SSS Three Curriculum in Digital Technologies

SS THREE SCHEME OF WORK IN DIGITAL TECHNOLOGIES

SS3 Digital Technologies Scheme of Work

FIRST TERM: ADVANCED PROGRAMMING, NETWORKING & EMERGING TECHNOLOGIES

S/N	TOPICS	CONTENT	OPERATIONAL OBJECTIVES	TEACHING AIDS
1	Review of SS2 Work	1. Review of key concepts learned in SS2 Digital Technologies. 2. Revision of programming, web design, databases and emerging technologies. 3. Identification of areas requiring further practice.	Students should be able to: i. Recall major concepts learned in SS2. ii. Demonstrate understanding of previously learned digital technology skills.	SS2 notes, revision questions, computers and projector.
2	Advanced Programming I	1. Functions in programming. 2. Parameters and return values. 3. Arrays and lists. 4. Creating and manipulating arrays/lists in programs.	Students should be able to: i. Explain the purpose of functions. ii. Create and use simple functions. iii. Create and manipulate arrays or lists.	Programming software, code editor, computers and programming exercises.
3	Advanced Programming II	1. Introduction to Object-Oriented Programming. 2. Meaning of objects and classes. 3. Basic principles of Object-Oriented Programming. 4. Simple examples of object-oriented programs.	Students should be able to: i. Explain the concept of Object-Oriented Programming. ii. Define classes and objects. iii. Identify basic principles of object-oriented programming.	Programming environment, code examples, computers and presentation slides.
4	Software Development Life Cycle (SDLC)	1. Meaning and importance of SDLC. 2. Major phases of software development. 3. Waterfall model. 4. Agile model and comparison with the Waterfall approach.	Students should be able to: i. Define the Software Development Life Cycle. ii. Identify the major phases of software development. iii. Explain the Waterfall and Agile models.	SDLC charts, diagrams, case studies, projector and computers.
5	Midterm Test	1. Assessment covering the first four weeks. 2. Theory and practical questions on programming and software development.	Students should be able to: i. Demonstrate understanding of topics covered before the midterm test. ii. Apply programming concepts to simple tasks.	Test papers, computers and practical assessment sheets.
6	Networking II	1. Introduction to IP addressing. 2. IPv4 addressing concepts. 3. Introduction to subnetting. 4. Common network protocols and their functions.	Students should be able to: i. Explain the purpose of IP addresses. ii. Describe the basic concept of subnetting. iii. Identify common network protocols and their uses.	Networking diagrams, IP addressing charts, computers and network equipment.
7	Midterm Break	1. Midterm school break. 2. Independent revision of programming, SDLC and networking concepts.	Students should be able to: i. Consolidate previously learned concepts through independent revision.	Revision notes, exercises and digital learning materials.
8	Cloud & Virtualization	1. Meaning of virtualization. 2. Virtual machines and their uses. 3. Remote servers. 4. Relationship between cloud computing and virtualization.	Students should be able to: i. Explain the meaning of virtualization. ii. Describe the purpose of virtual machines. iii. Explain the role of remote servers in cloud computing.	Virtualization diagrams, cloud computing examples, computers and projector.
9	Internet of Things (IoT) Applications	1. Meaning of the Internet of Things. 2. Smart home technologies. 3. Smart city applications. 4. Examples of connected devices and systems.	Students should be able to: i. Define the Internet of Things. ii. Identify IoT applications in smart homes and smart cities. iii. Explain how connected devices communicate and provide services.	IoT devices, smart home diagrams, videos, internet connection and projector.
10	Data Protection & Backup Systems	1. Meaning and importance of data protection. 2. Data backup systems. 3. Disaster recovery. 4. Redundancy and protection against data loss.	Students should be able to: i. Explain the importance of data protection. ii. Describe different approaches to data backup. iii. Explain disaster recovery and redundancy.	Backup devices, storage media, disaster recovery diagrams and computers.
11	First Term Revision	1. Review of advanced programming concepts. 2. Revision of SDLC and networking. 3. Review of cloud computing, virtualization and IoT. 4. Revision of data protection and backup systems.	Students should be able to: i. Demonstrate understanding of first-term topics. ii. Apply learned concepts to theoretical and practical problems.	Revision questions, computers, practical exercises and summary notes.
12	First Term Examination	1. Written examination covering first-term topics. 2. Practical assessment involving programming, networking and related digital technology skills.	Students should be able to: i. Demonstrate mastery of first-term learning objectives under examination conditions.	Examination papers, computers and practical assessment sheets.
13	Examination Review & Closing Activities	1. Review of examination performance. 2. Correction of common errors. 3. Preparation for the second term.	Students should be able to: i. Identify areas of weakness. ii. Correct common errors and prepare for subsequent learning activities.	Marked scripts, correction exercises and revision materials.

SECOND TERM: ADVANCED WEB DESIGN, DATABASES & EMERGING TECHNOLOGIES

S/N	TOPICS	CONTENT	OPERATIONAL OBJECTIVES	TEACHING AIDS
1	Advanced Web Design	1. JavaScript and web interactivity. 2. Adding interactive elements to web pages. 3. Responsive web design. 4. Designing websites for different screen sizes.	Students should be able to: i. Explain the role of JavaScript in web development. ii. Add simple interactive features to web pages. iii. Apply responsive design principles.	HTML/CSS/JavaScript editor, web browser, computers and sample websites.
2	Advanced Database Management	1. Introduction to SQL. 2. Basic SQL commands and queries. 3. Retrieving and filtering database records. 4. Generating simple database reports.	Students should be able to: i. Explain the purpose of SQL. ii. Write simple SQL queries. iii. Retrieve and organize information from a database.	Database software, SQL editor, sample databases, computers and projector.
3	Networking III	1. Introduction to network security. 2. Common network security threats. 3. Virtual Private Networks (VPNs). 4. Basic methods of securing network communications.	Students should be able to: i. Explain the importance of network security. ii. Identify common network security threats. iii. Explain the purpose of VPNs.	Network security diagrams, routers, computers, VPN illustrations and projector.
4	Digital Project Management	1. Meaning of digital project management. 2. Project management tools such as Trello and MS Project. 3. Task planning and scheduling. 4. Teamwork and collaboration in digital projects.	Students should be able to: i. Explain the purpose of digital project management. ii. Identify common project management tools. iii. Organize tasks and work effectively as a team.	Project management software, computers, sample project plans and projector.
5	Midterm Test	1. Assessment covering advanced web design, databases, networking and project management. 2. Theory and practical questions where applicable.	Students should be able to: i. Demonstrate understanding of topics covered before the midterm test. ii. Apply relevant digital technology skills to practical tasks.	Test papers, computers and practical assessment sheets.
6	Emerging Technologies III	1. Introduction to quantum computing. 2. Basic concepts and potential applications of quantum computing. 3. Introduction to nanotechnology. 4. Applications of nanotechnology in technology and other fields.	Students should be able to: i. Explain the basic idea of quantum computing. ii. Identify possible applications of quantum computing. iii. Explain the meaning and applications of nanotechnology.	Emerging technology videos, diagrams, presentation slides and research materials.
7	Midterm Break	1. Midterm school break. 2. Independent revision of advanced web design, databases, networking and emerging technologies.	Students should be able to: i. Consolidate previously learned concepts through independent revision.	Revision notes, past questions and digital learning materials.
8	Revision of SSCE Past Questions I	1. Review of past SSCE Digital Technologies questions. 2. Theory question practice. 3. Objective question practice. 4. Practical question practice.	Students should be able to: i. Answer objective and theory questions effectively. ii. Apply appropriate methods to practical examination questions. iii. Identify common examination patterns.	WAEC/NECO past questions, computers, textbooks and revision notes.
9	Revision of SSCE Past Questions II	1. Review of case studies from past examinations. 2. Applied ICT questions. 3. Problem-solving questions. 4. Discussion and correction of common errors.	Students should be able to: i. Interpret case-study questions. ii. Apply ICT knowledge to real-world problems. iii. Correct errors made during practice.	Past examination questions, case studies, computers and projector.
10	Mock Exam Preparation	1. Examination-focused revision. 2. Review of difficult topics. 3. Objective and theory practice. 4. Practical examination preparation.	Students should be able to: i. Demonstrate readiness for mock examination. ii. Apply effective examination techniques. iii. Complete theory and practical tasks within the required time.	Mock examination papers, computers, past questions and revision materials.
11	Second Term Revision	1. Review of advanced web design and databases. 2. Revision of networking and digital project management. 3. Review of emerging technologies. 4. Revision of SSCE past questions.	Students should be able to: i. Demonstrate understanding of second-term topics. ii. Apply knowledge to examination-style questions.	Revision questions, past papers, computers and summary notes.
12	Second Term Examination	1. Written examination covering second-term topics. 2. Practical assessment involving web design, databases and networking where applicable.	Students should be able to: i. Demonstrate mastery of second-term learning objectives under examination conditions.	Examination papers, computers and practical assessment sheets.
13	Examination Review & Closing Activities	1. Review of examination performance. 2. Correction of common errors. 3. Preparation for third-term SSCE-focused activities.	Students should be able to: i. Identify areas requiring further improvement. ii. Correct common examination errors. iii. Prepare for final SSCE revision activities.	Marked scripts, correction exercises and revision materials.

THIRD TERM: COMPREHENSIVE REVISION, PRACTICAL PROJECTS & SSCE PREPARATION

S/N	TOPICS	CONTENT	OPERATIONAL OBJECTIVES	TEACHING AIDS
1	Comprehensive Revision of SS1–SS3	1. Overview of major areas covered from SS1 to SS3. 2. Revision of computer fundamentals and digital technologies. 3. Revision of programming, networking, databases and web technologies. 4. Review of emerging technologies and cybersecurity.	Students should be able to: i. Recall major concepts covered throughout SS1–SS3. ii. Connect related concepts across the three levels. iii. Identify areas requiring additional revision.	SS1–SS3 notes, textbooks, revision questions, computers and projector.
2	Past Question Drills (WAEC/NECO)	1. Practice with WAEC and NECO objective questions. 2. Theory question practice. 3. Identification of frequently tested areas. 4. Correction and discussion of answers.	Students should be able to: i. Answer objective questions accurately. ii. Provide appropriate answers to theory questions. iii. Identify common examination patterns.	WAEC/NECO past questions, textbooks, computers and marking guides.
3	Practical Project I	1. Selection of a practical digital technology project. 2. Building a simple website, application or database. 3. Project planning and development. 4. Testing and documentation.	Students should be able to: i. Select an appropriate digital project. ii. Develop a simple website, application or database. iii. Test and document the project.	Computers, web development tools, database software and project materials.
4	Practical Project II	1. Cybersecurity simulation activities. 2. Safe demonstration of cybersecurity concepts. 3. Internet of Things demonstration. 4. Project testing, evaluation and presentation.	Students should be able to: i. Demonstrate basic cybersecurity concepts safely. ii. Demonstrate an IoT application. iii. Evaluate and present a practical digital technology project.	Computers, IoT devices, cybersecurity simulation tools and projector.
5	Midterm Test	1. Assessment covering comprehensive revision and practical project activities. 2. Objective, theory and practical questions.	Students should be able to: i. Demonstrate understanding of reviewed topics. ii. Apply digital technology knowledge to practical tasks.	Test papers, computers and practical assessment sheets.
6	Mock Examination	1. Full mock examination under examination conditions. 2. Objective and theory assessment. 3. Practical examination activities where applicable. 4. Time management and examination techniques.	Students should be able to: i. Complete examination tasks within the allocated time. ii. Apply effective examination techniques. iii. Demonstrate readiness for the SSCE.	Mock examination papers, computers, practical materials and examination venue.
7	Midterm Break	1. Midterm school break. 2. Independent revision and preparation for final SSCE activities.	Students should be able to: i. Consolidate knowledge through independent study and revision.	Revision notes, past questions and digital learning resources.
8	SSCE Preparation	1. Examination-focused review. 2. Revision of frequently tested topics. 3. Objective and theory question practice. 4. Practical examination preparation and examination strategies.	Students should be able to: i. Review major SSCE topics effectively. ii. Apply appropriate examination techniques. iii. Demonstrate confidence in answering theory, objective and practical questions.	WAEC/NECO past questions, textbooks, computers and revision materials.
9	WAEC/NECO & Final Examinations	1. Preparation for final external examinations. 2. WAEC and NECO examination activities. 3. Application of examination rules and procedures.	Students should be able to: i. Apply knowledge and skills acquired throughout SS1–SS3. ii. Demonstrate competence under external examination conditions.	Examination materials, computers and approved examination resources.
10	WAEC/NECO & Final Examinations	1. Continuation of final external examination activities. 2. Completion of required theory and practical examinations. 3. Final academic assessment activities.	Students should be able to: i. Complete all required examination activities successfully. ii. Demonstrate the digital technology knowledge and practical skills acquired.	Examination papers, computers and approved practical materials.
11	Closing Activities	1. Review of students' learning experiences. 2. Discussion of achievements and challenges. 3. Evaluation of practical projects and digital skills acquired.	Students should be able to: i. Reflect on their learning experiences. ii. Identify the digital skills acquired throughout secondary school.	Project reports, evaluation sheets and discussion materials.
12	Graduation Preparation	1. Preparation for graduation activities. 2. Final academic and project documentation. 3. Guidance on continued development of digital skills after secondary school.	Students should be able to: i. Organize their academic and project records. ii. Identify opportunities for continued digital learning.	Project portfolios, certificates, digital learning resources and presentation materials.
13	Closing & Graduation	1. Final school activities. 2. Graduation and recognition activities. 3. Reflection on the students' secondary school digital technology journey. 4. Encouragement for lifelong digital learning.	Students should be able to: i. Reflect on the knowledge and skills acquired from SS1–SS3. ii. Demonstrate appreciation of the role of digital technologies in future education, work and society.	Certificates, project portfolios, presentation equipment and digital learning resources.

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