Programming fundamentals
Variables, selection, iteration, functions, debugging and reading code carefully.
Online GCSE Computer Science tutoring for students who need clearer explanations of programming, theory and exam technique.
GCSE Computer Science can feel challenging because it combines theory, logic, problem-solving and programming. I work through difficult topics with students, practise exam-style questions and spend time on the programming that is causing problems.
Tutoring can help when a student is trying hard but the subject still feels unclear. Some students struggle with theory vocabulary. Others understand lessons but lose marks when exam questions ask them to apply knowledge in a precise way.
I also support students who find programming difficult, students recovering after a poor test result and students who need a more useful GCSE Computer Science revision routine.
Lessons focus on the student’s exam board and the topics causing the most difficulty.
Variables, selection, iteration, functions, debugging and reading code carefully.
Tracing, searching, sorting, pseudocode and breaking problems into steps.
Binary, hexadecimal, images, sound, characters and common conversion methods.
CPU, registers, embedded systems, software, hardware and system architecture.
Primary storage, secondary storage, capacity, speed and suitability questions.
Network types, protocols, layers, topologies and internet concepts.
Threats, prevention, authentication, malware and sensible exam phrasing.
Tables, keys, queries, relationships and SQL-style thinking where required.
Logic gates, truth tables and careful step-by-step reasoning.
Command words, mark schemes, past papers and turning knowledge into marks.
Select your exam board to see a focused overview. If you are not sure which board your child's school uses, choose 'Other / Not sure' and I can help you work it out.
OCR J277 is assessed through two written papers. Computer Systems focuses on hardware, memory and storage, networks, security, systems software and wider impacts. Computational Thinking, Algorithms and Programming focuses on algorithms, programming techniques, robust programs, Boolean logic and translators/IDEs.
AQA 8525 is a linear GCSE with two papers. For students taking exams in 2026, schools may still be using the current first-teaching-2020 specification; AQA also has an updated 8525 specification for first teaching from September 2025 and first exams in summer 2027.
Pearson Edexcel 1CP2 has two externally examined papers: a written principles paper and a practical onscreen programming assessment. Paper 2 is completed onscreen using Python 3 and an IDE.
Eduqas GCSE Computer Science C500QS has no NEA component. It is assessed through a written theory component and an onscreen programming component.
If you are not sure which GCSE Computer Science exam board the school uses, include the school name or any paper code in the enquiry and I can help identify the right specification.
We begin with the topics, exam questions or programming tasks causing difficulty.
I break the idea down in plain English and model the thinking process.
Students practise applying the idea using questions, code or past paper tasks.
Where appropriate, parents receive a brief update and a clear focus for practice.
OCR, AQA, Edexcel, Eduqas/WJEC and other UK GCSE Computer Science specifications.
Yes. I help students read code, trace programs, debug errors and become more comfortable writing code step by step.
Yes. Past paper and exam-style questions are used to build exam technique and identify gaps.
Yes. Higher-grade support focuses on precision, problem-solving and stronger exam answers. Grades cannot be guaranteed.
Yes. Tutoring is online and available across the UK.
Where appropriate, I provide a short update on what was covered and what to practise next.
Book a free consultation and tell me what your child is currently finding difficult.