Blog Post

Edexcel New Modular System for IGCSE 

  • by Hosni Showike
  • 02 Jul, 2024

Split your IGCSE exams to reduce pressure

The Pearson Edexcel International GCSE in Biology, Chemistry, and Physics is set to undergo significant changes starting from September 2024, with the first exams aligned to the modular system taking place in June 2025.

This new modular system is designed to better accommodate the learning pace and scheduling needs of students worldwide. Here’s an overview to help students understand the advantages of this system and how it aims to spread exam pressure across multiple sessions.


Key Features of the New Modular System

1. Flexible Exam Scheduling:

  • Multiple Sessions: Students can now take examinations in two sessions, June and November, reducing the end-of-year exam burden. This allows students to focus on fewer topics at a time and provides opportunities for resits if necessary.
  • Order Flexibility: Exams for different units can be taken in any order, offering students the flexibility to plan their study schedules to best fit their learning progress and other commitments.

2. Tailored Content and Assessments:

The content is divided into distinct modules (units) for more focused and manageable study and revision periods. For IGCSE Biology, Chemistry, and Physics, the curriculum covers in-depth knowledge and practical skills through various units.


Detailed Content of Each Unit

IGCSE Biology Content Overview

Unit 1: Biology Unit 1

  • The nature and variety of living organisms: Characteristics of living organisms, variety of living organisms.
  • Structure and functions in living organisms: Cell structure, biological molecules, movement of substances, nutrition, respiration, gas exchange, transport, excretion, coordination, and response.
  • Reproduction and inheritance: Reproduction, inheritance.
  • Ecology and the environment: The organism in the environment, feeding relationships, cycles within ecosystems, human influences on the environment.
  • Use of biological resources: Food production, selective breeding, genetic modification, cloning.

Unit 2: Biology Unit 2

  • Structure and functions in living organisms (Part 2): Coordination and response, hormones, nerve response.
  • Reproduction and inheritance: More in-depth reproductive processes, genetic inheritance, and variation.
  • Ecology and the environment (Part 2): Biodiversity, ecosystems, ecological sampling.
  • Use of biological resources (Part 2): Biotechnology applications, cloning in animals and plants.

IGCSE Chemistry Content Overview

Unit 1: Chemistry Unit 1

  • Principles of chemistry: States of matter, elements, compounds and mixtures, atomic structure, the periodic table, chemical formulae, equations, and calculations.
  • Inorganic chemistry: Reactivity series, extraction and uses of metals, acids, alkalis, and titrations, preparation of salts.
  • Physical chemistry: Energetics, rates of reactions.
  • Organic chemistry (Part 1): Introduction to organic compounds, crude oil, alkanes, alkenes.

Unit 2: Chemistry Unit 2

  • Principles of chemistry (Part 2): Ionic bonding, covalent bonding, metallic bonding, electrolysis.
  • Inorganic chemistry (Part 2): Group 1 (alkali metals), Group 7 (halogens), gases in the atmosphere, chemical tests.
  • Physical chemistry (Part 2): Equilibria, factors affecting rates of reaction.
  • Organic chemistry (Part 2): Alcohols, carboxylic acids, esters, synthetic polymers.

IGCSE Physics Content Overview

Unit 1: Physics Unit 1

  • Forces and motion: Units, movement and position, forces, movement, shape and momentum.
  • Electricity: Units, mains electricity, energy and voltage in circuits, electrical charge.
  • Energy resources and energy transfers: Units, energy transfers, work and power, energy resources, and electrical generation.
  • Solids, liquids and gases (Part 1): Units, density and pressure, change of state.

Unit 2: Physics Unit 2

  • Waves: Units, properties of waves, the electromagnetic spectrum, light, and sound.
  • Solids, liquids and gases (Part 2): Units (same as Part 1), ideal gas molecules.
  • Magnetism and electromagnetism: Units, magnetism, electromagnetism, electromagnetic induction.
  • Radioactivity and particles: Units, radioactivity, fission and fusion.
  • Astrophysics: Units, motion in the universe, stellar evolution, cosmology.

Implementation and Advantages

1. Reduced Exam Stress

Spreading assessments over two sessions means students won’t face the overwhelming pressure of studying for and taking all their exams at once. This helps to make the learning and retention of information more effective and less stressful.

2. Focused Learning

With modular exams, students can concentrate on mastering smaller parts of the curriculum at different times rather than needing to juggle multiple subjects and extensive content simultaneously. This is expected to improve overall comprehension and performance.

3. Improved Opportunities for Adjustment

If a student doesn't achieve the desired grade in a particular unit exam, they have the chance to resit that unit in the next available session without waiting an entire academic year. This flexibility can lead to better final grades and higher confidence levels.


Supporting Transition to the Modular System

1. Detailed Curriculum Guides and Resources

Pearson Edexcel provides extensive materials, including a Getting Started Guide, planning resources, and teaching and learning supports. These help educators and students understand the new structure and make the most of the opportunities it offers.

2. Specimen Papers and Examiner Commentaries

Sample assessments and detailed examiner feedback help students get accustomed to the format and expectations of the new modular exams.

3. Strong Foundation for Advanced Studies

The modular system builds a solid foundation for those wishing to progress to Pearson Edexcel Advanced Subsidiary and Advanced GCE, International AS and A Level qualifications, or equivalent qualifications.

For example, in Biology, the modular system covers the key principles and practical aspects that are necessary for advanced understanding and applications in biological sciences. Similarly, in Chemistry, the modular system emphasizes critical thinking, laboratory skills, and the application of chemical principles across different contexts. Physics covers foundational and advanced concepts critical for further education in physical sciences and engineering.


Conclusion

The introduction of the modular system for IGCSE Biology, Chemistry, and Physics is poised to bring substantial benefits to students by facilitating a more balanced and less stressful learning and assessment environment. By enabling exams to be spaced out over two sessions and focusing on smaller, more manageable units of content, this system aims to not only improve academic performance but also enhance the overall educational experience. Students should take advantage of the structured support and resources provided to navigate this transition successfully and make the most of this innovative approach to secondary education.

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