Global Perspectives (GP) develops a global‑perspectives mindset and three core skills that are assessed throughout the course:
These skills are applied in every assessment component (Written Exam, Essay, Team Project, Research Report) and are linked by the Critical Path framework.
The GP syllabus follows a five‑stage research cycle. Each stage builds on the previous one:
These notes focus on the Communication stage, but each point refers back to the earlier steps to show how they inter‑relate.
| Term | Definition (AS‑Level) |
|---|---|
| Communication | The process of transmitting information, ideas or feelings from a sender to a receiver using a shared system of symbols. |
| Message | The content encoded by the sender and decoded by the receiver. |
| Channel | The medium through which the message travels (spoken language, text, video, social‑media feed, etc.). |
| Noise | Any factor that distorts or interferes with the message (language barriers, technical glitches, cultural assumptions, etc.). |
| Feedback | The response from the receiver that tells the sender whether the message was understood. |
Models help us visualise how communication works and where problems may arise.
| Model | Key features | Strengths for GP research | Limitations |
|---|---|---|---|
| Shannon‑Weaver (1949) | Linear flow: Source → Encoder → Channel → Decoder → Destination; includes noise. | Highlights technical problems; useful for analysing media reliability and signal‑to‑audience pathways. | Over‑simplifies human interaction; ignores feedback loops. |
| Schramm (1954) | Interactive model; emphasises a shared field of experience and feedback loops. | Shows how cultural context and prior knowledge shape interpretation – vital for global issues. | Less focus on technical media constraints. |
| Transactional model (Barnlund, 1970) | Simultaneous sending and receiving; communication is a dynamic, co‑constructed process. | Reflects real‑time digital interaction (social media, video calls, live‑streaming). | Complex to diagram; may be harder to apply in simple case studies. |
Digital platforms have transformed how information is produced, shared and evaluated. Key considerations for AS‑Level students:
| Method | What it does | Typical GP component(s) | Key AO(s) addressed |
|---|---|---|---|
| Content analysis | Systematically codes media texts to identify patterns (e.g., frequency of climate‑change terminology). | Essay (Component 2), Research Report (Component 4) | AO1, AO3 |
| Surveys & questionnaires | Collects quantitative or qualitative data on audience interpretation and attitudes. | Team Project (Component 3), Research Report | AO1, AO2 |
| Interviews (structured or semi‑structured) | Explores deeper meanings, cultural nuances and personal perspectives. | Team Project, Research Report | AO1, AO2 |
| Discourse analysis | Examines how language constructs power relations, identities and ideologies. | Essay, Research Report | AO2, AO3 |
Use the extended CRAAP + Triangulation framework, followed by a five‑step fact‑checking routine.
| Criterion | Questions to ask | Example of good practice (AS‑Level) |
|---|---|---|
| Currency | When was the information published or last updated? | Use the latest IPCC report (2023 + updates) for climate data. |
| Relevance | Does the source directly address the research question? | Select studies that focus on communication strategies, not just outcomes. |
| Authority | Who is the author/organisation? What are their credentials? | Prefer peer‑reviewed journals or reputable NGOs (WHO, UN). |
| Accuracy | Is the information supported by evidence? Are references provided? | Cross‑check statistics with at least two independent datasets. |
| Purpose | Is the aim to inform, persuade, sell, or entertain? | Identify bias in advocacy campaigns (e.g., corporate “green” branding). |
| Triangulation | Can the claim be confirmed by different types of sources (academic article, official report, reputable news outlet)? | Validate a claim about sea‑level rise using a scientific paper, a UN report, and a major newspaper article. |
| Activity | AO(s) addressed | Relevant command words | Weighting note |
|---|---|---|---|
| Apply the CRAAP test to an online article | AO1 – Identify & evaluate information | Identify, evaluate, assess | AO1 = 30 % of the final grade |
| Reflect on how algorithmic “noise” reshapes your own viewpoint on a global issue | AO2 – Analyse the impact of perspectives | Analyse, discuss, evaluate | AO2 = 30 % of the final grade |
| Present findings in a slide deck using multimodal media (text, image, video) | AO3 – Communicate findings effectively | Communicate, present, illustrate | AO3 = 40 % of the final grade |
| Choose a communication model for a research question and justify the choice | AO1 + AO2 (model selection shows understanding & critical reflection) | Justify, explain, select |
#ClimateAction.All GP work must be ethical and properly attributed:
Understanding communication models, barriers and digital dynamics enables AS‑Level students to:
| Title | Author(s) | Year | Relevance to GP |
|---|---|---|---|
| Communication Theory: Media, Technology and Society | David Holmes | 2020 | Overview of classic and contemporary communication models. |
| Digital Media and Society | John Pavlik & Shawn McIntosh | 2021 | Impact of digital platforms on public discourse. |
| Research Methods for Global Issues | Helen Smith | 2019 | Guides selection of appropriate methods for AS‑Level projects. |
| Fact‑Checking for Students | Caroline Hargreaves | 2022 | Practical checklist for verifying online information. |
Create an account or Login to take a Quiz
Log in to suggest improvements to this note.
Your generous donation helps us continue providing free Cambridge IGCSE & A-Level resources, past papers, syllabus notes, revision questions, and high-quality online tutoring to students across Kenya.