Five Days This Half-Term. The A or A* Your Teen Is Capable Of.
The five Year 13 Biology topics where capable students lose the most marks, diagnosed, taught and practised in five live sessions with an A-level Medicine specialist. Before predicted grades and final tests.
This challenge has now finished. Thank you to every family who took part.
Strong Biology grades keep medicine, veterinary science and life science options open, whatever your teen ultimately chooses to pursue.
Why capable Year 13 students still lose marks, and how to fix it.
Watching your teen work hard and still struggle is one of the most frustrating things as a parent. The good news: it is almost always fixable.
Most capable Year 13 Biology students do not fall behind because they lack knowledge. They fall behind because Year 13 Biology asks them to apply it to unfamiliar scenarios under exam conditions. A question might combine genetics, homeostasis and ecology, and nothing on the page says how.
Add any Year 12 gaps they are still carrying, and a B starts to feel like a ceiling. With final exams in the summer, there is not a second year to fix it.
Five days this half-term changes that. Not by adding more past papers, but by finding exactly where the marks are going and building the exam technique that A and A* answers need.
One topic a day. Done properly. Done once.
These are the five Year 13 Biology topics where understanding and performing drift furthest apart. By Friday, your teen knows how to write A and A* answers, not just answers that contain the right content.
Hardy-Weinberg, inheritance patterns, gene expression, epigenetics and the control of gene expression. The topic where a missing step in a genetics cross loses the mark. We focus on multi-step inheritance problems, writing precise explanations and interpreting unfamiliar data.
Action potentials, synaptic transmission, muscle contraction, thermoregulation and blood glucose control. The topic where knowing the mechanism is not enough, you have to apply it. We focus on interpreting experimental results and linking structure to function in novel contexts.
Immune responses, vaccines, antibiotics, monoclonal antibodies, recombinant DNA technology, PCR and gel electrophoresis. The topic that feels like memorising facts, until the question applies them to an unfamiliar scenario. We focus on writing extended answers and evaluating experimental design.
Photosynthesis and respiration at A2 level, energy transfer through ecosystems, nutrient cycles and the impact of human activity. The topic where multiple systems overlap. We focus on quantitative questions, interpreting data and making the connections that synoptic questions demand.
Population genetics, speciation, evolution and mixed synoptic questions that span Year 12 and Year 13 content. The questions that decide A and A*. We work through extended-answer and data-response questions that combine content from across the course.
Four stages. Every session. Every day.
Every session follows the same four-stage structure. Your teen does not just cover content, they learn how to perform it under exam conditions.
Before any teaching begins, your specialist identifies where your teen is actually losing marks, whether that is recall gaps, application errors, method choice or exam technique. Different problems need different fixes, and we find the right ones first.
We build understanding the examiner rewards: knowing why a concept works, not just what it is. Your teen learns to apply their knowledge to questions they have never seen before, and to write the working that earns method marks.
We practise performing, not just knowing. Every day includes unfamiliar, exam-style questions under timed conditions. Knowing a topic and applying it under pressure are different skills, and both can be trained.
By Friday, your teen has a repeatable approach to any exam question, and the confidence that comes from preparation. Not hope. A method they have proved works across five days of applied practice.
Meet Your Course Specialist
I studied Biomedicine and Chemistry at King's College London, then graduate-entry Medicine, and I am now starting as an FY1 doctor. I achieved A* and A grades in Biology, Chemistry and Maths at A-level, so I know what top-grade Biology requires and what the route into medicine looks like from the inside. My sessions are structured and patient, using active recall and exam-focused practice.
- BSc Biomedicine and Chemistry, King's College London
- Graduate-entry Medicine degree; now an FY1 doctor
- A* and A grades in Biology, Chemistry and Maths at A-level
- In 2023/24, every student she supported into medicine received an offer
Not more practice papers. A method.
Most families arrive after trying something else. Here is why this works when other approaches have not.
A-level Specialists Only
Phebe has taught A-level exclusively. A-level is its own discipline, a different way of thinking and writing, and every session is built for it.
The Four-Stage STEMPath Method
Not improvised week by week. The same structured roadmap every session, refined across hundreds of A-level students.
Exam Technique Built In
We teach the working the examiner rewards. Understanding the content is not the same as writing answers that earn marks.
Most help reacts. We follow a method.
| What your teen actually needs | EmPowered STEM | Typical revision help |
|---|---|---|
| Diagnosis of where marks are actually being lost | Stage 1, before any teaching begins | Goes straight to more questions |
| Exam technique built into every explanation | Shown and practised daily | Focus on completing the topic |
| Unfamiliar, applied questions every day | Every day, with a synoptic day on Friday | Practice grouped by topic |
| A specialist in A-level with examiner experience | Your tutor, an A-level examiner | Often covers several subjects and levels |
| Works across UK exam boards | AQA, OCR and Edexcel Biology content | Often one board only |
| A measurable outcome | By Day 5, applying concepts to unseen questions | Hard to know what changed |
The difference is not effort, almost every student we work with is already working hard. The difference is structure.
Here is exactly what five days looks like.
- Five live two-hour sessions with Phebe, A-level Biology and Medicine specialist
- All five Year 13 Biology topic areas: Genetics & Expression, Nervous System & Homeostasis, Immunity & Biotechnology, Energy & Ecosystems, Synoptic Biology
- Exam-technique and mark-scheme training in every session
- Confirmed for your exam board: AQA, OCR or Edexcel
- The STEMPath Method, all four stages across all five days
- Recording access if your teen misses a session
5-Day Year 13 Biology Half‑Term Challenge
This challenge has now finishedQuestions & Answers
Yes, when the five days are spent on the right topics, in the right order, with the right method. Most parents tell us the shift is visible by Day 2.
No. Phebe diagnoses on Day 1 and fills the Year 12 gaps each Year 13 topic depends on. If the gaps are bigger, we will tell you honestly what the right next step is.
No. October is the right time. Most of the content has been taught or is about to be, and there is time to practise it properly before final exams.
Yes. We confirm your board on registration and Phebe flags board-specific points throughout. The core content is shared across AQA, OCR and Edexcel.
By Friday you will have a clear, honest picture of where your teen stands. We will tell you what the right next step looks like. No pressure, no push.
It helps any student who wants to improve their Biology grade. Phebe's own experience of the medicine route means she can speak to it, but the Challenge is designed around the exam, not the destination.
The first week back after half-term. Your teen opens a Year 13 Biology paper and knows where to start.
While other students are hoping the right information comes to them, your teen recognises what the question is asking, pulls together the relevant concepts and writes an answer that earns marks from the mark scheme.
Confidence in Year 13 Biology compounds. A teen who feels in control goes into final exams prepared. A teen who feels lost spends the rest of the year chasing a gap that keeps moving.
Five days this half-term is what that difference costs.
Final exams arrive regardless. The question is whether your teen meets them with the method, or spends the year catching up.
Most families who join tell us the same thing afterwards: they wish they had done it sooner. Five focused days in October. The rest of Year 13, different.
