Evangelist Israel Nyarukokora

SOCIAL ETIQUETTE
Grade 6 & 7 Assessment
📝 SECTION A: MULTIPLE CHOICE QUESTIONS (30)
Online Academy 0772625001
Choose the correct answer.
1.Social etiquette refers to: A. School rules only
B. Good manners and acceptable behaviour
C. Traditions only
D. Family history
2.Which of the following is a family value? A. Rudeness
B. Respect
C. Fighting
D. Lying
3.Showing love in a family helps to: A. Create conflicts
B. Build strong relationships
C. Cause fear
D. Break trust
4.Honesty in a family means: A. Keeping secrets always
B. Telling the truth
C. Shouting at others
D. Ignoring rules
5.Responsibility at home includes: A. Refusing to help
B. Doing chores when asked
C. Fighting siblings
D. Wasting resources
6.Respect in a family is shown by: A. Interrupting elders
B. Listening when others speak
C. Using bad language
D. Ignoring advice
7.Communication is best described as: A. Keeping quiet
B. Sharing information and ideas
C. Quarrelling
D. Giving orders
8.Which is a proper way of communication? A. Shouting
B. Interrupting others
C. Listening attentively
D. Using insults
9.Taking turns to speak shows: A. Rudeness
B. Respect
C. Anger
D. Pride
10.Using kind words in communication helps to: A. Create peace
B. Cause conflict
C. Start fights
D. Show weakness
11.Poor communication in families can lead to: A. Harmony
B. Trust
C. Misunderstandings
D. Cooperation
12.Effective communication helps to build: A. Hatred
B. Confusion
C. Strong relationships
D. Fear
13.Which of the following is NOT a benefit of effective communication? A. Peace
B. Trust
C. Conflict
D. Teamwork
14.Acceptable behaviour in the community means: A. Breaking rules
B. Behaving well according to community standards
C. Acting selfishly
D. Ignoring others
15.Greeting people politely is an example of: A. Bad behaviour
B. Acceptable behaviour
C. Disrespect
D. Carelessness
16.Respecting elders in the community shows: A. Discipline
B. Pride
C. Disobedience
D. Laziness
17.Following community rules helps to: A. Create disorder
B. Promote peace
C. Increase crime
D. Cause conflict
18.Environmental responsibility means: A. Throwing litter anywhere
B. Protecting the environment
C. Destroying plants
D. Ignoring cleanliness
19.Keeping the environment clean helps to: A. Spread diseases
B. Improve health
C. Increase pollution
D. Attract pests
20.Which of the following is good behaviour in the community? A. Damaging property
B. Helping others
C. Using bad language
D. Fighting
21.Helping others in the community shows: A. Selfishness
B. Care and cooperation
C. Hatred
D. Laziness
22.Proper eating habits include: A. Eating carelessly
B. Sharing utensils carelessly
C. Eating politely
D. Wasting food
23.Which action promotes peace in a community? A. Gossiping
B. Fighting
C. Respecting one another
D. Insulting others
24.Tolerance means: A. Accepting differences
B. Hating others
C. Refusing to cooperate
D. Fighting over opinions
25.Which of the following is a sign of good manners? A. Pushing others
B. Saying “please” and “thank you”
C. Shouting
D. Interrupting
26.Respecting public property means: A. Destroying it
B. Taking care of it
C. Ignoring it
27. Good communication at home helps children to: A. Feel unsafe
B. Feel valued and understood
C. Feel afraid
D. Feel ignored
28.Which behaviour can cause conflict in families? A. Listening to each other
B. Using kind words
C. Shouting and insults
D. Sharing ideas
29.Social etiquette helps people to: A. Live together peacefully
B. Compete violently
C. Break rules
D. Avoid cooperation
30.Practising good behaviour makes a community: A. Unsafe
B. Disorganised
C. Peaceful and united
D. Violent

✍️ SECTION B: STRUCTURED QUESTIONS (10)
1.What is social etiquette?
2.List three family values.
3.Explain two ways of showing respect at home.
4.State two proper ways of communication in families.
5.Mention two benefits of effective communication.
6.What is meant by acceptable behaviour in the community?
7.Give three examples of acceptable behaviour in the community.
8.Explain two benefits of good behaviour in society.
9.Why is environmental responsibility important in the community?
10.How does practising social etiquette help families and communities?

7.com

GRADE 6 ENGLISH PAPER 2

1. Choose either A or B and write a composition

A. Write a composition on the day you were stung by bees. Use the following points and others you may think of. Your composition should be between 80 and 120 words.
- When did this happen?
- Where were you?
- With whom were you?
- What were you doing
- What happened next?
B. Write a letter to your friend telling him or her on the developments that are taking place in your community. Use the following points and others of your own.

- What are the developments?
- How the developments helping your community?
- Who is giving assistance?
- How do you feel about the developments?
-

SECTION B - 10 MARKS
COMPREHENSION
Our opponents in World Cup qualifiers are tough, says Bafana coach
By Newsreport.co.zw | Published: 20 Aug 2021
Bafana Bafana coach Hugo Broos says he is targeting to qualify for the 2022 World Cup in Qatar and is wary of the tough opponents in the qualifiers. South Africa are in Group G along with neighbours Zimbabwe, Ghana and Ethiopia.
Speaking on Thursday during the squad announcement for the opening games against the Warriors and the Black Stars on 3 and 6 September, respectively, Broos said: “We have to prepare a young and victorious team and qualify for the World Cup in Qatar.
“But we have a tough group with three teams who qualified for the Nations Cup next year, so it can be that we don’t qualify [for Qatar]. But we will try to do everything that we can to qualify.
QUESTIONS
1. Who is Hugo Bross? [1]
2. When was this article published? [1]
3. Name any three teams which are in group G. [3]
4. According to the article, where and when will be the World Cup competitions? [2]
5. When will Bafana Bafana play The Worriers? [1]
6. Who is the publisher of this article? [1]
7. Give the opposite of the word qualify. [1]
SUMMARY
8. The heading of the article says, ‘Our opponents in World Cup qualifiers are tough, says Bafana coach’. In not more than 30 words explain what will hinder Bafana Bafana team qualify for World Cup. [5]
9.

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A LEVEL BIOLOGY
SCHOOL BASED PROJECT

Name of School: ____________________________
Name of Pupil: ____________________________
Year: 2026
Level: A Level
Learning Area: Biology

Project Title:
Analysing the Spread of Communicable Diseases in Schools and Effective Prevention Strategies

PROJECT OBJECTIVES
1. To identify the most common communicable diseases affecting learners and staff at ____________________________.
2. To investigate how communicable diseases spread within a school environment (contact, droplets, contaminated surfaces, food/water).
3. To collect and analyse school-based data on illness cases, symptoms, and risk factors to determine major causes of disease spread.
4. To calculate key indicators such as percentages, rates, and simple risk comparisons to support conclusions.
5. To design practical prevention strategies that reduce disease transmission at ____________________________.
6. To evaluate the effectiveness of the proposed strategies and recommend improvements for future implementation.

STAGE 1: PROBLEM IDENTIFICATION

1.1 Description of the problem, innovation, or identified gap
At many schools, learners frequently miss lessons due to illnesses such as colds and flu, diarrhoeal diseases, conjunctivitis (pink eye), skin infections (ringworm/scabies), and sometimes outbreaks of vomiting and fever. Communicable diseases spread quickly because schools have crowded classrooms, shared desks, shared sports equipment, common toilets, and close social contact.

When one learner is infected, the disease can spread to classmates and even teachers within a short time. This leads to absenteeism, reduced academic performance, disruption of lessons, pressure on sickbay facilities, and increased health risks, especially for learners with weak immunity.

Although schools may have basic rules like “wash hands” or “keep clean,” there is often no detailed investigation of exactly which behaviours and areas (toilets, classrooms, water points, dining areas) contribute most to disease spread at ____________________________. There is also limited use of data (counts, percentages) to guide targeted prevention.

1.2 Brief statement of intent
This project aims to analyse the spread of communicable diseases at ____________________________ by identifying common diseases, studying transmission routes, and using collected evidence to design effective prevention strategies that reduce illness cases and improve school health.

1.3 Design / Project specifications or parameters
1. The project must focus on real school conditions at ____________________________ (classrooms, toilets, water points, sports areas).
2. Data must be collected using at least three methods: questionnaires, interviews, and observation.
3. At least 60 learners and 10 staff members should be included in the sample where possible.
4. The project must include simple calculations (percentages, rates, comparisons) to support findings.
5. Prevention strategies must be realistic, affordable, and safe for a school environment.
6. The project must respect privacy and avoid using learners’ names in the data.

STAGE 2: INVESTIGATIONS OF RELATED IDEAS

2.1 Evidence of a related idea
Idea 1: Hand hygiene and surface disinfection programs used in schools to prevent disease transmission.
Idea 2: Health education and behaviour change campaigns (posters, talks, peer educators).
Idea 3: Isolation and early reporting systems (sickbay referrals, staying home when ill, outbreak monitoring).

2.2 Analysis of ideas

Idea 1: Hand hygiene and surface disinfection
Merits/advantages (3):
1. Breaks transmission through contaminated hands and shared surfaces (desks, door handles).
2. Reduces spread of diarrhoeal diseases and respiratory infections.
3. Gives quick visible improvements when consistently applied.
Demerits/disadvantages (3):
1. Requires regular supply of soap/sanitizer and water.
2. Needs supervision because some learners may not comply.
3. Cleaning may be inconsistent if resources and routines are weak.

Idea 2: Health education and behaviour change campaigns
Merits/advantages (3):
1. Builds long-term knowledge and responsible habits among learners.
2. Can be done using school assemblies, clubs, and classroom lessons.
3. Low cost and can reach many learners at once.
Demerits/disadvantages (3):
1. Behaviour change takes time and may not be immediate.
2. Learners may understand messages but still fail to practise them.
3. Requires repeated reminders to remain effective.

Idea 3: Isolation and early reporting systems
Merits/advantages (3):
1. Reduces contact between sick and healthy learners, limiting outbreaks.
2. Helps detect and control outbreaks early before they spread widely.
3. Supports faster treatment and reduces complications.
Demerits/disadvantages (3):
1. Some parents may delay reporting illness due to costs or stigma.
2. School sickbay facilities may be limited.
3. Mild cases may be ignored, allowing hidden spread.

2.3 Overall quality of presentation
The three related ideas show that reducing communicable disease spread needs a combined approach: hygiene and disinfection (immediate control), education (long-term prevention), and early reporting/isolation (outbreak management).

STAGE 3: GENERATION OF IDEAS / POSSIBLE SOLUTIONS

3.1 Evidence of possible solution
Solution 1: School Hand Hygiene System
Introduce handwashing stations at toilets, dining areas, and main entrances, with a routine for handwashing at key times (after toilet use, before eating).

Solution 2: Targeted Hygiene and Disinfection Schedule
Create a timetable for cleaning frequently touched surfaces (door handles, desks, tap handles, toilet seats) using disinfectant, especially during outbreaks.

Solution 3: School Health Monitoring and Awareness Program
Set up a simple disease monitoring book in the sickbay/office and run weekly awareness messages (peer health monitors, short talks) focusing on symptoms and prevention.

3.2 Merits/advantages of each solution (point form)

Solution 1:
1. Directly reduces transmission through hands.
2. Prevents both respiratory and diarrhoeal diseases.
3. Easy to observe and enforce.

Solution 2:
1. Reduces germs on high-touch surfaces.
2. Supports quick control during outbreak periods.
3. Improves overall school cleanliness and hygiene.

Solution 3:
1. Detects patterns early and prevents large outbreaks.
2. Improves knowledge, attitudes and practices among learners.
3. Encourages early reporting and reduces absenteeism.

3.3 Demerits/disadvantages of each solution (point form)

Solution 1:
1. Requires consistent supply of water and soap.
2. Some learners may skip handwashing.
3. Stations may break or be misused.

Solution 2:
1. Requires cleaning materials and trained cleaners.
2. Needs strict routine to avoid missed days.
3. Strong disinfectants must be handled safely.

Solution 3:
1. Needs cooperation from learners and staff.
2. Some sickness cases may not be reported.
3. Requires a responsible person to keep records accurate.

3.4 Overall quality of presentation
All three solutions address different parts of the problem. The most effective approach is an integrated strategy that combines hand hygiene, surface disinfection, and monitoring/education to reduce disease spread significantly at ____________________________.

CALCULATIONS INCLUDED IN STAGE 3 (DATA ANALYSIS EXAMPLE FORMAT)

Example survey results (you will replace with your real data):
Total learners surveyed = 60

Reported illnesses in the last 4 weeks:
- Colds/Flu symptoms = 24 learners
- Diarrhoea symptoms = 12 learners
- Conjunctivitis (pink eye) symptoms = 6 learners
- Skin infections (ringworm/scabies) symptoms = 9 learners
Some learners may report more than one symptom.

Percentages:
Cold/Flu percentage = (24/60) x 100 = 40%
Diarrhoea percentage = (12/60) x 100 = 20%
Conjunctivitis percentage = (6/60) x 100 = 10%
Skin infection percentage = (9/60) x 100 = 15%

Handwashing behaviour:
Learners who wash hands with soap after toilet = 18
Percentage = (18/60) x 100 = 30%

Learners who wash hands without soap = 22
Percentage = (22/60) x 100 = 36.7%

Learners who rarely wash hands = 20
Percentage = (20/60) x 100 = 33.3%

This shows a high-risk hygiene gap and explains why diseases spread.

STAGE 4: DEVELOPMENT / REFINEMENT OF CHOSEN IDEA

4.1 Indication of choice
Chosen solution: Combine Solution 1 (hand hygiene system) with Solution 3 (health monitoring and awareness), supported by Solution 2 (targeted disinfection during outbreaks).

4.2 Justification of choice
Reason 1: Stops transmission at the main route (hands and shared contact)
In schools, hands touch desks, door handles, sports equipment and food. If hand hygiene improves, fewer germs move from person to person, reducing both respiratory and diarrhoeal infections.

Reason 2: Monitoring allows early response and targeted prevention
If the school records symptoms and tracks outbreaks, it can respond quickly (extra cleaning, awareness messages, advising sick learners to seek care), preventing a small problem from becoming a school-wide outbreak.

4.3 Developments/refinements
1. Place handwashing stations in the highest-risk points: toilet exits, dining area entrance, and main corridor entrance.
2. Create a simple weekly checklist for class monitors: soap available, water available, station working.
3. Create a “Health Corner” notice board that shows prevention tips, symptoms to report, and weekly hygiene reminders.

4.4 Overall presentation
The refined solution is practical, school-friendly, and focuses on behaviour plus system support. It can be implemented without expensive equipment and can be monitored through simple records and checklists.

STAGE 5: PRESENTATION OF THE FINAL SOLUTION

5.1 Artefact (e.g., model, prototype)
A school disease-prevention display model consisting of:
- A mini handwashing station model (e.g., bottle/tap system)
- Printed labels: “Wash Hands With Soap”, “After Toilet”, “Before Eating”
- A simple school map/plan showing the best points to place stations (toilets, dining, entrance)
- A small “High-touch surfaces” list card (desks, handles, taps)

5.2 Service (e.g., flyer, drama, report)
A school health awareness service including:
- A short weekly health talk script (2–3 minutes)
- A printed flyer for classrooms: “Stop the Spread”
- A class routine: handwashing before eating and after toilet

5.3 Product (e.g., cream, meal, herbal mix)
A practical school health package:
- Handwashing routine + monitoring checklist
- Cleaning/disinfection schedule during outbreaks
- Reporting system using a simple illness record book

STAGE 6: EVALUATION AND RECOMMENDATIONS

6.1 Relevance to statement of intent
The final solution addresses the causes of communicable disease spread at ____________________________ by reducing transmission routes (hands and surfaces) and improving early detection through monitoring. The approach is evidence-based and directly targets behaviours and locations associated with outbreaks.

6.2 Challenges encountered (and how they were solved)
Challenge 1: Learners gave incomplete answers in questionnaires
Solved by explaining the purpose clearly and allowing anonymous responses.

Challenge 2: Difficulty observing hygiene behaviour without disturbing learners
Solved by using short observation periods during break and rotating observation points.

Challenge 3: Limited access to accurate illness records
Solved by combining sickbay information with learner surveys and teacher interviews.

Challenge 4: Water availability is not consistent
Solved by proposing backup water containers for handwashing stations and assigning refill responsibility to monitors/cleaners.

6.3 Recommendations (5 improvements for future iterations)
1. Increase the sample size and include more classes to improve accuracy of results.
2. Test the effect of the interventions by comparing illness cases before and after implementation over 4–8 weeks.
3. Introduce peer health educators to reinforce hygiene habits daily.
4. Improve sanitation facilities (toilet cleanliness, availability of soap and water) to sustain results.
5. Expand the program to include vaccination awareness, safe food handling, and proper waste disposal as additional disease prevention measures.

END OF PROJECT

A LEVEL BIOLOGY
SCHOOL BASED PROJECT

Name of School: ____________________________
Name of Pupil: ____________________________
Year: 2026
Level: A Level
Learning Area: Biology

Project Title:
Analysing the Spread of Communicable Diseases in Schools and Effective Prevention Strategies

PROJECT OBJECTIVES
1. To identify the most common communicable diseases affecting learners and staff at ____________________________.
2. To investigate how communicable diseases spread within a school environment (contact, droplets, contaminated surfaces, food/water).
3. To collect and analyse school-based data on illness cases, symptoms, and risk factors to determine major causes of disease spread.
4. To calculate key indicators such as percentages, rates, and simple risk comparisons to support conclusions.
5. To design practical prevention strategies that reduce disease transmission at ____________________________.
6. To evaluate the effectiveness of the proposed strategies and recommend improvements for future implementation.

STAGE 1: PROBLEM IDENTIFICATION

1.1 Description of the problem, innovation, or identified gap
At many schools, learners frequently miss lessons due to illnesses such as colds and flu, diarrhoeal diseases, conjunctivitis (pink eye), skin infections (ringworm/scabies), and sometimes outbreaks of vomiting and fever. Communicable diseases spread quickly because schools have crowded classrooms, shared desks, shared sports equipment, common toilets, and close social contact.

When one learner is infected, the disease can spread to classmates and even teachers within a short time. This leads to absenteeism, reduced academic performance, disruption of lessons, pressure on sickbay facilities, and increased health risks, especially for learners with weak immunity.

Although schools may have basic rules like “wash hands” or “keep clean,” there is often no detailed investigation of exactly which behaviours and areas (toilets, classrooms, water points, dining areas) contribute most to disease spread at ____________________________. There is also limited use of data (counts, percentages) to guide targeted prevention.

1.2 Brief statement of intent
This project aims to analyse the spread of communicable diseases at ____________________________ by identifying common diseases, studying transmission routes, and using collected evidence to design effective prevention strategies that reduce illness cases and improve school health.

1.3 Design / Project specifications or parameters
1. The project must focus on real school conditions at ____________________________ (classrooms, toilets, water points, sports areas).
2. Data must be collected using at least three methods: questionnaires, interviews, and observation.
3. At least 60 learners and 10 staff members should be included in the sample where possible.
4. The project must include simple calculations (percentages, rates, comparisons) to support findings.
5. Prevention strategies must be realistic, affordable, and safe for a school environment.
6. The project must respect privacy and avoid using learners’ names in the data.

STAGE 2: INVESTIGATIONS OF RELATED IDEAS

2.1 Evidence of a related idea
Idea 1: Hand hygiene and surface disinfection programs used in schools to prevent disease transmission.
Idea 2: Health education and behaviour change campaigns (posters, talks, peer educators).
Idea 3: Isolation and early reporting systems (sickbay referrals, staying home when ill, outbreak monitoring).

2.2 Analysis of ideas

Idea 1: Hand hygiene and surface disinfection
Merits/advantages (3):
1. Breaks transmission through contaminated hands and shared surfaces (desks, door handles).
2. Reduces spread of diarrhoeal diseases and respiratory infections.
3. Gives quick visible improvements when consistently applied.
Demerits/disadvantages (3):
1. Requires regular supply of soap/sanitizer and water.
2. Needs supervision because some learners may not comply.
3. Cleaning may be inconsistent if resources and routines are weak.

Idea 2: Health education and behaviour change campaigns
Merits/advantages (3):
1. Builds long-term knowledge and responsible habits among learners.
2. Can be done using school assemblies, clubs, and classroom lessons.
3. Low cost and can reach many learners at once.
Demerits/disadvantages (3):
1. Behaviour change takes time and may not be immediate.
2. Learners may understand messages but still fail to practise them.
3. Requires repeated reminders to remain effective.

Idea 3: Isolation and early reporting systems
Merits/advantages (3):
1. Reduces contact between sick and healthy learners, limiting outbreaks.
2. Helps detect and control outbreaks early before they spread widely.
3. Supports faster treatment and reduces complications.
Demerits/disadvantages (3):
1. Some parents may delay reporting illness due to costs or stigma.
2. School sickbay facilities may be limited.
3. Mild cases may be ignored, allowing hidden spread.

2.3 Overall quality of presentation
The three related ideas show that reducing communicable disease spread needs a combined approach: hygiene and disinfection (immediate control), education (long-term prevention), and early reporting/isolation (outbreak management).

STAGE 3: GENERATION OF IDEAS / POSSIBLE SOLUTIONS

3.1 Evidence of possible solution
Solution 1: School Hand Hygiene System
Introduce handwashing stations at toilets, dining areas, and main entrances, with a routine for handwashing at key times (after toilet use, before eating).

Solution 2: Targeted Hygiene and Disinfection Schedule
Create a timetable for cleaning frequently touched surfaces (door handles, desks, tap handles, toilet seats) using disinfectant, especially during outbreaks.

Solution 3: School Health Monitoring and Awareness Program
Set up a simple disease monitoring book in the sickbay/office and run weekly awareness messages (peer health monitors, short talks) focusing on symptoms and prevention.

3.2 Merits/advantages of each solution (point form)

Solution 1:
1. Directly reduces transmission through hands.
2. Prevents both respiratory and diarrhoeal diseases.
3. Easy to observe and enforce.

Solution 2:
1. Reduces germs on high-touch surfaces.
2. Supports quick control during outbreak periods.
3. Improves overall school cleanliness and hygiene.

Solution 3:
1. Detects patterns early and prevents large outbreaks.
2. Improves knowledge, attitudes and practices among learners.
3. Encourages early reporting and reduces absenteeism.

3.3 Demerits/disadvantages of each solution (point form)

Solution 1:
1. Requires consistent supply of water and soap.
2. Some learners may skip handwashing.
3. Stations may break or be misused.

Solution 2:
1. Requires cleaning materials and trained cleaners.
2. Needs strict routine to avoid missed days.
3. Strong disinfectants must be handled safely.

Solution 3:
1. Needs cooperation from learners and staff.
2. Some sickness cases may not be reported.
3. Requires a responsible person to keep records accurate.

3.4 Overall quality of presentation
All three solutions address different parts of the problem. The most effective approach is an integrated strategy that combines hand hygiene, surface disinfection, and monitoring/education to reduce disease spread significantly at ____________________________.

CALCULATIONS INCLUDED IN STAGE 3 (DATA ANALYSIS EXAMPLE FORMAT)

Example survey results (you will replace with your real data):
Total learners surveyed = 60

Reported illnesses in the last 4 weeks:
- Colds/Flu symptoms = 24 learners
- Diarrhoea symptoms = 12 learners
- Conjunctivitis (pink eye) symptoms = 6 learners
- Skin infections (ringworm/scabies) symptoms = 9 learners
Some learners may report more than one symptom.

Percentages:
Cold/Flu percentage = (24/60) x 100 = 40%
Diarrhoea percentage = (12/60) x 100 = 20%
Conjunctivitis percentage = (6/60) x 100 = 10%
Skin infection percentage = (9/60) x 100 = 15%

Handwashing behaviour:
Learners who wash hands with soap after toilet = 18
Percentage = (18/60) x 100 = 30%

Learners who wash hands without soap = 22
Percentage = (22/60) x 100 = 36.7%

Learners who rarely wash hands = 20
Percentage = (20/60) x 100 = 33.3%

This shows a high-risk hygiene gap and explains why diseases spread.

STAGE 4: DEVELOPMENT / REFINEMENT OF CHOSEN IDEA

4.1 Indication of choice
Chosen solution: Combine Solution 1 (hand hygiene system) with Solution 3 (health monitoring and awareness), supported by Solution 2 (targeted disinfection during outbreaks).

4.2 Justification of choice
Reason 1: Stops transmission at the main route (hands and shared contact)
In schools, hands touch desks, door handles, sports equipment and food. If hand hygiene improves, fewer germs move from person to person, reducing both respiratory and diarrhoeal infections.

Reason 2: Monitoring allows early response and targeted prevention
If the school records symptoms and tracks outbreaks, it can respond quickly (extra cleaning, awareness messages, advising sick learners to seek care), preventing a small problem from becoming a school-wide outbreak.

4.3 Developments/refinements
1. Place handwashing stations in the highest-risk points: toilet exits, dining area entrance, and main corridor entrance.
2. Create a simple weekly checklist for class monitors: soap available, water available, station working.
3. Create a “Health Corner” notice board that shows prevention tips, symptoms to report, and weekly hygiene reminders.

4.4 Overall presentation
The refined solution is practical, school-friendly, and focuses on behaviour plus system support. It can be implemented without expensive equipment and can be monitored through simple records and checklists.

STAGE 5: PRESENTATION OF THE FINAL SOLUTION

5.1 Artefact (e.g., model, prototype)
A school disease-prevention display model consisting of:
- A mini handwashing station model (e.g., bottle/tap system)
- Printed labels: “Wash Hands With Soap”, “After Toilet”, “Before Eating”
- A simple school map/plan showing the best points to place stations (toilets, dining, entrance)
- A small “High-touch surfaces” list card (desks, handles, taps)

5.2 Service (e.g., flyer, drama, report)
A school health awareness service including:
- A short weekly health talk script (2–3 minutes)
- A printed flyer for classrooms: “Stop the Spread”
- A class routine: handwashing before eating and after toilet

5.3 Product (e.g., cream, meal, herbal mix)
A practical school health package:
- Handwashing routine + monitoring checklist
- Cleaning/disinfection schedule during outbreaks
- Reporting system using a simple illness record book

STAGE 6: EVALUATION AND RECOMMENDATIONS

6.1 Relevance to statement of intent
The final solution addresses the causes of communicable disease spread at ____________________________ by reducing transmission routes (hands and surfaces) and improving early detection through monitoring. The approach is evidence-based and directly targets behaviours and locations associated with outbreaks.

6.2 Challenges encountered (and how they were solved)
Challenge 1: Learners gave incomplete answers in questionnaires
Solved by explaining the purpose clearly and allowing anonymous responses.

Challenge 2: Difficulty observing hygiene behaviour without disturbing learners
Solved by using short observation periods during break and rotating observation points.

Challenge 3: Limited access to accurate illness records
Solved by combining sickbay information with learner surveys and teacher interviews.

Challenge 4: Water availability is not consistent
Solved by proposing backup water containers for handwashing stations and assigning refill responsibility to monitors/cleaners.

6.3 Recommendations (5 improvements for future iterations)
1. Increase the sample size and include more classes to improve accuracy of results.
2. Test the effect of the interventions by comparing illness cases before and after implementation over 4–8 weeks.
3. Introduce peer health educators to reinforce hygiene habits daily.
4. Improve sanitation facilities (toilet cleanliness, availability of soap and water) to sustain results.
5. Expand the program to include vaccination awareness, safe food handling, and proper waste disposal as additional disease prevention measures.

END OF PROJECT