi-part problem, where an early part usually supplies the idea for a later one
- Handle a paper that mixes final-answer questions with full-solution ones, and recognise which is which
- Build the written-argument habit that RMO, INMO and every later olympiad demand
- Sit the contest matching the student grade: Fryer for Grade 9, Galois for Grade 10, Hypatia for Grade 11
Course structure
- Weeks 1-4: What a complete solution is. Stating assumptions, justifying steps, handling cases and closing an argument, marked for completeness, clarity and presentation from the first week.
- Weeks 5-10: Algebra in extended form. Multi-step problems where the working, not the answer, is the submission.
- Weeks 11-16: Geometry with written proof. Angle chasing, similar triangles, circles and area arguments, written out rather than reasoned mentally.
- Weeks 17-21: Number theory and combinatorics. Divisibility arguments, counting proofs and invariants, with full justification.
- Weeks 22-25: Multi-part problem technique. Reading part (a) as a hint for part (c), which is how these papers are designed.
- Weeks 26-30: Past papers under timed conditions, marked the way the contest marks them, so a student sees where an argument loses marks before it matters.
Who this is for
Class 9 algebra and geometry, plus willingness to write arguments rather than answers.
Students join this programme from India, United States, United Kingdom, United Arab Emirates and Singapore.
Common questions
How do these differ from Pascal, Cayley and Fermat?
Pascal, Cayley and Fermat are 25 short questions in 60 minutes, mostly multiple choice. Fryer, Galois and Hypatia are 4 long multi-part problems in 75 minutes, scored out of 40, officially described as a mix of final-answer and full-solution questions. The mathematics overlaps; what differs is that on several questions the written work is the submission.
Which contest should my child write?
Fryer is for Grade 9, Galois for Grade 10 and Hypatia for Grade 11, and a motivated student in a lower grade may write up. These are not invitational: schools order and supervise them, normally in April. Confirm the current cycle at cemc.uwaterloo.ca before registering.
My child can solve the problems but writes badly. Is that a problem?
On these contests, yes, and CEMC says so directly: each solution is assessed for completeness, clarity and presentation style, and a correct solution that is poorly presented will not earn a full score. It is also the most fixable problem we see. Students almost never write well naturally, because school examinations rarely require it, and a few weeks of deliberate practice changes it substantially.
Why are the problems in parts?
By design. An early part usually establishes a fact or a technique that a later part needs. Students who treat the parts as unrelated questions make the last one far harder than intended, so we teach reading the problem as a whole first.
Does this help with the Indian olympiad pathway?
Considerably. RMO and INMO are written-proof examinations, and most students reach them having only ever produced answers. The Waterloo full-solution contests give that practice earlier, in a lower-stakes setting.
Book a trial
Three sessions with the mentor who would teach the full course. Nothing is charged until your slot is confirmed.
- A diagnostic, a taught class and written feedback
- Taught by the mentor who leads the course
- You pick the slot from our live calendar
- Pay only after the slot is confirmed
- For
- Class 9 - Class 10
- Level
- Intermediate to Advanced
- Duration
- 30 weeks
- Each week
- 4 hours
- Batch
- 1-on-1 or small group of 2-6
- Mode
- Online
- Board
- CEMC, University of Waterloo
Ask a question, or book a trial
Tell us about the student and we will reply with an honest view of whether this programme fits. If you would like to see the teaching first, add a trial class.
- No obligation - send the enquiry without booking anything
- Three sessions if you do book: a diagnostic, a taught class and feedback
- Taught by the mentor who would lead the full course
- You choose the slots from our calendar after payment
| Class 1 to 5 | 3 sessions | INR 599 |
| Class 6 to 8 | 3 sessions | INR 799 |
| Class 9 and 10 | 3 sessions | INR 899 |
| Class 11 and 12 | 3 sessions | INR 999 |
| Graduation and above | 4 sessions | INR 1,099 |
Sending an enquiry is free. The fee applies only if you tick the trial box below.