Production Techniques

Making Homemade Soap - Introduction and materials for soap making

By the end of the lesson, the learner should be able to:
- Define soap and explain how homemade soap is made from plant-based oils and lye
- Group materials and equipment needed for making homemade soap
- Appreciate soap making as a practical life skill and income-generating activity

In groups, learners are guided to:
- Discuss what soap is and how it is used for personal hygiene and cleaning
- Identify materials needed for soap making such as plant oils, lye (caustic soda), water and fragrance
- Discuss safety precautions when handling lye during soap making

Why is it important to follow safety precautions when using lye in homemade soap making?

- Plant oils
- Caustic soda (lye)
- Water
- Containers
- Gloves
- Goggles

- Oral questions - Written assignments

Production Techniques

Making Homemade Soap - Safety precautions in soap making

By the end of the lesson, the learner should be able to:
- identify the safety precautions to observe when making homemade soap
- Describe the dangers of handling caustic soda without protective gear
- Demonstrate responsibility and caution during practical soap making activities

In groups, learners are guided to:
- Discuss the dangers of caustic soda including burns and eye damage if handled incorrectly
- Identify protective gear required during soap making including gloves, goggles and apron
- Discuss how to safely mix lye with water by adding lye to water and never water to lye

What safety measures must a learner follow to avoid injury when making homemade soap?

- Gloves
- Goggles
- Apron

- Oral questions - Written assignments

Production Techniques

Making Homemade Soap - Preparing the lye solution

By the end of the lesson, the learner should be able to:
- Describe the correct procedure for mixing lye with water to make a lye solution
- prepare a lye solution following correct safety procedures
- Show caution and precision when handling caustic soda during the practical activity

In groups, learners are guided to:
- Put on protective gear before beginning the lye preparation activity
- Carefully measure the correct amount of caustic soda and slowly add it to water while stirring
- Allow the lye solution to cool before proceeding to the next step of soap making

Why must lye always be added to water and never water added to lye when making a lye solution?

- Caustic soda
- Water
- Measuring containers
- Stirring stick
- Gloves
- Goggles
- Apron

- Observation - Practical assessment

Production Techniques

Making Homemade Soap - Mixing oils and combining with lye solution
Making Homemade Soap - Pouring into moulds and adding fragrance

By the end of the lesson, the learner should be able to:
- Measure and prepare plant oils for soap making
- Combine cooled lye solution with plant oils at the correct temperature
- Demonstrate patience and precision during the soap mixing process

In groups, learners are guided to:
- Measure the required amount of plant oil and heat it gently until warm
- Allow both the oil and lye solution to cool to the same temperature before combining
- Pour the lye solution slowly into the oil while stirring continuously until the mixture reaches trace

How do you know the soap mixture has reached the correct stage (trace) before pouring it into moulds?

- Plant oils
- Lye solution
- Cooking pot
- Stirring stick
- Thermometer
- Gloves
- Goggles
- Soap mixture at trace
- Soap moulds
- Fragrance or essential oils
- Natural colourants
- Gloves

- Observation - Practical assessment

Production Techniques

Making Homemade Soap - Cutting, curing and finishing soap

By the end of the lesson, the learner should be able to:
- Unmould and cut the set soap into bars of appropriate sizes
- Explain why soap must be cured for several weeks before use
- Appreciate that curing improves the hardness and quality of homemade soap

In groups, learners are guided to:
- After 24 to 48 hours unmould the set soap carefully and cut into bars
- Arrange the soap bars on a rack or tray and leave them to cure in a well-ventilated area for 4 to 6 weeks
- Discuss how curing reduces the lye content and improves the hardness and mildness of the soap

Why must homemade soap be cured for several weeks before it is safe to use on the skin?

- Set soap
- Knife
- Curing rack or tray
- Gloves

- Observation - Practical assessment

Production Techniques

Making Homemade Soap - Packaging and marketing homemade soap

By the end of the lesson, the learner should be able to:
- Package cured soap bars attractively for sale or gifting
- Create a simple label with the product name, ingredients and contact details
- Show entrepreneurial thinking by planning how to market and sell homemade soap in the community

In groups, learners are guided to:
- Wrap cured soap bars in paper or fabric and design a simple label for the product
- Discuss where and how to sell homemade soap such as at school events, market days or through social media
- Estimate the cost of making the soap and set a selling price to make a profit

How can a learner package and market homemade soap to make it attractive to buyers?

- Cured soap bars
- Wrapping paper
- Marker pens
- Scissors
- Notebooks

- Observation - Portfolio - Oral questions

Production Techniques

Making Homemade Soap - Summary and Strand 4 assessment

By the end of the lesson, the learner should be able to:
- Summarise the soap making process from preparing the lye solution to curing and packaging
- Demonstrate understanding of all Strand 4 production techniques including knitting, suspended gardens, value addition and soap making
- Reflect on personal learning progress across the entire Strand 4

In groups, learners are guided to:
- Review the key steps of soap making and discuss the importance of safety, hygiene and curing
- Complete the learning progress tracker and self-assess achievement across all Strand 4 sub-strands
- Complete a written assessment covering knitting, framed suspended gardens, value addition and soap making

What have you learnt about production techniques in Strand 4 and how will you apply these skills at home or in the community?

- Notebooks
- Learning progress tracker
- Assessment paper
- Pen

- Written test - Self-assessment - Oral review

Food Production Processes

Preparation of Planting Sites - Types of planting sites

By the end of the lesson, the learner should be able to:
- Identify different types of planting sites used in crop production
- Describe planting sites such as container gardens, wall gardens, fence gardens and driveway gardens
- Show interest in using available spaces creatively for crop production

In groups, learners are guided to:
- Observe photographs showing different types of planting sites and discuss features of each
- Identify planting sites common in the local community
- Discuss how each type of planting site is prepared

What types of planting sites can be used to grow crops in limited spaces?

- Distinction Grade 7 pg. 23
- Digital devices
- Reference books
- Notebooks

- Oral questions - Written assignments

Food Production Processes

Preparation of Planting Sites - Types of tilth and matching planting materials

By the end of the lesson, the learner should be able to:
- Distinguish between fine tilth, medium tilth and coarse tilth
- Match each type of tilth with appropriate planting materials
- Appreciate that soil preparation affects crop establishment and growth

In groups, learners are guided to:
- Study and discuss guidelines on fine, medium and coarse tilth
- Examine sample planting materials and recommend the appropriate tilth for each
- Fill in a table matching planting materials to their appropriate tilth type

How does the type of planting material determine the tilth needed for the planting site?

- Distinction Grade 7 pg. 24
- Sample planting materials
- Notebooks

- Oral questions - Written assignments

Food Production Processes

Preparation of Planting Sites - Preparing a fine tilth planting site

By the end of the lesson, the learner should be able to:
- Describe the steps for preparing a fine tilth planting site
- Practise clearing, digging and raking a site to achieve fine tilth
- Demonstrate care and safety when handling gardening tools

In groups, learners are guided to:
- Clear the site using a slasher or panga and carry out 2nd and 3rd digging
- Break soil lumps using a jembe to ensure the soil is fine
- Use a rake to clear stones and lumpy matter to achieve fine tilth

Why does fine tilth require more digging rounds than coarse tilth?

- Distinction Grade 7 pg. 28
- Panga
- Jembe
- Rake
- Slasher
- Gumboots
- Gloves

- Observation - Practical assessment

Food Production Processes

Preparation of Planting Sites - Preparing medium and coarse tilth planting sites
Preparation of Planting Sites - Preparing container and wall planting sites

By the end of the lesson, the learner should be able to:
- Describe the steps for preparing medium and coarse tilth planting sites
- Prepare furrows or drills suitable for large planting materials
- Show responsibility and teamwork during site preparation

In groups, learners are guided to:
- Clear the site and dig to achieve medium tilth breaking only large clods
- For coarse tilth, dig once and make furrows or drills for large planting materials such as tubers
- Discuss how each tilth type suits specific planting materials

How is preparing a coarse tilth different from preparing a fine tilth?

- Distinction Grade 7 pg. 29
- Jembe
- Panga
- Fork jembe
- Containers (sacks, boxes, plastic bottles)
- Soil
- Compost manure
- Thread or wire
- Watering cans

- Observation - Practical assessment

Food Production Processes

Preparation of Planting Sites - Planting sites along pathways and fences

By the end of the lesson, the learner should be able to:
- Identify suitable spaces along pathways, driveways and fences for crop production
- Prepare the identified site to the appropriate tilth for the chosen crop
- Value the use of underutilised school spaces for food production

In groups, learners are guided to:
- Walk around the school and identify spaces along fences, pathways and driveways suitable for planting
- Discuss what to consider when selecting a suitable site
- Till the soil to the desired tilth and prepare the site for planting

What should a learner consider when selecting a planting site along a pathway or fence?

- Distinction Grade 7 pg. 27
- Notebook
- Pen
- Jembe
- Panga

- Observation - Oral questions

Food Production Processes

Preparation of Planting Sites - Identifying and evaluating planting sites in school

By the end of the lesson, the learner should be able to:
- Identify and evaluate various sites suitable for planting crops in the school compound
- Photograph and document identified sites for reference
- Demonstrate initiative in making productive use of available school spaces

In groups, learners are guided to:
- Walk around the school compound and identify sites suitable for crop production
- Take photographs of identified sites using digital cameras or smartphones
- Discuss findings with classmates and record what was considered in selecting each site

Which spaces in your school are most suitable for setting up a crop garden and why?

- Distinction Grade 7 pg. 26
- Digital camera or smartphone

- Observation - Portfolio - Oral questions

Food Production Processes

Preparation of Planting Sites - Practical preparation of the planting site

By the end of the lesson, the learner should be able to:
- Prepare the selected planting site to the appropriate tilth for the chosen crop
- Apply compost manure to improve soil fertility before planting
- Work collaboratively and safely during the practical activity

In groups, learners are guided to:
- Select a crop to establish and determine the suitable tilth for it
- Visit the identified site and prepare it according to the required tilth type
- Apply compost manure and clean tools after use

Why is it important to apply compost manure when preparing a planting site?

- Distinction Grade 7 pg. 28
- Panga
- Jembe
- Fork jembe
- Rake
- Slasher
- Compost manure
- Gumboots
- Gloves

- Observation - Practical assessment

Food Production Processes

Preparation of Planting Sites - Summary and review

By the end of the lesson, the learner should be able to:
- Summarise the types of planting sites and their preparation methods
- Explain how tilth type relates to planting material size
- Reflect on personal learning progress on preparation of planting sites

In groups, learners are guided to:
- Review and discuss key points from the preparation of planting sites sub-strand
- Complete the learning progress tracker and self-assess achievement
- Answer review questions and share responses in class

How does proper preparation of a planting site contribute to successful crop establishment?

- Distinction Grade 7 pg. 23
- Notebooks
- Learning progress tracker

- Written assignments - Self-assessment - Oral questions

Food Production Processes

Crop Establishment - Categories of planting materials

By the end of the lesson, the learner should be able to:
- Categorise planting materials into seeds and vegetative materials
- Give examples of crops established through seeds and through vegetative materials
- Show curiosity about the different ways crops can be propagated

In groups, learners are guided to:
- Use digital devices or textbooks to observe and read about seeds and vegetative planting materials
- Categorise collected planting materials as seeds or vegetative materials in a table
- Discuss the differences between seeds and vegetative planting materials

What is the difference between seeds and vegetative planting materials?

- Distinction Grade 7 pg. 33
- Digital devices
- Sample planting materials
- Notebooks

- Oral questions - Written assignments

Food Production Processes

Crop Establishment - Selecting suitable planting materials

By the end of the lesson, the learner should be able to:
- Describe the characteristics of good quality seeds and vegetative planting materials
- Select suitable planting materials based on maturity, health and freedom from damage
- Demonstrate care and attention to detail when selecting planting materials

In groups, learners are guided to:
- Gather planting materials and analyse them for quality characteristics
- Select seeds that are mature and free from cracks, bruises and pests
- Select vegetative materials that are mature, healthy and have at least three buds

How can a learner identify high quality planting materials suitable for establishing crops?

- Distinction Grade 7 pg. 35
- Sample planting materials (seeds, cuttings, tubers)
- Notebooks

- Observation - Oral questions - Written assignments

Food Production Processes

Crop Establishment - Methods of planting (dibbling and drilling)

By the end of the lesson, the learner should be able to:
- Describe dibbling and drilling as methods of establishing crops
- Identify the planting materials most suitable for each method
- Appreciate that choosing the right planting method promotes proper spacing and depth

In groups, learners are guided to:
- Discuss the dibbling method of placing seeds in holes at proper depth and spacing
- Discuss the drilling method of planting seeds or tubers in furrows
- Identify which of the collected planting materials are best planted by each method

When would a farmer choose drilling over dibbling for establishing a crop?

- Distinction Grade 7 pg. 36
- Sample seeds and tubers
- Notebooks
- Digital devices

- Oral questions - Written assignments

Food Production Processes

Crop Establishment - Methods of planting (broadcasting)
Crop Establishment - Determining the appropriate time for planting

By the end of the lesson, the learner should be able to:
- Describe broadcasting as a method of establishing crops
- Identify small-seeded crops suitable for broadcasting
- Show willingness to apply the most appropriate planting method for a given crop

In groups, learners are guided to:
- Discuss how broadcasting involves spreading seeds on a ploughed or wet seedbed
- Identify crops established through broadcasting such as finger millet, oats and cotton
- Compare broadcasting with dibbling and drilling and note the differences

Which types of seeds are best established through broadcasting and why?

- Distinction Grade 7 pg. 37
- Sample small seeds
- Notebooks
- Digital devices
- Notebooks

- Oral questions - Written assignments

Food Production Processes

Crop Establishment - Practical crop establishment

By the end of the lesson, the learner should be able to:
- Establish a crop of choice using the appropriate planting material and method
- Apply the correct planting spacing and depth for the chosen crop
- Demonstrate responsibility and teamwork during the practical planting activity

In groups, learners are guided to:
- Select a crop and establish it in the prepared planting site using the appropriate method
- Apply the correct depth and spacing when establishing the planting materials
- Begin initial management practices such as watering and constructing shades where necessary

What factors must a learner consider before establishing planting materials in a prepared site?

- Distinction Grade 7 pg. 39
- Panga
- Jembe
- Tape measure
- Watering cans
- Planting materials of choice
- Gumboots
- Gloves

- Observation - Practical assessment

Food Production Processes

Crop Establishment - Monitoring germination and early crop growth

By the end of the lesson, the learner should be able to:
- Observe and record germination and early growth of established crops
- Identify signs of healthy and unhealthy germination
- Appreciate the importance of monitoring crops after establishment

In groups, learners are guided to:
- Visit the established crop and observe germination progress
- Record the number of germinated seeds or sprouted vegetative materials
- Identify any planting materials that have failed to grow and note possible reasons

How can a learner tell whether the crop they established is growing well?

- Distinction Grade 7 pg. 40
- Established crop in school garden

- Observation - Portfolio

Food Production Processes

Crop Establishment - Summary and review

By the end of the lesson, the learner should be able to:
- Summarise the categories, selection criteria and methods of establishing crops
- Explain how weather and soil conditions determine the appropriate planting time
- Reflect on personal learning progress on crop establishment

In groups, learners are guided to:
- Review and discuss key points from the crop establishment sub-strand
- Complete the learning progress tracker and self-assess achievement
- Answer review questions and share responses in class

What steps must a farmer follow from selecting planting materials to successfully establishing a crop?

- Distinction Grade 7 pg. 33
- Notebooks
- Learning progress tracker

- Written assignments - Self-assessment - Oral questions

Food Production Processes

Crop Establishment - Project presentation on established crops

By the end of the lesson, the learner should be able to:
- Present findings on the crop establishment project to the class
- Describe the planting site prepared, planting material used, method applied and early growth observations
- Demonstrate confidence and respect when presenting and receiving feedback

In groups, learners are guided to:
- Prepare a short presentation on the crop establishment project including site preparation, planting method and germination observations
- Present to the class and receive feedback from teacher and peers
- Discuss challenges faced during the project and how they were addressed

What did you learn from establishing your crop that you would do differently next time?

- Distinction Grade 7 pg. 40
- Notebooks
- Digital devices for photographs
- Established crop samples

- Oral presentation - Portfolio - Peer assessment

Food Production Processes

Selected Crop Management Practices - Introduction and importance of crop management

By the end of the lesson, the learner should be able to:
- Identify crop management practices carried out after crop establishment
- Explain why crop management is important for healthy crop growth
- Show willingness to take responsibility for managing established crops

In groups, learners are guided to:
- Discuss crop management practices such as weeding, thinning, earthing up, gapping and hardening
- Watch videos on crop management practices using digital devices
- Discuss which management practices are applicable to the crops established

Why is it important to carry out management practices after establishing a crop?

- Distinction Grade 7 pg. 43
- Digital devices
- Notebooks

- Oral questions - Written assignments

Food Production Processes

Selected Crop Management Practices - Weeding: identifying weeds and their effects on crops

By the end of the lesson, the learner should be able to:
- Distinguish between weeds and crops in a garden
- Explain how weeds compete with crops for space, light and nutrients
- Appreciate that timely weeding reduces competition and improves crop yields

In groups, learners are guided to:
- Visit a school farm or neighbourhood garden to observe weeds and crops and note differences
- Identify and name types of weeds such as oxalis, black jack, nutgrass and clover
- Take photographs of weeds and compile them for a class presentation

How do weeds affect the growth and yield of crops in a garden?

- Distinction Grade 7 pg. 44
- Notebook
- Pen
- Digital camera or smartphone
- Reference books

- Observation - Oral questions - Portfolio

Food Production Processes

Selected Crop Management Practices - Practical weeding (handweeding, hand hoeing, digging)
Selected Crop Management Practices - Practical weeding (cutting, mowing, mulching)

By the end of the lesson, the learner should be able to:
- Carry out handweeding, hand hoeing and digging to remove weeds from established crops
- Remove deep-rooted and perennial weeds using appropriate physical methods
- Demonstrate care to avoid damaging crop roots during weeding

In groups, learners are guided to:
- Pull out weeds by hand especially near young crops to protect roots and stems
- Use a hand hoe to shallow-dig soil around crops and collect weeds for drying
- Dig deeper to remove perennial weeds with deep root systems

How does hand hoeing differ from handweeding in controlling weeds?

- Distinction Grade 7 pg. 46
- Jembe
- Hand hoe
- Panga
- Axe
- Sickle
- Mulching materials

- Observation - Practical assessment

Food Production Processes

Selected Crop Management Practices - Earthing up and thinning

By the end of the lesson, the learner should be able to:
- Carry out earthing up by piling soil around crops such as Irish potatoes to promote tuber growth
- Carry out thinning by removing congested crops to create space for remaining crops
- Appreciate that earthing up and thinning improve the overall quality of the harvest

In groups, learners are guided to:
- Identify crops in the garden that require earthing up such as Irish potatoes
- Pile soil around the base of appropriate crops and discuss how this regulates moisture and temperature
- Uproot congested crops during thinning and observe how spacing improves growth

How does earthing up help a potato crop produce better tubers?

- Distinction Grade 7 pg. 48
- Jembe
- Garden tools
- Established crops in school garden

- Observation - Practical assessment

Food Production Processes

Selected Crop Management Practices - Gapping and hardening

By the end of the lesson, the learner should be able to:
- Carry out gapping by filling empty spaces where planting materials failed to germinate
- Carry out hardening or curing on appropriate crops such as potatoes, onions and maize
- Value gapping and hardening as practices that maximise yield and reduce post-harvest losses

In groups, learners are guided to:
- Inspect the seedbed several days after planting and identify spaces where germination failed
- Fill in empty spaces with new planting materials or replace weak and diseased crops
- Harden potato tubers by cutting vines and leaving them before harvest; sun-cure onions and cereals to reduce moisture

How does gapping help a farmer make the most of available seedbed space?

- Distinction Grade 7 pg. 49
- Planting materials
- Jembe
- Garden tools
- Established crops in school garden

- Observation - Practical assessment

Food Production Processes

Selected Crop Management Practices - Planning crop management and project reporting

By the end of the lesson, the learner should be able to:
- Prepare a management plan showing practices, timing, responsible learners and tools needed
- Write a project report describing crops established and management practices carried out
- Demonstrate organisation and responsibility in documenting crop management activities

In groups, learners are guided to:
- Prepare a management timetable showing when to carry out thinning, weeding, hardening and earthing up
- Write a project report describing how each management practice was carried out and its benefit to the crop
- Share the report with the teacher and classmates for feedback

Why is it important to plan crop management activities before carrying them out?

- Distinction Grade 7 pg. 45
- Notebooks
- Pen
- Established crops in school garden

- Written report - Portfolio - Peer assessment

Food Production Processes

Selected Crop Management Practices - Summary, review and crop museum

By the end of the lesson, the learner should be able to:
- Summarise the crop management practices learnt and their importance to crop production
- Contribute to a crop museum or display showing planting sites, establishment methods and management practices
- Reflect on the entire crop production project with a sense of achievement

In groups, learners are guided to:
- Review and discuss key crop management practices and their importance
- Prepare a crop museum or display site in the school showing crops, planting sites and management information
- Complete the learning progress tracker and self-assess achievement

How do the crop management practices you carried out contribute to a good harvest?

- Distinction Grade 7 pg. 43
- Notebooks
- Established crops
- Learning progress tracker
- Display materials

- Written assignments - Self-assessment - Portfolio