INDUSTRIAL TECHNOLOGY ELECTRICAL TECHNOLOGY LEVEL 7 9
General Health Safety Requirement Procedures Skills Knowledge Understing Attitude Content Methods/ Practicing Identify Safety is important Always be Requirements as personal personal in workshop prepared to prescribed through general safety general safety worksites. work in a rules regulations requirements in workshop. workshop with for the country in governing safety in relation to workshops. workshops mind. work sites. Practicing electrical electronic safety requirements governing workshops. Follow safety procedures based on rules regulations. Electrical electronic safety regulations pertaining to safety in workshop. The safety procedures based on rules regulations in workshop. Regulations rules governing workshops are prepared must be adhered to. Electrical electronic safety requirements are important must be followed at all times. Beware of accident hazards the safe use of machines, tools equipment. Careless use of equipment can cause serious accident to one self others. List of rules, regulations, procedures for specific rules regulations in booklets, charts, diagrams videotapes. Outline rules regulations governing workshops safety. Discuss the importance of safety the need for it at all times. Let students list safety rules identify areas of accident Observe the students as they prepare to enter the workshop. Prepare them with the correct outfit. Observe the regulations rules in hling tools, materials equipment. Let students do simple projects using tools. Agriculture Home Economics Physics. 10
Maintain Safety Healthy Working Environment. Skills Knowledge Understing Attitude Content Methods/ Be familiar with State/list The layout Types of work the surrounds of the environment, hazards, environment work place. disposal hygiene hazards practices safe disposal requirements. of water. Practice good hygiene in workstation. Plan organize efficient use maintenance of workstations. Correct practices at work places safety Be aware of the environment, waste disposal hygiene procedure. The plan for maintaining healthy working environment. The correct principles practices at work places. Be aware of The method of waste disposal, hazards, cleaning storing, acceptable behaviour, rules record keeping. Carelessness negative attitude leads to accidents injury. Always be aware of the working environments, cleaning schedules, waste disposals, storage of tools materials. Show leadership qualities in the work place. Organise cleaning storing activities. Allocate time for cleaning after work. Knowledge of the environment the Inventory of resources. Preparation schedules procedure. Storage of materials supplies, maintenance of tools, equipment, machines, rules, regulations specifications. Prepare charts of rules regulations. Prepare schedules for cleaning inventory, stock of materials. Method of removing waste materials. Check tools before after use. Identify hazards due to carelessness. Prepare reports on a monthly basis. Ask students to identify define the environment, hazards, waste disposals, workstations hygiene. Let students organise cleaning storage of tools, materials equipment. Maximum use of tools materials. Home Economics Art & Craft Agriculture. 11
First Aid Skills Knowledge Understing Attitude Content Methods/ Define the What is an Accidents cause Be aware of Types of accidents term injury, injury an serious injuries accident, injury accident accident. hazards emergencies. emergency. emergencies. avoid them. Acquire help in the event of an accident. How to take care of an accident victim or Applying first aid treatment for shock, burns, wounds, fracture, eye injury, chocking poisoning. What form of help is required in an accident? How to hle an What form of first aid to apply to a specific injury? Apply artificial respiration. Injured persons need help quickly. How to hle an The form of first aid to apply. Procedures for treating shocks, burns, wounds, broken limbs, etc. Assist persons who become. Obtain help from eligible persons. Apply first aid treatment to Practise the step in treating shocks, burns, wounds, broken limbs, poisoning, etc. Requirements procedures. Contents of a First Aid Kit. Procedures for treating shock, burns, wounds, broken limbs, injury to eye, choking poisoning. Use of charts, booklets, diagrams video tapes. Define the terms associate, with injuries, accidents emergencies. Explain the type of help needed in the event of an accident. Demonstrate the type of assistance you will offer to an Explain first aid principles. Treat cases of shock, burns, fractures, poisonings, eye injury, etc. List types of accidents injuries sustained. List steps in treating an Demonstrate first aid treatment artificial respiration. Treat cases of shock, burns, eye injuries, fractures poisonings. Home Economics Agriculture Integrated Physics Craft. 12
Electron Theory Skills Knowledge Understing Attitude Content Methods/ Be able to Draw a The structure of (Knowledge) Define matter, draw label diagram to atom. Matter, elements, elements, a diagram to show the molecules molecule show the structure of an Define matter, compounds compound. structure of an atom label element molecules simple electron atom. the parts. compound. theory. Define the unit of charge the coulomb. Calculate Q, I at t using the formula Q=Ixt. Define the unit state the formula. Know to calculate formula quality of charge, current time using Q=It The symbol unit of charge, current time. To calculate the charge Q, the current I time in a circuit using Q=Ixt I=Q/t T=Q/I. Be aware of the nature of matter the structure of an atom the particles of an atom. Draw the symbol, state the unit of Q, I t. Calculate charge Q, current I time t using the formula Q=It, Students must avoid direct contact with electric charge. Structure of an atom, the charge on each particle of an electron. Movements of electrons in an atom. Coulombs per second ion. Concept of resistance voltage, Calculation of charge, current time.. Show the structure of an atom, showing name of the particles the charge on each particle. Explain the movement of charges calculate the charge, current resistance time taken for charge. Give example check students work to avoid direct contact or transfer of electric charge. Let students draw a diagram to show the structure of an atom, name the particles state the charge on each particle. Calculate charge, time current, voltage resistance of circuit. Integrated Physics 13
Skills Knowledge Understing Attitude Content Methods/ OHM s Law i) Being able to State Ohms The relationships Become Experiment to verify Perform state verify Law show between current, familiar with Ohm s Law. experiment with ohms law as a the voltage definition of a circuit to find relationship relationship resistance in a qualities Definition unit of the current, between between the simple circuit. their units as it current, voltage voltage current, voltage quantities. applies to resistance in a circuit. resistance. resistance. Ohm s Law. ii) Verify Ohm s Law by experiment. iii) Manipulate formulate formulae involving use of OHM s Law. iv) Perform calculations involving voltage, current resistance. Definition of voltage, current resistance units. Change the formula to find V, I R. To calculate V,I & R in a circuit using Ohms Laws. To define state the units of the quantity V,I R V=IxR I=V/R R=v/I To calculate V,I & R using the formulae from Ohm s Law. Be able to change the subject of the formula to calculate V,I R. Calculate V,I & r using values for voltage, current resistance in a simple circuit. Develop the ability to make accurate measurements calculations. Formulate establishing relationships between current, voltage resistance. Application of Ohm s Law. Concept of conventional flow of current election flow. Reduce the relationship write a definition for each quantity state their symbol unit name. Manipulate formula use typical values calculate V, I R in circuits. Define, write symbol unit name for each quantity. State Ohm s Law write the formulae for each quantity V,I R. Calculate voltage, current resistance in a circuit Ohm s Law:- V = I xr I = V / R R = V / I. Integrated Physics 14