6003q02

Extracted Content: 6003q02

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Extracted Text

Candidate Name Centre Number Candidate Number

For P feasurement

ZIMBABWE SCHOOL EXAMINATIONS COUNCIL
General Certificate of Education Advanced Level

BUILDING TECHNOLOGY AND DESIGN 6003/02

PAPER 2

SPECIMEN PAPER 15 hours
Additional materials:

A3 and A2 drawing paper,

Drawing board and T-Square,

Window catalogue,

Scientific calculator,

Drawing instruments,

Computer installed with a drawing software,

Coloured pencils.

TIME 15 hours

INSTRUCTIONS TO CANDIDATES

The invigilator should allow 15 minutes break each day as indicated on the work programme.
This paper consists of THREE (3) questions.

Answer ONLY ONE (1) question.

Working drawings on section and location details maybe presented on separate sheet(s).

If using ICT ensure each working drawing is on a different title block.

Follow the design process up to model production when answering the question.

Use appropriate scale.

Apply relevant building by-laws.

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All measurements should be in millimetres.

INFORMATION FOR CANDIDATES
Marks are given in brackets [ ] at the end of each question.

This question paper consists of 4 printed pages.
Copyright: Zimbabwe School Examinations Council, Specimen paper.

@ZIMSEC Specimen paper [Turn over

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Architecture

A school has just completed installing a piped water system and would like to
construct a water borne ablution block for the learners.

Design a water borne ablution block for the school with the following:
= 12 water closets for girls,

= 7 water closets for boys,

= Urinary for boys,

= Enough privacy for users,

= Storeroom,

= Incinerator for burning sanitary pads in the girls section,

= Access ramp.

You are required to come up with the following:
(a) two possible solutions,
(b) Detailed working drawings to a scale of 1:100,

() A model of the ablution block to a scale of 1:100.

Working Programme
Day Activity Timing
1 Possible solutions 2 hours
Break 15 minutes
Working drawings 3 hours
2 Working drawings 2 hours
Break 15 minutes
Working drawings 3 hours
3 Model making 2 hours
Break 15 minutes
Model making 3 hours
NB: - Scheduling of break sessions is flexible.
Fast candidates can be allowed to move to model making process on
day 2.

6003/2 Specimen paper

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Renewable Energy

A rural clinic uses firewood for heating water needed for its operations. Firewood is
now scarce in the area, affecting the operations of the clinic.

Design a direct solar energy water heating system for the clinic.
Consider the following in your design:
= Water supply should be enough for kitchen, maternity ward and bathrooms,

= Provisions for maintenance of hot water temperature during the night,

= Provision of security,

= Proper orientation of the system to absorb maximum solar energy.
You are required to come up with the following:

(a) two possible solutions,

(b) Detailed working drawings,

() A model of the designed structure.

Working Programme
Day Activity Timing
1 Possible solutions 2 hours
Break 15 minutes
Working drawings 3 hours
2 Working drawings 2 hours
Break 15 minutes
Working drawings 3 hours
3 Model making 2 hours
Break 15 minutes
Model making 3 hours
NB: - Scheduling of break sessions is flexible.
Fast candidates can be allowed to move to model making process on
day 2.

6003/2 Specimen paper
[Turn over

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3 Structural Analysis The department of National Parks and Wildlife is developing a Game Park at Tokwe Mukosi dam. Tourists come to the park to view wild animals under safe conditions without scaring them away. A suspended floor at a height of 3.5 m from the ground is required to enable tourists to view the animals when they come to the water point. Design the structure to meet the following: = Enough security for tourists from attack by wild animals, = Safe load bearing capacity of up to 20 tourists at a time, = Safe means of accessing the deck (viewing platform),

= Use of materials that blend well with the environment.

= Enough protection for tourists from weather elements such as rain, sun, wind and
excessive light.

You are required to come up with the following:
(a) 2 possible solutions,

(b) Detailed working drawings to a scale of 1:50,

() A model of the designed structure to a scale of 1:50.

Working Programme

Day Activity Timing

1 Possible solutions 2 hours
Break 15 minutes
Working drawings 3 hours

2 Working drawings 2 hours
Break 15 minutes
Working drawings 3 hours

3 Model making 2 hours
Break 15 minutes
Model making 3 hours

NB: - Scheduling of break sessions is flexible.

Fast candidates can be allowed to move to model making process on day 2.

6003/2 Specimen paper

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