IBDP-ITGS-SLInternational BaccalaureateFoundational

IBDP Information Technology in a Global Society SL

Information Technology in a Global Society (ITGS) Standard Level is an IB Diploma Programme Group 3 subject that examines the social and ethical implications of information technology across eight real-world scenarios. Unlike a traditional computer science course, ITGS places technology in its human context: students learn to analyse how IT systems affect individuals, communities, and societies, and to evaluate the ethical dilemmas that arise when technology intersects with privacy, security, intellectual property, equality, and cultural identity.The course is organized around the ITGS triangle — a conceptual framework linking three strands: IT systems (the technical knowledge of hardware, software, networks, data, and communication technologies), social and ethical significance (the issues that arise from IT use), and specified scenarios (the eight real-world contexts in which these issues manifest, from healthcare and education to politics and the environment). Every piece of ITGS analysis requires students to move fluently among all three vertices of this triangle, avoiding the trap of treating technology or ethics in isolation.At Standard Level, students sit three external examination papers totalling 210 minutes and complete an Internal Assessment project in which they create a functional IT product for a real client, accompanied by a 2,000-word technical documentation report. Paper 1 tests knowledge and analysis across all three strands; Paper 2 requires an extended response on a student-chosen specified scenario; and Paper 3 presents an unseen case study demanding rapid application of the ITGS triangle.This AccelaStudy domain covers all SL syllabus content with 65 precisely scoped learning goals organized from foundational recall through applied analysis. Adaptive practice sessions, contrastive scenario pairs, and examiner-aligned question banks help students develop the integrated thinking and structured argumentation that ITGS examiners reward. Whether preparing for a May or November session, students will build the conceptual fluency and examination technique needed to achieve a grade 6 or 7.

210

Minutes

Questions

4/7

Passing Score

$173

Exam Cost

Who Should Take This

This course is designed for IB Diploma students taking ITGS at Standard Level who want structured, adaptive preparation aligned with the official IB syllabus. It is ideal for students who find the breadth of the eight specified scenarios challenging to manage, who struggle to integrate the three strands of the ITGS triangle in extended responses, or who want to sharpen their examination technique for Papers 1, 2, and 3. No prior programming experience is required — ITGS is a social science subject, and success depends on analytical thinking, ethical reasoning, and the ability to apply IT knowledge to human contexts. Students considering careers in technology policy, law, journalism, international development, or any field where technology and society intersect will find this course especially valuable.

What's Covered

1Privacy, security, intellectual property, authenticity and reliability, the digital divide and equality of access, surveillance, globalization and cultural diversity, and IT policies

2Eight specified scenarios: home and leisure, health, arts and entertainment, business and employment, education and training, environment, politics and government, science and research

3Hardware, software, networks and the internet, personal and shared data, digital media and multimedia, communication technologies

4A functional IT product created for a real client with a 2,000-word technical documentation report and process portfolio; assessed on criterion A (initial investigation), B (analysis), C (product design), D (product development), E (evaluation), F (documentation)

What's Included in AccelaStudy® AI

Adaptive Knowledge Graph

Practice Questions

Lesson Modules

Console Simulator Labs

Exam Tips & Strategy

13 Activity Formats

Course Outline

1Strand 1: Social and Ethical Significance

6 topics

Privacy and Data Protection

Define the concept of privacy in the context of digital information systems, identifying key distinctions between personal data, sensitive data, and metadata collected by online platforms and devices.
Explain how cookies, tracking technologies, and data aggregation practices enable organizations to build detailed user profiles, and describe the privacy implications for individuals in specific scenarios such as social media and e-commerce.
Evaluate the effectiveness of data protection legislation and privacy policies in safeguarding individual rights against commercial and governmental data collection, considering multiple stakeholder perspectives and real-world case studies.

Security

Identify common cybersecurity threats including malware, phishing, denial-of-service attacks, and social engineering, and describe the technical and human factors that make IT systems vulnerable to these threats.
Explain how security measures such as encryption, firewalls, two-factor authentication, and access controls mitigate cybersecurity risks, applying these concepts to specific scenarios including online banking and healthcare data systems.
Evaluate the social and ethical implications of cybersecurity breaches for individuals, organizations, and governments, discussing the balance between security measures and civil liberties such as privacy and freedom of expression.

Intellectual Property

Define intellectual property, copyright, patents, trademarks, and Creative Commons licensing, and outline how these legal frameworks apply to digital content including software, music, images, and written works.
Explain the social and economic impacts of digital piracy, open-source software, and file-sharing platforms on content creators, technology companies, and consumers, using specific examples from the music, film, and software industries.
Evaluate competing arguments regarding intellectual property rights in the digital age, discussing the tension between protecting creators' economic interests and enabling open access to knowledge and cultural works.

Authenticity and Reliability

Describe criteria for evaluating the authenticity and reliability of digital information sources, including authorship, publication date, bias, accuracy, and the role of peer review versus user-generated content.
Explain how misinformation, disinformation, and deepfake technologies undermine trust in digital media, and analyse the role of algorithms and social media platforms in amplifying false or misleading content.
Evaluate the social consequences of widespread misinformation in specific contexts such as public health, elections, and journalism, discussing the responsibilities of platform providers, governments, and individual users.

Digital Divide and Equality of Access

Define the digital divide and identify the socioeconomic, geographic, generational, and gender-based factors that create unequal access to information and communication technologies at local, national, and global levels.
Explain the consequences of the digital divide for education, economic opportunity, healthcare access, and political participation, applying these concepts to contrasting case studies from developed and developing nations.
Evaluate strategies proposed to bridge the digital divide, including government initiatives, NGO programs, and private-sector investments, assessing their effectiveness and potential unintended consequences for target communities.

Surveillance, Globalization, and Cultural Diversity

Describe forms of digital surveillance including CCTV networks, government monitoring programs, employer monitoring, and location tracking, identifying the technologies that enable each and the stakeholders involved.
Explain how globalization facilitated by IT has affected cultural identity, language diversity, and local economies, and analyse the role of multinational technology corporations in shaping global information flows and cultural norms.
Evaluate the ethical tensions between national security imperatives and individual privacy rights in the context of state surveillance programs, discussing the perspectives of governments, civil liberties organizations, and affected citizens.

2Strand 2: Application to Specified Scenarios

8 topics

Home and Leisure

Identify IT systems used in home and leisure contexts including smart home devices, gaming platforms, streaming services, and social networking, describing their key features and the user groups they serve.
Evaluate the social and ethical issues arising from IT use in home and leisure settings, including addiction to digital devices, cyberbullying on social platforms, privacy risks of smart home technology, and the impact of online gaming on social relationships.

Health

Describe IT systems used in healthcare including electronic health records, telemedicine platforms, diagnostic imaging software, wearable health monitors, and hospital management information systems, outlining their functions and benefits.
Evaluate the social and ethical implications of IT in healthcare, including patient data privacy, algorithmic bias in diagnostic tools, the reliability of health information online, and the impact of telemedicine on healthcare equity in rural and developing regions.

Arts and Entertainment

Identify IT systems that have transformed the arts and entertainment industries, including digital audio workstations, streaming platforms, computer-generated imagery, virtual reality experiences, and AI-generated creative content.
Evaluate the impact of digital technologies on intellectual property rights, artistic authenticity, and the economic livelihoods of creative professionals, discussing how streaming models and AI-generated art challenge traditional notions of authorship and fair compensation.

Business and Employment

Describe IT systems used in business and employment contexts including enterprise resource planning systems, e-commerce platforms, digital marketing tools, remote work technologies, and automated customer service systems.
Evaluate the social and ethical consequences of automation and artificial intelligence in the workplace, including job displacement, algorithmic hiring bias, employee surveillance, and the changing nature of work in the gig economy.

Education and Training

Identify IT systems used in education and training including learning management systems, MOOCs, adaptive learning software, virtual classrooms, and educational data analytics platforms, describing their pedagogical purposes.
Evaluate the social and ethical issues arising from IT in education, including the digital divide's impact on educational equity, student data privacy in learning platforms, academic integrity in online assessment, and the effectiveness of technology-mediated learning.

Environment

Describe IT applications used in environmental monitoring and management, including satellite remote sensing, IoT sensor networks for pollution monitoring, geographic information systems, and smart grid energy management technologies.
Evaluate the environmental impact of IT infrastructure itself, including the carbon footprint of data centres, e-waste from obsolete devices, and the energy consumption of cryptocurrency mining, discussing the paradox of using technology to solve technology-caused environmental problems.

Politics and Government

Identify IT systems used in political and governmental contexts including e-government portals, electronic voting systems, open data initiatives, social media political campaigning tools, and national cybersecurity infrastructure.
Evaluate the impact of social media and digital communication technologies on democratic processes, including the role of filter bubbles, political microtargeting, state-sponsored disinformation campaigns, and internet censorship in shaping political outcomes.

Science and Research

Describe IT systems that support scientific research, including high-performance computing clusters, bioinformatics databases, collaborative research platforms, data visualization tools, and open-access publishing systems.
Evaluate the social and ethical issues arising from IT in scientific research, including data integrity and reproducibility, open-access versus proprietary research models, the use of personal data in large-scale studies, and the digital divide in global research capacity.

3Strand 3: IT Systems

6 topics

Hardware

Identify the main hardware components of a computer system including CPU, RAM, ROM, storage devices, input/output peripherals, and graphics processing units, describing the function of each component in processing and storing data.
Explain how hardware specifications such as processor speed, RAM capacity, and storage type affect system performance in practical contexts, and describe the environmental and social implications of hardware manufacturing, planned obsolescence, and e-waste disposal.

Software

Distinguish between types of software including operating systems, application software, utility software, open-source software, freeware, shareware, and proprietary software, identifying examples and appropriate use cases for each category.
Explain the software development life cycle and the social implications of software bugs, version updates, and end-of-life policies, applying these concepts to scenarios where software failures have caused significant harm to individuals or organizations.

Networks and the Internet

Describe the key components and protocols of computer networks including LAN, WAN, Wi-Fi, TCP/IP, DNS, HTTP/HTTPS, and the client-server model, outlining how data is transmitted across the internet.
Explain how internet infrastructure including ISPs, content delivery networks, and undersea cables creates dependencies and vulnerabilities, and analyse the social implications of internet governance, net neutrality debates, and government control of internet access.
Evaluate the social and ethical implications of network technologies including VPNs, the dark web, peer-to-peer networks, and cloud computing, discussing how these technologies enable both beneficial anonymity and harmful illegal activity.

Personal and Shared Data

Identify different types of personal and shared data including structured and unstructured data, biometric data, behavioural data, and big data, describing how databases and data management systems store and retrieve this information.
Explain how data mining, machine learning algorithms, and predictive analytics extract insights from large datasets, and evaluate the ethical implications of algorithmic decision-making in contexts such as credit scoring, predictive policing, and targeted advertising.
Evaluate the risks and benefits of cloud storage and data sharing platforms for individuals and organizations, discussing issues of data sovereignty, vendor lock-in, and the implications of terms-of-service agreements that grant platforms broad rights over user data.

Digital Media and Multimedia

Describe the characteristics of digital media formats including text, images, audio, video, and interactive media, identifying how compression, resolution, and file formats affect quality, file size, and compatibility across different platforms and devices.
Explain how digital manipulation tools enable the creation and alteration of media content, and evaluate the ethical implications of digitally altered images, synthetic media, and AI-generated content for journalism, advertising, and public trust.

Communication Technologies

Identify and describe communication technologies including email, instant messaging, VoIP, video conferencing, social media platforms, and mobile communication standards (3G/4G/5G), outlining their technical characteristics and typical use cases.
Explain how communication technologies have transformed interpersonal relationships, organizational communication, and global connectivity, and analyse the social implications of always-on connectivity including digital wellbeing, information overload, and the erosion of work-life boundaries.

4The ITGS Triangle and Integrated Analysis

2 topics

ITGS Triangle Framework

Describe the ITGS triangle framework as the conceptual model linking IT systems, social and ethical issues, and specified scenarios, explaining how each vertex of the triangle interacts with and depends upon the other two in any ITGS analysis.
Apply the ITGS triangle framework to analyse a given scenario, systematically identifying the relevant IT systems involved, the social and ethical issues raised, and the specific context in which these issues manifest, demonstrating integrated rather than isolated treatment of each strand.
Evaluate a complex ITGS scenario by synthesizing evidence from all three strands of the ITGS triangle, constructing a balanced argument that acknowledges multiple stakeholder perspectives, competing values, and the limitations of proposed solutions.

Stakeholder Analysis and Policies

Identify the range of stakeholders affected by IT developments in a given scenario, including individuals, communities, organizations, governments, and future generations, describing the interests and concerns of each stakeholder group.
Analyse how IT policies developed by governments, international organizations, and corporations attempt to address social and ethical issues, evaluating the effectiveness of regulatory approaches such as data protection laws, content moderation policies, and digital rights frameworks.

5Internal Assessment: The Project

3 topics

Project Planning and Client Consultation

Identify an appropriate client or target audience for an ITGS project, describing their specific IT-related need or problem and explaining why a digital product solution is appropriate, with reference to the relevant specified scenario and social/ethical context.
Construct a detailed project plan for the ITGS Internal Assessment including a clear problem statement, measurable success criteria agreed with the client, a timeline with milestones, and identification of the IT tools and resources required to complete the product.

Product Development and Documentation

Construct a functional IT product that meets the identified client need, demonstrating appropriate use of digital tools and techniques, and documenting the development process through a process portfolio that records design decisions, testing, and iterations.
Evaluate the completed IT product against the original success criteria established with the client, identifying strengths and limitations of the solution, and recommending specific improvements that would better address the client's needs and the broader social/ethical implications of the product.

Technical Documentation

Construct a 2,000-word technical documentation report for the ITGS project that clearly describes the client and their need, the IT product created, the development process, testing against success criteria, and an honest evaluation of the product's effectiveness and social/ethical implications.

6Assessment Preparation and Examination Skills