Our Programs

At EduCore, we specialise in delivering high-quality home education for students in Years 7, 8, 9, and iGCSE (Years 10 and 11), with a focused approach on the core academic subjects:

English Language & Literature
Mathematics
Biology
Chemistry
Physics

These subjects are at the heart of the National Curriculum and are mandatory for all students in England at the GCSE level. Our mission is to ensure every student receives the knowledge, skills, and confidence needed to succeed in these essential areas.

Core Learning Programmes iGCSE (years 10 & 11)

We offer comprehensive preparation for the IGCSE EDEXCEL exams, which are globally recognised and equivalent to standard GCSEs.

Please see our Plans & Fees section for more information on our flexible learning options.

EduCore Junior

Core Learning Programmes KS3 (Years 7, 8 & 9).

We follow the National Curriculum for England, building strong academic foundations while preparing students for future GCSE success. For high-achieving and motivated learners, there is an option to begin GCSE studies early if appropriate.

three green, yellow, and red leaves on person's hand

For families seeking additional help or targeted revision, we offer individual and small-group tuition in key subject areas.

SATs and GCSE preparation
Catch-up sessions
Subject-specific focus (e.g. GCSE English Literature)

We’re developing optional sessions to support skills beyond the core curriculum.

Study skills & revision techniques
Mindset, motivation, and confidence-building
Group projects and presentations

EduCore Senior

EduCore Support

EduCore Extra

What are IGCSE's?

The IGCSE (International General Certificate of Secondary Education) is a globally recognised qualification typically taken by students aged 14 to 16. It provides a broad and balanced curriculum that prepares students for further academic study or vocational pathways. In the UK, it is considered equivalent to the GCSE and is respected by colleges, universities, and employers alike. The IGCSE offers flexibility through a wide range of subjects and is assessed through exams, with some coursework options available depending on the subject.

English Language

Students develop core communication skills in reading, writing, speaking, and listening. The Edexcel IGCSE English Language course focuses on analytical reading of a variety of texts, creative writing, and constructing clear, coherent arguments—key skills for both academic success and real-world application.

English Literature

Maths

Biology

Chemistry

Physics

three assorted-color liquid-filled laboratory apparatuses

This course explores a wide range of literary texts, including prose, drama, and poetry from both historical and contemporary writers. Students learn to analyse themes, character development, and language use, while developing personal interpretations of set texts under the Edexcel specification

Covering Number, Algebra, Geometry, Statistics, and Probability, the IGCSE Mathematics curriculum promotes problem-solving and logical thinking. Students are trained to apply mathematical methods to real-life situations and exam-style problems, building a solid foundation for further study in science, engineering, or finance

Students study the structure and functions of living organisms, including topics such as cells, genetics, ecology, and human biology. The Edexcel IGCSE Biology course develops a solid understanding of scientific methods and encourages analytical thinking through practical and theoretical work.

This subject covers the composition, structure, and reactions of matter. Students learn about the periodic table, bonding, chemical equations, acids and bases, and organic chemistry. The course combines theoretical learning with practical skills to prepare students for lab-based assessments and higher-level study.

Physics students explore the principles that govern matter and energy, including forces, motion, electricity, waves, and nuclear physics. The IGCSE course encourages curiosity about how the physical world works and strengthens mathematical application and experimental design.