Week 1: Renewable Energy Sources
Introduction to renewable energy
Discussion on solar, wind, and hydropower
Class project: researching and presenting on a specific renewable energy source
Week 2: Energy Storage Technologies
Overview of energy storage systems
Batteries and their types
Lab experiment: testing different battery technologies
Week 3: Power Distribution Systems
Understanding power distribution grids
Components of a power distribution system
Field trip: visit to a local substation or power distribution facility
Week 4: Electrical Wiring and Installation
Basics of electrical wiring
Safety measures in wiring installations
Practical session: hands-on wiring exercises
Week 5: Home Automation Systems
Introduction to home automation
Discussion on smart homes and IoT devices
Group project: designing a simple home automation system
Week 6: Industrial Electronics
Applications of electronics in industrial settings
Control systems and automation in industries
Guest lecture: industry expert sharing experiences in industrial electronics
Week 7: Troubleshooting and Maintenance
Techniques for troubleshooting electrical systems
Importance of regular maintenance
Workshop: hands-on troubleshooting exercises
Week 8: Power Electronics and Motor Drives
Overview of power electronics
Motor drive systems and their applications
Lab experiment: building a motor drive system
Week 9: Instrumentation and Measurement
Importance of instrumentation in electrical systems
Types of measuring instruments
Practical session: using measuring instruments in electrical circuits
Week 10: Communication in Electrical Systems
Basics of communication protocols in electrical systems
Networking in electrical devices
Group project: designing a communication system for connected devices
Week 11: Revision Week
Comprehensive review of third-term concepts
Mock exams and practice sessions
Peer review: students discussing challenging topics with each other
Week 12: Examination Week
Final written and practical exams for the third term
Evaluation of students’ knowledge and skills in advanced electrical concepts
Week 13: School Dismissal Week
Course reflection and feedback session
Certificate distribution for completing the Basic Electricity course.
FAQs
What topics are covered in the SS1 Third Term Basic Electricity lesson?
The SS1 Third Term Basic Electricity lesson covers topics such as electrical circuits, conductors and insulators, current, voltage, resistance, Ohm’s law, and safety measures when handling electricity. It also introduces simple electrical devices and their applications in daily life.
How is the scheme of work structured for this term?
The scheme of work is structured to progress from simple to more complex concepts. It begins with basic definitions and principles of electricity, followed by practical demonstrations, exercises on circuit connections, calculation of electrical quantities, and concludes with assessments and revision activities.
What practical activities are included in the lesson?
Practical activities include building simple series and parallel circuits, measuring voltage and current using a voltmeter and ammeter, identifying electrical components, and performing experiments to understand the behavior of conductors and insulators. These activities reinforce theoretical concepts and improve students’ hands-on skills.
How are students assessed in the Third Term Basic Electricity lesson?
Students are assessed through continuous assessment, class participation, practical exercises, and written tests. The assessment focuses on understanding of concepts, ability to solve simple electrical problems, correct construction of circuits, and adherence to safety procedures during practical work.
Also Read: SS3 First Term Basic Electricity Lesson Note and Scheme of Work
