FEDERAL POLYTECHNIC BIDA,
IN AFFILIATION WITH FEDERAL UNIVERSITY OF TECHNOLOGY, MINNA.
DEPARTMENT OF QUANTITY SURVEYING,
COURSE TITLE: PRINCIPLES OF MEASUREMENT
COURSE CODE: QTS 211
NAME OF CANDIDATE:………………………………………………………………………………………………………………………
MATRIC NUMBER: ………………………………………………………
DATE OF BIRTH: DAY………/ MONTH………. (All in numbers please)
Q1. Take off all works in the substructure of the building in the attached
drawing marked QTS211/2020 Test
TAKING OFF FOR SUBSTRUCTURE
Ref Drawing Number QTS211/2020 Test
REMARKS/WAST
Date: E
Site clearance
Completely clear site of all grasses, bush, shrubs
and small trees n. e. 600mm girth. Grub up roots
and backfill root excavation
show waste
Topsoil excavation
Exc topsoil avg depth n.e. 150mm show waste
Foundation excavation
Exc trench for foundations, max depth n.e. 2.00m
starting from stripped level
Depth
0.23
0.75
0.30
1.28
0.15
1.13
Levelling and compacting
Level and compact bottom of exc n.e. 2.0m dp
Antitermite treatment
Apply antitermite treatment to all excavated
surfaces
2/
2/
Earthwork support
Earthwk sppt to sides of excavatns, depth n.e. 2.0
and dist btw opposing faces n.e. 1.0m
2/
2/
Concrete work
Plain insitu conc (1:10 allin agg) in blinding 50mm
thick
Plain insitu conc (1:3:6-36mm agg) in fdns 225mm
thick
Blockwork
225mm thick hollow sandcrete blockwork in
cement sand mortar (1:6) laid in stretcher bond
0.75 0.75
0.30 0.3
1.05 0.08
1.13
Hardcore
300mm thick hardcore filling of broken blocks
deposited in 150mm layers and weel compacted
2/
2
DPC
225mm wide damp proof course laid horizontally
on blockwork
Formwork to floor slab
2/ sawn hwd fmwk to edges of slab 150mm high
2/
Floor slab
Plain insitu conc (1:3:6-36mm agg) in flr slb
150mm thick
Protection
Protect all works in this section
Item
Extra marks for waste calculations, headings, and
neatness
3
Drawing Number QTS211/2020 Test
Date of birth (DAY) ……………..
0.225
Dat
e of
birt
h
(M
ON
0.15 TH
)
…
…
…
…
…..
0.225
0.225 0.225
GROUND FLOOR PLAN
Floor slab GL 0.15
Hardcore 0.30
Block
wall
0.75
Foundation
0.225
footing
SECTION THROUGH EXTERNAL WALL