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Why Choose Our Basic Technology Lesson Plan for JSS3 Second Term?

Creating an effective lesson plan can be time-consuming and challenging. Our Basic Technology lesson plan for JSS3 second term is meticulously structured to save you time and ensure that every topic is covered thoroughly. This lesson plan aligns with the latest curriculum requirements and educational standards, guaranteeing that your students receive the highest quality education.

Features of Our Lesson Plan for JSS3 Basic Technology Second Term

  • Comprehensive Content: Our lesson plan for JSS3 Basic Technology second term covers all essential topics.
  • Engaging Activities: Each lesson includes interactive and engaging activities to keep students interested and facilitate better understanding.
  • Assessment Tools: The plan comes with various assessment tools to help you gauge student progress and understanding.
  • Easy to Follow: With clear instructions and a logical flow, our lesson plan for Basic Technology JSS3 second term makes teaching a breeze.

Scheme of Work used for the Lesson Plan:

Our JSS3 Basic Technology lesson plan cover the following topics to ensure a holistic understanding of the subject matter:

1. Revision of first term work
2. Mechanical energy transmission system. (a) Friction (b) effects of friction (c) advantages and disadvantages of friction (d) methods of reducing friction (e) belt and chain drive (f) comparison with the gear drive
3. Mechanical energy transmission system.Gear. (i) Gears and gearing systems and related calculations. (ii) types of gears; internal gear, external gear,… (iii) uses of gears; power transmission, changing of direction, for selecting speed(iv) gear ratios and speed ratio (V) friction between meshed gears.
4. Mechanical energy transmission system. Motion (i) linear motion (ii) lever arrangement to produce linear motion (iii) uses of slides and slot in mechanical system (iv) Rotary motion, types of rotary motion – oneway rotary motion and the reversible rotary motion. (v) Conversion of rotary motion to linear motion
5. Mechanical energy transmission system. Airflow. (i) Speed and pressure relationship in air flow. (ii) Variation of air pressure and air speed and their applications. Pneumatics; (i) simple hydraulics and pneumatics devices; simple force pump, double acting pump,… (ii) Compressed air devices, hydraulic jacks, simple garden sprinkler, reaction turbine, water wheel
6. Simple electrical wiring: (a) electrical circuit: series and parallel circuits (b) wiring tools and materials; pliers, hammer, screw driver, clips, wooden blocks, cables, etc. (c) accessories: switches, lamp holders, etc
7. Building (a) foundation (i) definition and function of foundation: support and weight of walls, roofs and inhabitants (ii) foundation types: strip, stepped, raft etc. (iii) types and properties of soil (iv) hand tools and plant for excavation: diggers, shovels, excavator, etc. (b) walls; (i) materials for making walls: grass, zinc, curtain, bricks, etc. (ii) types of walls: walls grass, zinc, curtain bricks etc. (iii) materials for bonding
8. Building (c) floors: (i) floor: basement, ground floor, first floor, etc. (ii) DPC (d) doors, windows and openings (i) Doors: flush door, glazed, sliding, revolving, etc. (ii) windows: louver, sliding, casement, etc (iii) lintel
9. Building (e) Roofs (i) types of roof: flat roof, double pitched, lean-to Gable, etc (ii) roofing materials: grass, zinc, aluminium, etc. (f) simple blue print reading (I) sanitary wares: sink, bath, showers, etc. soak-away, septic tank, socket, windows, doors, room, etc.
10. Practical projects.

Sample Lesson Plan

To give you a taste of what to expect, here are few lesson plans samples from our JSS3 Basic Technology lesson plan second term package:

Week 1: Revision of last terms’ work

Week: 2

Term: Second Term

Class: Junior Secondary School 3 (JSS3)

Age: 14 years

Duration: 40 minutes of 2 periods

Date:

Subject: Basic Technology

Topic: Mechanical Energy Transmission system

SPECIFIC OBJECTIVES: At the end of the lesson, students should be able to:

  1. Define friction.
  2. Explain the nature/characteristics of friction.
  3. List the types of frictional force.
  4. Discuss the effects of friction.
  5. Identify the advantages and disadvantages of friction.
  6. Describe methods of reducing friction.
  7. Define belt and chain drives.
  8. Differentiate between belt and chain drives.
  9. Explain the applications of belt and chain drives.

INSTRUCTIONAL TECHNIQUES: Identification, explanation, questions and answers, demonstration, use of instructional materials

INSTRUCTIONAL MATERIALS: Diagrams of friction examples, Videos of belt and chain drives, Bicycle chain and sprocket, Ball bearings, etc.

INSTRUCTIONAL PROCEDURES

PERIOD 1-2

PRESENTATIONTEACHER’S ACTIVITYSTUDENTS’ ACTIVITY
STEP 1

INTRODUCTION

The teacher introduces the topic by discussing how everyday activities involve friction.Students listen and give examples of activities involving friction.
STEP 2

EXPLANATION

The teacher defines friction and explains its nature and characteristics.Students pay attention and participate in the discussion.
STEP 3

EXPLANATION

The teacher lists and explains the types of frictional force (static and dynamic friction).Students take notes and ask questions for clarification.
STEP 4

EXPLANATION

The teacher discusses the effects of friction, highlighting both advantages and disadvantages.Students discuss and provide additional examples of friction effects.
STEP 5

DEMONSTRATION

The teacher demonstrates methods of reducing friction using ball bearings and lubricants.Students observe and participate in the demonstration
STEP 6

NOTE TAKING

The teacher writes a summarized note on the boardThe students copy the note in their books
LESSON NOTE (Board Summary):

MECHANICAL ENERGY TRANSMISSION SYSTEM
Definition of friction: Friction can be defined as a force which opposes motion.
It is a force which stops/prevents motion. It acts whenever there is motion or tendency for something to move. i.e friction (or frictional force) is absent if there is no motion or if there is no force intending to cause motion.It stops your car when the brake is applied. It prevents your foot from slipping backward when you walk.
Friction can also be defined as a force of attraction between the molecules of two bodies in contact which prevents relative motion between the two bodiesClick Here to download the complete lesson plan (with the lesson note content included)

Week: 3

Term: Second Term

Class: Junior Secondary School 3 (JSS3)

Age: 14 years

Duration: 40 minutes of 2 periods

Date:

Subject: Basic Technology

Topic: GEAR DRIVE

SPECIFIC OBJECTIVES: At the end of the lesson, students should be able to:

  1. Explain what a gear drive is.
  2. Describe the concept of seizure in gear trains.
  3. Identify and describe the different types of gears.
  4. Discuss the uses of gear drives.
  5. Calculate gear ratio and speed ratio.
  6. Explain how gears can change the direction of drive.

INSTRUCTIONAL TECHNIQUES: Identification, explanation, questions and answers, demonstration, calculations, practical demonstration

INSTRUCTIONAL MATERIALS: Textbooks, pictures, gear models, cardboard, construction tools, nails, wood, video clips

INSTRUCTIONAL PROCEDURES

PERIOD 1-2

PRESENTATIONTEACHER’S ACTIVITYSTUDENTS’ ACTIVITY
STEP 1

INTRODUCTION

The teacher introduces the topic by asking students about different methods of transmitting motion, then defines gear drive and its importance.Students listen and respond to the teacher’s questions.
STEP 2

EXPLANATION

The teacher explains what a gear drive is, including the concept of a gear train and the necessity of lubrication to prevent wear.Students pay attention and ask questions for clarity.
STEP 3

EXPLANATION

The teacher describes the concept of seizure in gear trains and the role of the idler gear.Students take notes and engage with the teacher by asking questions.
STEP 4

DEMONSTRATION

The teacher demonstrates different types of gears using models and pictures: spur gear, helical gear, worm gear, rack and pinion, planetary gears, and bevel gears.Students observe the demonstration and take notes.
STEP 5

EXPLANATION

The teacher discusses the uses of gear drives and explains gear ratio and speed ratio with examples.Students listen attentively and participate in discussions.
STEP 6

PRACTICAL

The teacher guides students in constructing gears from cardboard and demonstrating a compound gear train.Students participate in the practical activity, constructing and demonstrating the gear train.
STEP 7

NOTE TAKING

The teacher writes a summarized note on the boardThe students copy the note in their books
LESSON NOTE (Board Summary):

GEAR DRIVE
This isa device used to transmit motion between parallel or inclined shafts that are close to each other (such that the tooth on the wheel mounted on the shafts mesh together). When two gears are in mesh, they are called GEAR TRAIN. Friction always occurs between the meshed teeth of the gear train. Constant lubrication is therefore necessary to prevent wearing. The teeth onClick Here to download the complete lesson plan (with the lesson note content included)


Benefits of Using Our JSS3 Basic Technology Lesson Plan

  • Time-Saving: Spend less time planning and more time teaching.
  • Boosts Student Performance: Well-structured lessons help improve student comprehension and retention.
  • Stress-Free Teaching: With everything planned out for you, teaching becomes a more enjoyable experience.

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Other Available Subjects

In addition to our JSS3 Basic Technology lesson plan, we have lesson plans for other subjects. Find the list of available subjects below:

Agricultural Science, Basic Science, Basic Technology, Biology, Catering and Craft Practice, Chemistry, Christian Religious Studies, Civic Education, Commerce, Computer Science, Cultural and Crative Arts, Data Processing, Economics, English Language, Financial Accounting, Food and Nutrition, Further Mathematics, Geography, Government, Home Economics, Marketing, Mathematics, Music, Physical and Health Education, Physics and Social Studies.

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