Grade 8 Curriculum
Algebra readiness, applied technology and high-school preparation
Middle School · Grade 6 – Grade 8
Grade 8 completes middle school. Learners reach algebra readiness, handle systems-level science, produce an interdisciplinary exhibition project, and choose their high-school pathway with informed guidance.
Developmental learning priorities
- Algebra readiness
- Independent research
- Applied programming and data
- AI ethics and responsible use
- Pathway selection and planning
Subjects taught in Grade 8
Advanced Literacy & Independent Research(open for detail)
Learners study complex literature and non-fiction, write analytical and argumentative essays under timed conditions, and complete an independent research project with a full bibliography.
Annual learning objectives
- • Write a timed analytical essay
- • Sustain an argument across several pages
- • Complete an independent research project
- • Present findings to a public audience
Key units & topics
- • Complex literature
- • Timed writing
- • Independent research
- • Presentation
- • Advanced grammar
Skills developed
- • Analysis
- • Independent research
- • Timed composition
Projects & performance tasks
- • Independent research project presented at the Middle School Exhibition
Technology & AI integration
Full AI-use log required; oral defence confirms the learner's own understanding.
Assessment approach
Timed essays, research rubric and oral defence.
Algebra Readiness(open for detail)
Learners master linear functions, systems of equations, exponents and scientific notation, the Pythagorean theorem and transformations, preparing directly for Algebra I.
Annual learning objectives
- • Solve and graph linear functions and systems
- • Apply exponent rules and scientific notation
- • Use the Pythagorean theorem
- • Describe geometric transformations
Key units & topics
- • Linear functions
- • Systems of equations
- • Exponents
- • Pythagoras and transformations
- • Bivariate data
Skills developed
- • Algebraic fluency
- • Functional thinking
- • Geometric reasoning
Projects & performance tasks
- • Model and compare two mobile-money or transport pricing plans
Technology & AI integration
Graphing and spreadsheet modelling; learners check AI-produced algebra for errors.
Assessment approach
Unit tests, an algebra readiness examination and modelling tasks.
Integrated Science III: Systems, Waves & Climate(open for detail)
Learners study earth and climate systems, waves and electromagnetic energy, and ecological interdependence, running extended investigations with quantitative analysis.
Annual learning objectives
- • Explain earth and climate systems
- • Describe wave properties and energy transfer
- • Model ecological interdependence
- • Run an extended investigation
Key units & topics
- • Earth and climate systems
- • Waves and energy
- • Ecology
- • Extended inquiry
Skills developed
- • Systems thinking
- • Quantitative analysis
- • Scientific writing
Projects & performance tasks
- • Local climate or water-quality monitoring study over several weeks
Technology & AI integration
Sensors or manual logging with spreadsheet trend analysis.
Assessment approach
Investigation reports, practicals and tests.
Constitution, Justice & Public Policy(open for detail)
Learners study Liberia's Constitution, the branches of government, elections, the justice system, public budgets and corruption, and produce a policy brief for real local leaders.
Annual learning objectives
- • Explain the structure and limits of government
- • Describe how a bill becomes law
- • Analyse a public policy problem
- • Write and present a policy brief
Key units & topics
- • Constitution
- • Branches and elections
- • Justice system
- • Budgets and accountability
Skills developed
- • Policy analysis
- • Civic argument
- • Formal writing
Projects & performance tasks
- • Model legislature and a policy brief delivered to local officials
Technology & AI integration
Learners verify official data and check claims circulating online.
Assessment approach
Policy brief rubric, simulation performance and tests.
Python II & Web Foundations(open for detail)
Learners extend Python with files, dictionaries and simple algorithms, and build their first web pages with HTML and CSS, delivering a complete small project.
Annual learning objectives
- • Use dictionaries, files and functions in Python
- • Implement search and sort logic
- • Build a multi-page website with HTML and CSS
- • Deliver a documented project
Key units & topics
- • Python data structures
- • Algorithms
- • HTML and CSS
- • Project delivery
Skills developed
- • Programming
- • Web development
- • Project completion
Projects & performance tasks
- • Website for a school club or local enterprise, built and presented
Technology & AI integration
AI assistants permitted for explanation; learners must justify every line orally.
Assessment approach
Project delivery, code review and practical test.
Applied AI & Ethics(open for detail)
Learners apply AI tools to real study and project tasks with a disciplined verification process, and study bias, data privacy, labour effects and governance.
Annual learning objectives
- • Apply AI productively to a real task
- • Verify and correct AI output
- • Analyse an AI ethics case
- • Explain data privacy risks
Key units & topics
- • Applied AI workflows
- • Verification method
- • Bias and fairness
- • Privacy and governance
Skills developed
- • Applied AI use
- • Critical evaluation
- • Ethical reasoning
Projects & performance tasks
- • AI-assisted research project with a full verification and disclosure log
Technology & AI integration
Prepares learners for high-school pathway work in applied AI.
Assessment approach
Verification log, ethics essay and project rubric.
Engineering Design & Automation(open for detail)
Learners design, build and program automated systems that solve a defined problem, applying measurement, iteration and full technical documentation.
Annual learning objectives
- • Define requirements for an automated system
- • Build and program a working prototype
- • Test against measurable criteria
- • Produce complete documentation
Key units & topics
- • Requirements and constraints
- • Automation logic
- • Testing
- • Technical documentation
Skills developed
- • Engineering process
- • Automation
- • Documentation
Projects & performance tasks
- • Automated alert or monitoring prototype for a school or community need
Technology & AI integration
Introduces IoT concepts and data-driven control.
Assessment approach
Prototype performance, documentation and defence.
High-School Pathway Planning(open for detail)
Learners review their strengths and interests, study the four-year course sequences and pathway options, draft their first CV and set out a high-school plan.
Annual learning objectives
- • Explain each high-school pathway and its requirements
- • Match strengths and goals to a pathway
- • Draft a first CV
- • Write a four-year plan
Key units & topics
- • Pathways and prerequisites
- • Self-assessment
- • CV basics
- • Planning
Skills developed
- • Planning
- • Self-knowledge
- • Professional presentation
Projects & performance tasks
- • Personal high-school and career plan presented to a teacher and guardian
Technology & AI integration
Learners begin a digital portfolio that runs through Grade 12.
Assessment approach
Plan quality, CV review and interview with an adviser.
Middle School Exhibition(open for detail)
Learners deliver an interdisciplinary project that combines research, technology and a real community need, presented publicly with a question-and-answer defence.
Annual learning objectives
- • Frame a real community problem
- • Combine at least two subjects in the solution
- • Test the solution with real users
- • Defend the work publicly
Key units & topics
- • Problem framing
- • Interdisciplinary work
- • User testing
- • Public defence
Skills developed
- • Project management
- • Integration
- • Communication
Projects & performance tasks
- • Middle School Exhibition with community guests
Technology & AI integration
AI-use log and source verification mandatory.
Assessment approach
Exhibition rubric with panel questioning.
Health, PE & Life Skills(open for detail)
Learners study health systems, first aid, adolescent wellbeing and risk, and take leadership roles in sport, fitness and health promotion.
Annual learning objectives
- • Perform basic first aid procedures
- • Explain how health services work
- • Apply risk-reduction strategies
- • Lead a health or fitness initiative
Key units & topics
- • First aid
- • Health systems
- • Risk and decision making
- • Fitness leadership
Skills developed
- • Emergency response
- • Leadership
- • Health literacy
Projects & performance tasks
- • School first-aid readiness audit and training day
Technology & AI integration
Health information evaluated for credibility, including AI answers.
Assessment approach
Practical first-aid assessment, tests and leadership evaluation.
History: Modern Liberia, Africa & the Twentieth Century(open for detail)
Learners study twentieth-century Liberia — governance, society and economy, the 1980 coup, the civil conflicts, their causes and the reconciliation and reconstruction that followed — alongside African independence movements and the major global events of the century.
Annual learning objectives
- • Sequence the major events of twentieth-century Liberia
- • Explain multiple causes of the Liberian conflict using evidence
- • Describe African independence movements and pan-Africanism
- • Evaluate competing interpretations of a contested event
Key units & topics
- • Liberia 1900–1980
- • 1980 and after
- • Conflict, causes and consequences
- • Reconciliation and reconstruction
- • African independence and pan-Africanism
- • World wars and the Cold War
Skills developed
- • Interpretation and historiography
- • Evidence-based argument
- • Handling contested history with care
- • Research writing
Projects & performance tasks
- • Researched essay on a cause of the Liberian conflict
- • Oral-history project on reconstruction, recorded with consent
Technology & AI integration
Learners verify online and AI-generated claims about recent Liberian history against named documentary sources and note where accounts disagree.
Assessment approach
Research essay, oral-history portfolio and an end-of-unit examination.
End-of-year outcomes
By the end of Grade 8, a learner:
- Ready for Algebra I with fluent linear-function skills.
- Completes an independent research project with public defence.
- Builds a working website and a documented Python project.
- Uses AI productively with verification and disclosure.
- Enters Grade 9 with a chosen pathway and a four-year plan.