SlideShare a Scribd company logo
1 of 88
Abhishek K. Venkitaraman
Assistant Professor
HISTORY OF ARCHITECTURE
LECTURE 3
Egyptian Architecture
natural determinants
topography (location)
climate
natural resources, building materials and technology
man-made determinants
trade
political power
religion
defense
mobility
EARLY CIVILIZATIONS
EGYPTIAN
CIVILIZATIO
N
E gypt – Timeline
1. Prehistoric Period, B.C. 23000-4777.
2. The Ancient Empire (Dynasties I.-X.), B.C. 4777-2821. The capital being at Memphis, the tombs of this period are at
Abydos, Nakadeh, Memphis, Sakkara, Giza and Abusir.
3. The Middle Empire (Dynasties XI.-XVI.), B.C. 2821-1738. A prosperous period which includes the dynasties of the
‘Hyskos’ or shepherd kings.
4. The New Empire (Dynasties XVII.-XX.), B.C. 1738-950. This period had Thebes as the capital, and many imposing
buildings were erected at Karnak, Luxor, and elsewhere.
5. Period of Foreign Domination and the Late Egyptian Period (Dynasties XXVL--XXX.), B.C. 663 – 332 B.C. This period
includes the Persian Domination.
6. The Graeco-Roman Period, B.C. 332 – 640 A.D:
i. Alexander the Great and Ptolemaic Period, B.C. 332-30.
ii. The Roman Period, B.C. 3O-A.D. 395.
iii. The Byzantine Period, A.D. 395-640.
8. Medieval Egypt (Mohammedan Period), A.D. 640-1517.
9. Modem Egypt
The Ten Commandments
1956
Over view of An cient E gypt ian Civilizatio n
LOCATION: Along the river Nile up to the Mediterranean Sea – A desert with a strip of fertile country
SOCIETY:
• The areas were unified into one territory by the first Pharaoh around 3000 BCE.
• Pharaoh was considered as a part God himself
• The Pharaoh had absolute power over all political and religious decisions in the country, including complete control over the
army.
• They favoured the execution of monumental works more than anything else.
• The period of unification in Egypt can be split into three different kingdoms; the Old, Middle, and New.
• Memphis was the capital of the Old Kingdom, while Thebes was the capital of the Middle and New Kingdoms
TheExtentsofEgyptianCivilization
NORTH CITY
CENTRAL CITY
SOUTH SUBURB
All the main settlements developed in a linear pattern along the River Nile,
which was the primary resource.
“Just as life arose from the waters of the
primeval sea, so the waters of
the Nile gave birth to the pharaonic
kingdom.
A gift to the people of Egypt
Its flood plain was an extensive oasis, a
magnet for life -- human, plant and
animal. Humans were drawn there
because they could grow crops and settle
into permanent villages. The annual
flooding of the Nile deposited nutrient rich
silt on the land, creating all the ingredients
needed to support life and the growth of a
great civilization.”
The settlement of a town had to take two main
considerations into mind The proximity to a
water source and the height it was built above
the flooding of the Nile.
ANC IENT E MP IRE - Pre and early dyn ast ic Egypt (5500 -3050 BC )
MAIN FEATURES:
• Different tribes evolved and hence cultures developed.
• Naqada culture had developed as a very strong civilization in the Nile Valley
• Made high quality ceramics, stone tools, and used copper.
• Manufactured societal personal-use items, such as combs, small statues, painted pottery, high
quality decorative stone vases and jewellery made of gold, lapis lazuli and ivory
• Use of written symbols that eventually developed into a full system of hieroglyphs for writing
the ancient Egyptian language
ARCHITECTURE:
• Royal tombs of first dynasty
• Simple brick-lined rooms with wooden roof
• Foods, wines bearing official seal were kept for after life
• 3 chambers for family members.
• 9 other chambers for servants.
Plan of Royal Tomb at Abydos (3200 BC)
E gypt ian Society
• Bureaucrats were in charge of tracks of
land on which poorer people or farmers
lived.
• The bureaucrats were considerably richer
than the peasants.
• Farmers were taxed by the bureaucrats.
• Peasants made up a large portion of the
population.
• All foreigners were considered enemies.
Social
structure
Influenced the city
planning &
Architecture
E gypt ian Society
• The Nile River flooded the fields every year at the same time, after harvesting
season, and when it receded, it left behind fine silt – Cultivation by farmers
• Domesticated animals were used to pull ploughs
• Crops like barley were planted because they would withstand the harsh sun.
• Irrigation canals were dug from the river to the fields as well
• Grain and other non-perishable goods were stored for drought
• Dikes were built on the sides of the Nile to protect villages and farmland from
over-flooding
• Papyrus plants that grew on the coast were used to make sails, ropes, and paper
• They were also hunters and fishermen.
• Specialized in crafts such as tool-making, architecture, and trades.
• The Egyptians developed stone tools, and made bricks out of mud and clay
• The creation of the Pyramids, Sphinx, and other fantastic temples not only
represented the amazing advances in technology and science made by the
Egyptians, but art as well
C u l t u r e
• People believed that life was made up of continuous cycles, like
the flooding of the river
• Their religion was based on nature around them, and the Pharaoh
was their link to the gods
• Religion stressed preparing for the afterlife; those who could
afford it were wrapped in linens (called mummification) and buried
in elaborately decorated sarcophaguses - tombs filled with their
possessions and wealth.
• The Pharaohs were buried beneath the most elaborate
archaeological tombs
Each successive Pharaoh
was free to spend his
reigning life on earth
preparing his tomb for the
life after death in a
different location from
that of his predecessor.
R e l i g i o n
• A close connection between religion and architecture.
• The priesthood was powerful, possessed of almost unlimited authority,
and equipped with all the learning possible
• The religious rites were traditional, unchangeable and mysterious
• A very high degree of learning in astronomy, mathematics, and philosophy
• The remains of their literature have been preserved in the papyrus scrolls
• Monotheistic in theory but polytheistic in practice
• A multiplicity of gods was created by personifying natural phenomena,
such as the sun, moon, and stars, as well as the creation
• Strong beliefs in an afterlife; hence preservation of the dead, and the
building of everlasting monuments like the Pyramids
Economy
• No real money
• Trading system based on grain and coins made of silver and copper.
• Trade routes were developed between neighbors like Aegean islands, Nubia and Canaan.
• Good timber was obtained from Lebanon.
• Minerals such as Obsidian and lapis lazuli were imported from Anatolia and Afghanistan.
NEW LANDMARKS IN
ARCHITECTURE AND CITY
PLANNING
EGYPTIAN TOWN PLANNING
•SECURITY
•ECONOMICS
•ELEVATIONS, KEPT ABOVE THE SLOWLY RISING PLAINS.
• WHEN OLD HOUSES CRUMBLED, NEW ONES WERE BUILT ON TOP OF THE DEBRIS.
•Didn’t continue to occupy the same site
•No economic necessity, to take advantage of the enormous economic capital investment of
walls
•Each successive Pharaoh had the freedom to spend his reigning life on earth
preparing his tomb for after-life.
•Less time to settle down in each place
•Most permanent building materials were used in temple or tomb construction
The regularity and richness of the annual Nile River flood, coupled with semi-
isolation provided by deserts to the east and west, allowed for the development
of one of the world's great civilizations.
Tombs
• Mastabas
• Pyramids
• Tombs consisted of a main chamber surrounded by storage rooms with provisions for a lavish life
after death
ANC IENT E MP IRE - Pre and early dyn ast ic E gypt (5500 - 3050 BC )
Th e Old Kingd om (305 0 -2 086 B.C.E)
T h e O l d K i n g d o m
(305 0 -2686 B.C.E)
MAIN FEATURES:
• Capital city was at Memphis
• Large work force having a population of several millions
• Abundance of stones like red granite, white marble, black basalt and
sand stone
ARCHITECTURE:
• 41 meters high Obelisk near Aswan
• Material used is Red Granite
National capitals – Memphis and Thebes
• National capital / administrative centres
– most important towns
• Memphis – Capital of Northern Egypt
• Thebes – Capital of Southern Egypt
On east bank of Nile, houses
Temple of Luxor, Temple complex
at Karnak with the great temple of
Amun (c.1991-785 BC)
Right across on west bank, was the
Necropolis of Thebes – Tomb of
Tutankhamun
On the fertile west bank of Nile
Numerous temples and palaces, and
pyramid complex of Sakkara (step –
pyramid os Djoser)
A B
C ED
F G H
I
J
K
L
M
N
O
P
Q
R
S
UT
V
X
W
Y
Memphis
Thebes
Thebes. General plan showing principal
urban areas.
Th e Old Kingd om - Architecture
ARCHITECTURAL FEATURES:
• Tombs
• Temples
• Mortuary Complex
• Mastabas and evolution of Pyramids from them
AVAILABLE BUILDING MATERIALS:
• Mud, reeds, palm trunks, bricks and stone, mainly Limestone (in
northern region)
• Sandstone and granite was available in abundance in central and
southern regions respectively.
A very distinct reminiscence of the primitive reeds tied together at
intervals, and crowned with the lotus bud, is found in the later granite
column and capital.
Tom bs du rin g Mid dle E mpire – M astabas and R oc k – C ut To mbs
• In the Middle Empire tombs were either of the Pyramidal form, as at Abydos, or were rock-cut, as in the vertical cliffs
bounding the Nile valley.
Dwelling house – Mere temporary lodging ; Tomb – Permanent abode
Mummy – Embalmed corpse wrapped in linen bandages for burial
The ‘Ka’ was a spiritual double, born with every man and lived on after he died as
long as it had a place to live. Hence tombs had a statue of Ka.
M a s t a b a
• Ancient form of Tombs – Flat roofed rectangular structure
with slopingsides
• Mastaba – Arabic word for ‘bench of mud’
• Probably derived from heaps of stones piled up over
earlier mummy holes
• Design and decoration on the tombs
• Standard type of tombs for the Pharaohs and also the
social elite
• Brickwork
3100 BC
EVOLUTION OF PYRAMIDS
•At first priests & high ranking officials came to be buried in tombs that were known as
mastabas. Most of them had many storage chambers for storing all types of goods needed
in the next life. However, due to frequent thefts, an under ground tomb known as the
stairway mastaba came to be preferred. The picture above shows the early mastabas at
Giza with false doors & other safety devices.
Mastaba – Fur th er evolutio n
• These were rectangular structures, with sides sloping
at an angle of 75 degrees, and having flat roofs
• They were divided into three parts:
III.
I. The outer chamber, in which were placed
the offerings to ‘Ka’, having its walls
decorated with representations of festival
and other scenes
II. Inner secret chamber, known as the
‘serdab’, containing statue of Ka and other
items- grains, clothes, jewellery, etc
A shaft of great depth, leading to the
chamber containing the sarcophagus with
its mummy
E xamp le - M astaba o f Thy, Sakkara
• Well preserved and restored.
• Thy was a royal architect and manager of pyramids in 5th dynasty.
• It consists of a small vestibule, beyond which is a large court
where offerings to the deceased took place, and from which a
mummy shaft led through a passage to a tomb chamber
• The masonry of this tomb is carefully jointed and covered with flat
reliefs.
• The decorative reliefs represent harvest operations, shipbuilding
scenes, scenes representing the arts and crafts of the period, the
slaughtering of sacrificial animals, and Thy himself sailing through
the marshes in a boat with papyrus plants surrounding
Mortuar y C o mp lex o f D j o s er (at Sakkara ) A ro u n d 26 3 0 B.C.E
• Pharaoh Djoser – capital city of Memphis
• Burial site changed from Abydos to Sakkara
• Imhotep – Architect, Astronomer, High Priest
• Low Mastabas were no longer considered to be worthy
of Pharaohs
• Hence- Original Mastaba was covered with a stone super
structure
• Expanded again into a 60 m high structure (6 steps)
• Complex consisted of courtyards and temples
Mortuar y C o mp lex o f Djoser
• The temple is situated at the north face of the step pyramid,
whereas in later pyramids it is on the east side.
• Orientation to 4 cardinal directions
• Light Tura limestone
• Roofed colonnade leading to court
• Fluted stone columns
ZOSER’S STEPPED PYRAMID AT SAKKARA
The step pyramid of pharaoh Zoser was an
intermediate stage in the evolution of the
pyramid. Its architect Imhotep built it in stages.
It was started as a square, solid mastaba, but a
series of extensions made it into a six stepped
pyramid with a rectangular ground-plan.
The Zoser complex is rectangular in plan
& the enclosure wall measuring 549m x
274m &rises to a height of 9m. The old
structure was an under ground burial
chamber, which was extended to a 25’ht
rectangular base. In the 2nd stage it grew
into a step pyramid with 4stages. Later 2
more stages were added to make it a 6
tiered pyramid. The entire complex is built
of tura limestone including the offering
chapel.
S tep P y ra m id at Sakkara A ro u n d 26 3 0 B.C.E
Ka statue of Djoser
P yra m id at Meydum A p p rox i m ate l y 2 5 0 0 B.C.E
• Snefru – 4th Dynasty, 2613 – 2589BCE
• Started a step faced faced pyramid at Meydum –
Influenced by the Step Pyramid of Djoser
• The first Egyptian pyramid with an above ground burial
chamber
• The structure of this pyramid represents the efforts to
raise the chamber to be closer to the Sun God Ra
• The burial chamber could be accessed through a sloping
shaft
• Interior structure of arch-like walls within the burial
chambers
• Now collapsed under its own weight
• Work was abandoned after 15 years
Th e B ent P y ra m id , Dahshur
• Constructed at Dahshur
• Originally planned to be 150 m high
• The ground started giving away under part of it
• The angle of the slop had to be change and hence the bend
• 2 chambers with separate entrances
• After this failure, Snerfu asked the builders to return to the Meydum
Step Pyramid –
• A layer was added to transform it into a true pyramid
Th e B ent P y ra m id , Dahshur
C omp aris on o f S cales o f Pyra mids
• The Giza pyramid complex, on the outskirts of Cairo is considered to be the only
remaining monument of the 7 wonders of the ancient world. It consists of the great
pyramid of Cheops (Khufu), the pyramid of Chephren (Khafre), the smaller pyramid of
Mykerinus (Menkaure), the great Sphinx & other valley pyramids & offering chapels.
These 3 pyramids are a testimony to the engineering skills of the ancient Egyptians.
THE GREAT PYRAMIDS AT GIZA
• The Great pyramid of Cheops (Khufu) is the largest & about 760’ square in plan, rising
to a height of 480’, & covers an area of 13 acres. The 4 sides facing the cardinal points
of the compass are nearly equilateral triangles, making an angle of 52 deg. with the
ground. Of the 3 pyramids the original polished limestone casing is seen at the base of
the Cheops pyramid, the top of the Chephren pyramid, but not on the Mykerinus.
•The most astonishing fact in the construction of the pyramids is - how did the Egyptians
manage to raise these enormous blocks of stone, weighing 2.5 tons & measuring 8’x8’x8’
each, to a height of 480’ ?. One of the theories is that ramps were built of mud brick &
rubble on which the stone blocks were dragged on sledges to the required height. Another
theory suggests that first a step pyramid was carved out of an existing mountain to form
the core, around which the ramps were built in a concentric fashion to raise the stone
blocks to each stage & fill up the steps to form the pyramidical shape. Finally the pyramid
was finished off by adding a casing of tura limestone, as shown below.
•The entrance on the north side is 47’ 6” above the ground (Z), opens into a passage that
descends downwards leading to the subterranean chamber, about 60’ below GL, which was
subsequently abandoned as a burial chamber. Midway from the descending passage an
ascending passage was cut into the rock that leveled off after a certain height, leading to
the Queens chamber, which was discarded. Finally a grand gallery of about 7’ width,
tapering by corbelled courses of stone to a width of 3’ 6” at a height of 28’, was built that
led to the Kings chamber, entirely constructed with granite. It measures 34’ 6”x 17’x 19’ ht,
is roofed by 5 enormous blocks of stone & capped by 2 stones in an embryonic arch. The
chamber is sealed off by stone portcullises, weighing 50 tons each, fitted into recesses cut
in the rock. An air shaft of 8”x8” connects to the exterior for the Ka (spirit) to escape.
• The section above clearly shows the descending corridor leading to the subterranean
chamber, the ascending corridor leading to the Queens chamber & the grand gallery
leading to the Kings chamber in the Great pyramid of Cheops.
• The section on the right is through the Kings chamber showing the roofing by massive
slabs of stone at 6 levels. The grand gallery & the ante chamber that would seal the
entrance by accommodating the portcullises can also be seen.
• The external casing of limestone has entirely disappeared in the Cheops pyramid,
excepting some parts around the base. The smaller pyramids of the nobility can be seen
in the background & Idu’s tomb can be seen in the fore ground.
• The pyramid of Chephren (Khafre) is built next to the Great pyramid of Cheops, as he is
the son & successor. The Chephren pyramid is actually 10’ shorter & 46’ more narrow
at the base than the Cheops pyramid. But it looks taller than the great pyramid because
it is built on higher ground. The slope of the pyramid is 53 degrees.
• The top of the Chephren pyramid has retained the original limestone casing. There are 2
entrances located one above the other at a height of 50’, that lead to a large limestone
chamber through a descending passageway. The lower corridor directly below the upper
corridor joins after a distance & leads to the inner chamber which is lined with granite.
• This is a reconstructed
diagram of the pyramid of
Chephren with its causeway
connecting to the valley
temple, the pyramid of
Cheops & the surrounding
environs.
S p h i n x
• An Egyptian Sphinx had the head of a king, a hawk, a ram (or
more rarely a woman) on the body of a lion
• The Great Sphinx, which represents a recumbent lion with the
head of a man, was excavated in 1816 in Pyramid complex of
Giza, near Cairo
• Exact date unknown
• Height – 64 ft
• Length – 188 ft
• Face is 13 ft 6 inches wide
• Mouth is 8 ft 6 inches long
• The walls in the tomb were painted in Egyptian art and can be seen in
modern Museums on tiles and pottery
• The writing system developed by the Egyptians was called Hieroglyphics,
which consisted of a variety of pictograms and some phonetic syllables.
• In Egypt, women had more rights than their Mesopotamian counterparts.
They were able to own business' and were not bound to men.
Temple districts
•Temple districts were better planned.
• The outlay of individual temples was
basically symmetrical.
•Walls surrounded them.
•At hotep-senusret :-
a) the brick wall was on three sides of the
temple
Was 12 metres thick and lined with
limestone.
Avenues leading through the city to the
temple district were wide, suitable for
processions.
Temple districts• The temple complexes had extensive storage
space
• The thickness of the brick wall lined with
limestone hotep senusret (kahun) was about 12
metres .
• Its height must have been correspondingly great.
• When walls were built completely of stone, their
thickness could be reduced, but they were still
quite massive.
• Paved street five metres wide was discovered.
• Pavement of streets was restricted to the temple complexes
• Temples were surrounded by an empty space
• Over time houses were built right up to the outer temple walls.
• Houses decayed and were rebuilt many times , result that the ground level of
the residential area rose
• The temples which, being built of stone, were not periodically rebuilt, seemingly sank
into the ground.
•The detail plan of the Ammon temple shows the 4 pylons leading to the sanctuary, which
has been mostly destroyed. However, the plan shows the 6 pairs of central columns in the
hypostyle hall with 126 (9 rows x 7 lines x 2 sides) shorter columns on either side.
• The top view shows the view of the
great court with the temple of Seti I.
• The bottom view shows another part
of the court with the north gate in
the middle.
• The row of columns near the
enclosure wall have bud capitals &
the 2nd pylon can be partially seen
on the right.
• The great hypostyle hall is about 320’ x 160’ internally & is roofed by enormous slabs of
stone, supported by 138 columns. The roof of the central avenue is raised to a height of
80’ with the columns itself rising to 69’ ht & having a diameter of 11’ 9” with lotus
bloom capitals. The side avenues are lower in order to admit light through clear storey
windows with the columns rising to 42’ ht and 9’ diameter, having lotus bud capitals.
The effect produced by this forest of columns is most awe-inspiring.
• The 2 views above show the columns of the central avenue with lotus bloom capitals &
the columns of the side avenues with lotus bud capitals. The clear storey windows
through which light was brought to the interior of the temple can also be seen.
• This picture clearly shows the clear storey windows made of stone located above the
roofing of the side avenues & the columns of the central avenue with hieroglyphics.
• Not much of the actual sanctuary
remains today as can be observed
from the picture on the top.
• However all the walls & columns
were covered with incised
inscriptions in colour giving the
history of the temple, the names of
the gods to whom it was dedicated &
the royal people who contributed to
its grandeur.
• The picture below shows the festival
hall of Thutmose III, which was
constructed during the last period.
The column capitals & shafts
resemble bundled reeds of papyrus
and look more elegant.
• They are also considered to
be the fore runners of the
fluted columns of the
Greek.
• The awesome effect of perspective & monumental scale produced by the forest of
columns in the hypostyle hall can be observed from the picture on the left. The obelisk
of Queen Hatshepsut, located between the 4th & 5th pylon rises to height of 30m.
• This is the view of the Ammon temple from across the sacred lake that shows the
ruined condition of the sanctuary. The obelisks erected by Thutmose I & queen
Hatshepsut can also be seen.
• The great temple at Abu simbel is one of the most stupendous of Egyptian rock-cut
tombs. The impressive façade, 119’ wide & 100’ high, is formed as a pylon with 4
colossal statues of Ramesses II, who built it. The vestibule beyond has 8 Osiris pillars &
vividly colored wall relief's. Eight small chambers used for storage adjoin this vestibule.
Beyond it is a small hypostyle hall with 4 pillars that leads to the sanctuary having altar.
• The Temple at Edfu is the best preserved since it was built during the last period. The
massive entrance pylons with relief sculptures leading to the colonnaded great court &
the hypostyle hall with its façade of pillars can be seen in these 4 pictures.
The Temple at Edfu
Palaces
The whole compound was enclosed and separate from the rest of the capital,
Albeit close to suppliers of services, temples and the seat of the administration
Workers' dwellingsThe houses of the workmen had two to
four rooms on the ground floor (44 and
60 m²)
• access to the flat roof, which was used as
living and storing space.
• The houses abutting the inner wall on
the eastern side were bigger, having up
to seven rooms.
•Some of the dwellings had conical
granaries on the ground floor. The
doorways were arched
•Traces of brick barrel-vaulting have been
found on supporting walls.
•Roofs were made of wooden planks
supported by beams and plastered over
with mud.
Deir-el-medina: Worker’s villages
Comparative Plans of
Houses
The Great Houses
The Great Houses covered about
2700 m² each and served as
offices and living quarters for the
high officials in charge of the
construction work and their
families. There were four almost
identical houses and one differently
built one north of the street and
another three with a completely
different ground plan south of it.
After the pyramid had been built
and the officials had left, people
began to take over their houses,
adapting them to their own needs by
walling up entrances and creating
new walls and passages.
The Great Houses
The layout of one of the northern Great Houses
1 Main entrance
2 Doorkeeper's lodge
3 Offices, guest rooms
4 Pillared hall
5 Private quarters
6 The mandara, i.e. reception room for strangers
7 Open courtyard
8 Best hall, with columns and tank
9 Private rooms
10 Visitors' passage to the mandara
11 Women's hall
12 Women's quarters
13 Store rooms
What was meant to be the
Home for the Pharaoh after
his death is One of the
major tourist attractions
today….
Thank You

More Related Content

What's hot

HISTORY: Mesopotamian Architecture
HISTORY: Mesopotamian ArchitectureHISTORY: Mesopotamian Architecture
HISTORY: Mesopotamian ArchitectureArchiEducPH
 
Pre historic architecture
Pre historic architecturePre historic architecture
Pre historic architectureRohit Raka
 
Ancient Egyptian Architecture
Ancient Egyptian ArchitectureAncient Egyptian Architecture
Ancient Egyptian ArchitectureMohd Nazim Saifi
 
Introduction to islamic architecture
Introduction to islamic architecture Introduction to islamic architecture
Introduction to islamic architecture RUSHALI SRIVASTAVA
 
History of Architecture
History of ArchitectureHistory of Architecture
History of ArchitectureRachaelVanDyke
 
vedic architecture and buddhist architecture of asia
vedic architecture and buddhist architecture of asiavedic architecture and buddhist architecture of asia
vedic architecture and buddhist architecture of asiasurya teja
 
Egyptian Architecture and Mesopotamian Architecture
Egyptian Architecture and Mesopotamian ArchitectureEgyptian Architecture and Mesopotamian Architecture
Egyptian Architecture and Mesopotamian ArchitectureJorene Lei Cabrera
 
Introduction to Greek Architecture
Introduction to Greek ArchitectureIntroduction to Greek Architecture
Introduction to Greek ArchitectureAmal Shah
 
Jain architecture final 1
Jain architecture final 1Jain architecture final 1
Jain architecture final 1aziz khan
 
Palace of sargon
Palace of sargonPalace of sargon
Palace of sargonshiv404
 

What's hot (20)

Egyptian Civiliazation
Egyptian CiviliazationEgyptian Civiliazation
Egyptian Civiliazation
 
Greek architecture
Greek architectureGreek architecture
Greek architecture
 
Egyptian architecture
Egyptian architectureEgyptian architecture
Egyptian architecture
 
Prehistoric Architecture
Prehistoric ArchitecturePrehistoric Architecture
Prehistoric Architecture
 
Ancient Egyptian architecture
Ancient Egyptian architectureAncient Egyptian architecture
Ancient Egyptian architecture
 
HISTORY: Mesopotamian Architecture
HISTORY: Mesopotamian ArchitectureHISTORY: Mesopotamian Architecture
HISTORY: Mesopotamian Architecture
 
Byzantine Architecture
Byzantine ArchitectureByzantine Architecture
Byzantine Architecture
 
Greek architecture
Greek architectureGreek architecture
Greek architecture
 
Pre historic architecture
Pre historic architecturePre historic architecture
Pre historic architecture
 
06 greek architectue 3 4
06 greek architectue 3 406 greek architectue 3 4
06 greek architectue 3 4
 
Ancient Egyptian Architecture
Ancient Egyptian ArchitectureAncient Egyptian Architecture
Ancient Egyptian Architecture
 
Introduction to islamic architecture
Introduction to islamic architecture Introduction to islamic architecture
Introduction to islamic architecture
 
History of Architecture
History of ArchitectureHistory of Architecture
History of Architecture
 
vedic architecture and buddhist architecture of asia
vedic architecture and buddhist architecture of asiavedic architecture and buddhist architecture of asia
vedic architecture and buddhist architecture of asia
 
Egyptian Architecture and Mesopotamian Architecture
Egyptian Architecture and Mesopotamian ArchitectureEgyptian Architecture and Mesopotamian Architecture
Egyptian Architecture and Mesopotamian Architecture
 
Introduction to Greek Architecture
Introduction to Greek ArchitectureIntroduction to Greek Architecture
Introduction to Greek Architecture
 
History Lecture 2
History Lecture  2History Lecture  2
History Lecture 2
 
Jain architecture final 1
Jain architecture final 1Jain architecture final 1
Jain architecture final 1
 
Palace of sargon
Palace of sargonPalace of sargon
Palace of sargon
 
04 EGYPTIAN ARCHITECTURE
04 EGYPTIAN ARCHITECTURE04 EGYPTIAN ARCHITECTURE
04 EGYPTIAN ARCHITECTURE
 

Viewers also liked

HISTORY: Greek Architecture (Minoan + Mycenaean)
HISTORY: Greek Architecture (Minoan + Mycenaean)HISTORY: Greek Architecture (Minoan + Mycenaean)
HISTORY: Greek Architecture (Minoan + Mycenaean)ArchiEducPH
 
Greek Architecture
Greek ArchitectureGreek Architecture
Greek Architecturemfresnillo
 
Greek and Roman Architecture
Greek and Roman ArchitectureGreek and Roman Architecture
Greek and Roman ArchitectureOwl Black
 
Roman architecture : Elements and innovations.
Roman architecture : Elements and innovations.Roman architecture : Elements and innovations.
Roman architecture : Elements and innovations.jainvijaya
 
Ancient Roman Architecture
Ancient  Roman  ArchitectureAncient  Roman  Architecture
Ancient Roman Architectureguestf607233
 
Mesopotamian civilization
Mesopotamian civilizationMesopotamian civilization
Mesopotamian civilizationElena García
 
Roman Architecture
Roman ArchitectureRoman Architecture
Roman Architecturemfresnillo
 
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)ArchiEducPH
 
Introduction to Roman Architecture
Introduction to Roman ArchitectureIntroduction to Roman Architecture
Introduction to Roman ArchitectureAmal Shah
 
Byzantine and Christian Architecture
Byzantine and Christian ArchitectureByzantine and Christian Architecture
Byzantine and Christian ArchitectureRhythm Murgai
 
HISTORY: Egyptian Non-Funerary Architecture
HISTORY: Egyptian Non-Funerary ArchitectureHISTORY: Egyptian Non-Funerary Architecture
HISTORY: Egyptian Non-Funerary ArchitectureArchiEducPH
 
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...Konstantin Ivanovich Samoilov
 
HISTORY: Early Christian Architecture 1.0
HISTORY: Early Christian Architecture 1.0HISTORY: Early Christian Architecture 1.0
HISTORY: Early Christian Architecture 1.0ArchiEducPH
 
Early Christian Architecture
Early Christian ArchitectureEarly Christian Architecture
Early Christian ArchitectureHarpreet Oberoi
 
Roman architecture
Roman architectureRoman architecture
Roman architectureShourya Puri
 
Mesopotamia & Indus Valley Civilisations
Mesopotamia & Indus Valley CivilisationsMesopotamia & Indus Valley Civilisations
Mesopotamia & Indus Valley CivilisationsAbhinand Gopal Pulijala
 
Vernacular architecture egypt
Vernacular architecture egyptVernacular architecture egypt
Vernacular architecture egyptMINAKSHI SINGH
 
Roman architecture
Roman architectureRoman architecture
Roman architecturenichsara
 

Viewers also liked (20)

Greek architecture
Greek architectureGreek architecture
Greek architecture
 
HISTORY: Greek Architecture (Minoan + Mycenaean)
HISTORY: Greek Architecture (Minoan + Mycenaean)HISTORY: Greek Architecture (Minoan + Mycenaean)
HISTORY: Greek Architecture (Minoan + Mycenaean)
 
Greek Architecture
Greek ArchitectureGreek Architecture
Greek Architecture
 
Greek and Roman Architecture
Greek and Roman ArchitectureGreek and Roman Architecture
Greek and Roman Architecture
 
Roman architecture : Elements and innovations.
Roman architecture : Elements and innovations.Roman architecture : Elements and innovations.
Roman architecture : Elements and innovations.
 
Ancient Roman Architecture
Ancient  Roman  ArchitectureAncient  Roman  Architecture
Ancient Roman Architecture
 
Mesopotamian civilization
Mesopotamian civilizationMesopotamian civilization
Mesopotamian civilization
 
Roman Architecture
Roman ArchitectureRoman Architecture
Roman Architecture
 
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)
HISTORY: Roman Architecture (Vitruvius and the 1st Metaphysics)
 
Introduction to Roman Architecture
Introduction to Roman ArchitectureIntroduction to Roman Architecture
Introduction to Roman Architecture
 
Byzantine and Christian Architecture
Byzantine and Christian ArchitectureByzantine and Christian Architecture
Byzantine and Christian Architecture
 
Ancient greek architecture
Ancient greek architectureAncient greek architecture
Ancient greek architecture
 
HISTORY: Egyptian Non-Funerary Architecture
HISTORY: Egyptian Non-Funerary ArchitectureHISTORY: Egyptian Non-Funerary Architecture
HISTORY: Egyptian Non-Funerary Architecture
 
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...
THE ANCIENT ROMAN ARCHITECTURE / The history of Architecture from Prehistoric...
 
HISTORY: Early Christian Architecture 1.0
HISTORY: Early Christian Architecture 1.0HISTORY: Early Christian Architecture 1.0
HISTORY: Early Christian Architecture 1.0
 
Early Christian Architecture
Early Christian ArchitectureEarly Christian Architecture
Early Christian Architecture
 
Roman architecture
Roman architectureRoman architecture
Roman architecture
 
Mesopotamia & Indus Valley Civilisations
Mesopotamia & Indus Valley CivilisationsMesopotamia & Indus Valley Civilisations
Mesopotamia & Indus Valley Civilisations
 
Vernacular architecture egypt
Vernacular architecture egyptVernacular architecture egypt
Vernacular architecture egypt
 
Roman architecture
Roman architectureRoman architecture
Roman architecture
 

Similar to Ancient Egyptian Architecture and Society

Similar to Ancient Egyptian Architecture and Society (20)

Emergence of civilization
Emergence of civilizationEmergence of civilization
Emergence of civilization
 
egypt_civilization.pptx
egypt_civilization.pptxegypt_civilization.pptx
egypt_civilization.pptx
 
egypt.pptx
egypt.pptxegypt.pptx
egypt.pptx
 
egypt.pdf
egypt.pdfegypt.pdf
egypt.pdf
 
Egypt depth study key points revision
Egypt depth study key points revisionEgypt depth study key points revision
Egypt depth study key points revision
 
Egypt
EgyptEgypt
Egypt
 
ancient Egyptian.pptx
ancient Egyptian.pptxancient Egyptian.pptx
ancient Egyptian.pptx
 
Unit 3 pp
Unit 3 ppUnit 3 pp
Unit 3 pp
 
Mesopotamia
MesopotamiaMesopotamia
Mesopotamia
 
Chapters 1 and 2 Summary
Chapters 1 and 2 SummaryChapters 1 and 2 Summary
Chapters 1 and 2 Summary
 
2. Egyptian Old Kingdom
2. Egyptian Old Kingdom 2. Egyptian Old Kingdom
2. Egyptian Old Kingdom
 
THE FIRST CIVILISATIONS.pptx
THE FIRST CIVILISATIONS.pptxTHE FIRST CIVILISATIONS.pptx
THE FIRST CIVILISATIONS.pptx
 
Egypt.ppt
Egypt.pptEgypt.ppt
Egypt.ppt
 
Prehistoric art.potx
Prehistoric art.potxPrehistoric art.potx
Prehistoric art.potx
 
River valley civilization presentation
River valley civilization presentationRiver valley civilization presentation
River valley civilization presentation
 
Egyptian civilization
Egyptian civilizationEgyptian civilization
Egyptian civilization
 
Mesopotamia
MesopotamiaMesopotamia
Mesopotamia
 
Ancient Egypt An Overview
Ancient Egypt An OverviewAncient Egypt An Overview
Ancient Egypt An Overview
 
Biginning of architecture
Biginning of architectureBiginning of architecture
Biginning of architecture
 
PPT EGIPT MESOPOTAMIA SANTILLANA.pptx
PPT EGIPT MESOPOTAMIA SANTILLANA.pptxPPT EGIPT MESOPOTAMIA SANTILLANA.pptx
PPT EGIPT MESOPOTAMIA SANTILLANA.pptx
 

Recently uploaded

Advanced Views - Calendar View in Odoo 17
Advanced Views - Calendar View in Odoo 17Advanced Views - Calendar View in Odoo 17
Advanced Views - Calendar View in Odoo 17Celine George
 
Paris 2024 Olympic Geographies - an activity
Paris 2024 Olympic Geographies - an activityParis 2024 Olympic Geographies - an activity
Paris 2024 Olympic Geographies - an activityGeoBlogs
 
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...Sapna Thakur
 
A Critique of the Proposed National Education Policy Reform
A Critique of the Proposed National Education Policy ReformA Critique of the Proposed National Education Policy Reform
A Critique of the Proposed National Education Policy ReformChameera Dedduwage
 
Arihant handbook biology for class 11 .pdf
Arihant handbook biology for class 11 .pdfArihant handbook biology for class 11 .pdf
Arihant handbook biology for class 11 .pdfchloefrazer622
 
Student login on Anyboli platform.helpin
Student login on Anyboli platform.helpinStudent login on Anyboli platform.helpin
Student login on Anyboli platform.helpinRaunakKeshri1
 
The Most Excellent Way | 1 Corinthians 13
The Most Excellent Way | 1 Corinthians 13The Most Excellent Way | 1 Corinthians 13
The Most Excellent Way | 1 Corinthians 13Steve Thomason
 
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...anjaliyadav012327
 
Measures of Central Tendency: Mean, Median and Mode
Measures of Central Tendency: Mean, Median and ModeMeasures of Central Tendency: Mean, Median and Mode
Measures of Central Tendency: Mean, Median and ModeThiyagu K
 
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptx
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptxPOINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptx
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptxSayali Powar
 
Q4-W6-Restating Informational Text Grade 3
Q4-W6-Restating Informational Text Grade 3Q4-W6-Restating Informational Text Grade 3
Q4-W6-Restating Informational Text Grade 3JemimahLaneBuaron
 
microwave assisted reaction. General introduction
microwave assisted reaction. General introductionmicrowave assisted reaction. General introduction
microwave assisted reaction. General introductionMaksud Ahmed
 
Software Engineering Methodologies (overview)
Software Engineering Methodologies (overview)Software Engineering Methodologies (overview)
Software Engineering Methodologies (overview)eniolaolutunde
 
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...EduSkills OECD
 
Call Girls in Dwarka Mor Delhi Contact Us 9654467111
Call Girls in Dwarka Mor Delhi Contact Us 9654467111Call Girls in Dwarka Mor Delhi Contact Us 9654467111
Call Girls in Dwarka Mor Delhi Contact Us 9654467111Sapana Sha
 
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...Krashi Coaching
 
Z Score,T Score, Percential Rank and Box Plot Graph
Z Score,T Score, Percential Rank and Box Plot GraphZ Score,T Score, Percential Rank and Box Plot Graph
Z Score,T Score, Percential Rank and Box Plot GraphThiyagu K
 

Recently uploaded (20)

Advanced Views - Calendar View in Odoo 17
Advanced Views - Calendar View in Odoo 17Advanced Views - Calendar View in Odoo 17
Advanced Views - Calendar View in Odoo 17
 
Paris 2024 Olympic Geographies - an activity
Paris 2024 Olympic Geographies - an activityParis 2024 Olympic Geographies - an activity
Paris 2024 Olympic Geographies - an activity
 
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...
BAG TECHNIQUE Bag technique-a tool making use of public health bag through wh...
 
A Critique of the Proposed National Education Policy Reform
A Critique of the Proposed National Education Policy ReformA Critique of the Proposed National Education Policy Reform
A Critique of the Proposed National Education Policy Reform
 
Arihant handbook biology for class 11 .pdf
Arihant handbook biology for class 11 .pdfArihant handbook biology for class 11 .pdf
Arihant handbook biology for class 11 .pdf
 
Student login on Anyboli platform.helpin
Student login on Anyboli platform.helpinStudent login on Anyboli platform.helpin
Student login on Anyboli platform.helpin
 
The Most Excellent Way | 1 Corinthians 13
The Most Excellent Way | 1 Corinthians 13The Most Excellent Way | 1 Corinthians 13
The Most Excellent Way | 1 Corinthians 13
 
INDIA QUIZ 2024 RLAC DELHI UNIVERSITY.pptx
INDIA QUIZ 2024 RLAC DELHI UNIVERSITY.pptxINDIA QUIZ 2024 RLAC DELHI UNIVERSITY.pptx
INDIA QUIZ 2024 RLAC DELHI UNIVERSITY.pptx
 
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...
JAPAN: ORGANISATION OF PMDA, PHARMACEUTICAL LAWS & REGULATIONS, TYPES OF REGI...
 
Measures of Central Tendency: Mean, Median and Mode
Measures of Central Tendency: Mean, Median and ModeMeasures of Central Tendency: Mean, Median and Mode
Measures of Central Tendency: Mean, Median and Mode
 
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptx
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptxPOINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptx
POINT- BIOCHEMISTRY SEM 2 ENZYMES UNIT 5.pptx
 
Mattingly "AI & Prompt Design: Structured Data, Assistants, & RAG"
Mattingly "AI & Prompt Design: Structured Data, Assistants, & RAG"Mattingly "AI & Prompt Design: Structured Data, Assistants, & RAG"
Mattingly "AI & Prompt Design: Structured Data, Assistants, & RAG"
 
Q4-W6-Restating Informational Text Grade 3
Q4-W6-Restating Informational Text Grade 3Q4-W6-Restating Informational Text Grade 3
Q4-W6-Restating Informational Text Grade 3
 
microwave assisted reaction. General introduction
microwave assisted reaction. General introductionmicrowave assisted reaction. General introduction
microwave assisted reaction. General introduction
 
Software Engineering Methodologies (overview)
Software Engineering Methodologies (overview)Software Engineering Methodologies (overview)
Software Engineering Methodologies (overview)
 
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
Presentation by Andreas Schleicher Tackling the School Absenteeism Crisis 30 ...
 
Call Girls in Dwarka Mor Delhi Contact Us 9654467111
Call Girls in Dwarka Mor Delhi Contact Us 9654467111Call Girls in Dwarka Mor Delhi Contact Us 9654467111
Call Girls in Dwarka Mor Delhi Contact Us 9654467111
 
Código Creativo y Arte de Software | Unidad 1
Código Creativo y Arte de Software | Unidad 1Código Creativo y Arte de Software | Unidad 1
Código Creativo y Arte de Software | Unidad 1
 
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...
Kisan Call Centre - To harness potential of ICT in Agriculture by answer farm...
 
Z Score,T Score, Percential Rank and Box Plot Graph
Z Score,T Score, Percential Rank and Box Plot GraphZ Score,T Score, Percential Rank and Box Plot Graph
Z Score,T Score, Percential Rank and Box Plot Graph
 

Ancient Egyptian Architecture and Society

  • 1. Abhishek K. Venkitaraman Assistant Professor HISTORY OF ARCHITECTURE LECTURE 3 Egyptian Architecture
  • 2.
  • 3. natural determinants topography (location) climate natural resources, building materials and technology man-made determinants trade political power religion defense mobility
  • 6.
  • 7. E gypt – Timeline 1. Prehistoric Period, B.C. 23000-4777. 2. The Ancient Empire (Dynasties I.-X.), B.C. 4777-2821. The capital being at Memphis, the tombs of this period are at Abydos, Nakadeh, Memphis, Sakkara, Giza and Abusir. 3. The Middle Empire (Dynasties XI.-XVI.), B.C. 2821-1738. A prosperous period which includes the dynasties of the ‘Hyskos’ or shepherd kings. 4. The New Empire (Dynasties XVII.-XX.), B.C. 1738-950. This period had Thebes as the capital, and many imposing buildings were erected at Karnak, Luxor, and elsewhere. 5. Period of Foreign Domination and the Late Egyptian Period (Dynasties XXVL--XXX.), B.C. 663 – 332 B.C. This period includes the Persian Domination. 6. The Graeco-Roman Period, B.C. 332 – 640 A.D: i. Alexander the Great and Ptolemaic Period, B.C. 332-30. ii. The Roman Period, B.C. 3O-A.D. 395. iii. The Byzantine Period, A.D. 395-640. 8. Medieval Egypt (Mohammedan Period), A.D. 640-1517. 9. Modem Egypt
  • 9. Over view of An cient E gypt ian Civilizatio n LOCATION: Along the river Nile up to the Mediterranean Sea – A desert with a strip of fertile country SOCIETY: • The areas were unified into one territory by the first Pharaoh around 3000 BCE. • Pharaoh was considered as a part God himself • The Pharaoh had absolute power over all political and religious decisions in the country, including complete control over the army. • They favoured the execution of monumental works more than anything else. • The period of unification in Egypt can be split into three different kingdoms; the Old, Middle, and New. • Memphis was the capital of the Old Kingdom, while Thebes was the capital of the Middle and New Kingdoms
  • 11. All the main settlements developed in a linear pattern along the River Nile, which was the primary resource.
  • 12. “Just as life arose from the waters of the primeval sea, so the waters of the Nile gave birth to the pharaonic kingdom. A gift to the people of Egypt Its flood plain was an extensive oasis, a magnet for life -- human, plant and animal. Humans were drawn there because they could grow crops and settle into permanent villages. The annual flooding of the Nile deposited nutrient rich silt on the land, creating all the ingredients needed to support life and the growth of a great civilization.” The settlement of a town had to take two main considerations into mind The proximity to a water source and the height it was built above the flooding of the Nile.
  • 13. ANC IENT E MP IRE - Pre and early dyn ast ic Egypt (5500 -3050 BC ) MAIN FEATURES: • Different tribes evolved and hence cultures developed. • Naqada culture had developed as a very strong civilization in the Nile Valley • Made high quality ceramics, stone tools, and used copper. • Manufactured societal personal-use items, such as combs, small statues, painted pottery, high quality decorative stone vases and jewellery made of gold, lapis lazuli and ivory • Use of written symbols that eventually developed into a full system of hieroglyphs for writing the ancient Egyptian language ARCHITECTURE: • Royal tombs of first dynasty • Simple brick-lined rooms with wooden roof • Foods, wines bearing official seal were kept for after life • 3 chambers for family members. • 9 other chambers for servants. Plan of Royal Tomb at Abydos (3200 BC)
  • 14. E gypt ian Society • Bureaucrats were in charge of tracks of land on which poorer people or farmers lived. • The bureaucrats were considerably richer than the peasants. • Farmers were taxed by the bureaucrats. • Peasants made up a large portion of the population. • All foreigners were considered enemies.
  • 16.
  • 17. E gypt ian Society • The Nile River flooded the fields every year at the same time, after harvesting season, and when it receded, it left behind fine silt – Cultivation by farmers • Domesticated animals were used to pull ploughs • Crops like barley were planted because they would withstand the harsh sun. • Irrigation canals were dug from the river to the fields as well • Grain and other non-perishable goods were stored for drought • Dikes were built on the sides of the Nile to protect villages and farmland from over-flooding • Papyrus plants that grew on the coast were used to make sails, ropes, and paper • They were also hunters and fishermen. • Specialized in crafts such as tool-making, architecture, and trades. • The Egyptians developed stone tools, and made bricks out of mud and clay • The creation of the Pyramids, Sphinx, and other fantastic temples not only represented the amazing advances in technology and science made by the Egyptians, but art as well
  • 18. C u l t u r e • People believed that life was made up of continuous cycles, like the flooding of the river • Their religion was based on nature around them, and the Pharaoh was their link to the gods • Religion stressed preparing for the afterlife; those who could afford it were wrapped in linens (called mummification) and buried in elaborately decorated sarcophaguses - tombs filled with their possessions and wealth. • The Pharaohs were buried beneath the most elaborate archaeological tombs
  • 19. Each successive Pharaoh was free to spend his reigning life on earth preparing his tomb for the life after death in a different location from that of his predecessor.
  • 20.
  • 21.
  • 22. R e l i g i o n • A close connection between religion and architecture. • The priesthood was powerful, possessed of almost unlimited authority, and equipped with all the learning possible • The religious rites were traditional, unchangeable and mysterious • A very high degree of learning in astronomy, mathematics, and philosophy • The remains of their literature have been preserved in the papyrus scrolls • Monotheistic in theory but polytheistic in practice • A multiplicity of gods was created by personifying natural phenomena, such as the sun, moon, and stars, as well as the creation • Strong beliefs in an afterlife; hence preservation of the dead, and the building of everlasting monuments like the Pyramids
  • 23.
  • 24. Economy • No real money • Trading system based on grain and coins made of silver and copper. • Trade routes were developed between neighbors like Aegean islands, Nubia and Canaan. • Good timber was obtained from Lebanon. • Minerals such as Obsidian and lapis lazuli were imported from Anatolia and Afghanistan.
  • 25. NEW LANDMARKS IN ARCHITECTURE AND CITY PLANNING
  • 26. EGYPTIAN TOWN PLANNING •SECURITY •ECONOMICS •ELEVATIONS, KEPT ABOVE THE SLOWLY RISING PLAINS. • WHEN OLD HOUSES CRUMBLED, NEW ONES WERE BUILT ON TOP OF THE DEBRIS. •Didn’t continue to occupy the same site •No economic necessity, to take advantage of the enormous economic capital investment of walls •Each successive Pharaoh had the freedom to spend his reigning life on earth preparing his tomb for after-life. •Less time to settle down in each place •Most permanent building materials were used in temple or tomb construction The regularity and richness of the annual Nile River flood, coupled with semi- isolation provided by deserts to the east and west, allowed for the development of one of the world's great civilizations.
  • 27.
  • 29.
  • 30. • Tombs consisted of a main chamber surrounded by storage rooms with provisions for a lavish life after death ANC IENT E MP IRE - Pre and early dyn ast ic E gypt (5500 - 3050 BC )
  • 31. Th e Old Kingd om (305 0 -2 086 B.C.E)
  • 32. T h e O l d K i n g d o m (305 0 -2686 B.C.E) MAIN FEATURES: • Capital city was at Memphis • Large work force having a population of several millions • Abundance of stones like red granite, white marble, black basalt and sand stone ARCHITECTURE: • 41 meters high Obelisk near Aswan • Material used is Red Granite
  • 33. National capitals – Memphis and Thebes • National capital / administrative centres – most important towns • Memphis – Capital of Northern Egypt • Thebes – Capital of Southern Egypt On east bank of Nile, houses Temple of Luxor, Temple complex at Karnak with the great temple of Amun (c.1991-785 BC) Right across on west bank, was the Necropolis of Thebes – Tomb of Tutankhamun On the fertile west bank of Nile Numerous temples and palaces, and pyramid complex of Sakkara (step – pyramid os Djoser)
  • 34. A B C ED F G H I J K L M N O P Q R S UT V X W Y Memphis
  • 35. Thebes Thebes. General plan showing principal urban areas.
  • 36. Th e Old Kingd om - Architecture ARCHITECTURAL FEATURES: • Tombs • Temples • Mortuary Complex • Mastabas and evolution of Pyramids from them AVAILABLE BUILDING MATERIALS: • Mud, reeds, palm trunks, bricks and stone, mainly Limestone (in northern region) • Sandstone and granite was available in abundance in central and southern regions respectively. A very distinct reminiscence of the primitive reeds tied together at intervals, and crowned with the lotus bud, is found in the later granite column and capital.
  • 37. Tom bs du rin g Mid dle E mpire – M astabas and R oc k – C ut To mbs • In the Middle Empire tombs were either of the Pyramidal form, as at Abydos, or were rock-cut, as in the vertical cliffs bounding the Nile valley.
  • 38. Dwelling house – Mere temporary lodging ; Tomb – Permanent abode Mummy – Embalmed corpse wrapped in linen bandages for burial The ‘Ka’ was a spiritual double, born with every man and lived on after he died as long as it had a place to live. Hence tombs had a statue of Ka. M a s t a b a • Ancient form of Tombs – Flat roofed rectangular structure with slopingsides • Mastaba – Arabic word for ‘bench of mud’ • Probably derived from heaps of stones piled up over earlier mummy holes • Design and decoration on the tombs • Standard type of tombs for the Pharaohs and also the social elite • Brickwork 3100 BC
  • 39. EVOLUTION OF PYRAMIDS •At first priests & high ranking officials came to be buried in tombs that were known as mastabas. Most of them had many storage chambers for storing all types of goods needed in the next life. However, due to frequent thefts, an under ground tomb known as the stairway mastaba came to be preferred. The picture above shows the early mastabas at Giza with false doors & other safety devices.
  • 40. Mastaba – Fur th er evolutio n • These were rectangular structures, with sides sloping at an angle of 75 degrees, and having flat roofs • They were divided into three parts: III. I. The outer chamber, in which were placed the offerings to ‘Ka’, having its walls decorated with representations of festival and other scenes II. Inner secret chamber, known as the ‘serdab’, containing statue of Ka and other items- grains, clothes, jewellery, etc A shaft of great depth, leading to the chamber containing the sarcophagus with its mummy
  • 41. E xamp le - M astaba o f Thy, Sakkara • Well preserved and restored. • Thy was a royal architect and manager of pyramids in 5th dynasty. • It consists of a small vestibule, beyond which is a large court where offerings to the deceased took place, and from which a mummy shaft led through a passage to a tomb chamber • The masonry of this tomb is carefully jointed and covered with flat reliefs. • The decorative reliefs represent harvest operations, shipbuilding scenes, scenes representing the arts and crafts of the period, the slaughtering of sacrificial animals, and Thy himself sailing through the marshes in a boat with papyrus plants surrounding
  • 42. Mortuar y C o mp lex o f D j o s er (at Sakkara ) A ro u n d 26 3 0 B.C.E • Pharaoh Djoser – capital city of Memphis • Burial site changed from Abydos to Sakkara • Imhotep – Architect, Astronomer, High Priest • Low Mastabas were no longer considered to be worthy of Pharaohs • Hence- Original Mastaba was covered with a stone super structure • Expanded again into a 60 m high structure (6 steps) • Complex consisted of courtyards and temples
  • 43. Mortuar y C o mp lex o f Djoser • The temple is situated at the north face of the step pyramid, whereas in later pyramids it is on the east side. • Orientation to 4 cardinal directions • Light Tura limestone • Roofed colonnade leading to court • Fluted stone columns
  • 44. ZOSER’S STEPPED PYRAMID AT SAKKARA The step pyramid of pharaoh Zoser was an intermediate stage in the evolution of the pyramid. Its architect Imhotep built it in stages. It was started as a square, solid mastaba, but a series of extensions made it into a six stepped pyramid with a rectangular ground-plan.
  • 45. The Zoser complex is rectangular in plan & the enclosure wall measuring 549m x 274m &rises to a height of 9m. The old structure was an under ground burial chamber, which was extended to a 25’ht rectangular base. In the 2nd stage it grew into a step pyramid with 4stages. Later 2 more stages were added to make it a 6 tiered pyramid. The entire complex is built of tura limestone including the offering chapel.
  • 46. S tep P y ra m id at Sakkara A ro u n d 26 3 0 B.C.E Ka statue of Djoser
  • 47. P yra m id at Meydum A p p rox i m ate l y 2 5 0 0 B.C.E • Snefru – 4th Dynasty, 2613 – 2589BCE • Started a step faced faced pyramid at Meydum – Influenced by the Step Pyramid of Djoser • The first Egyptian pyramid with an above ground burial chamber • The structure of this pyramid represents the efforts to raise the chamber to be closer to the Sun God Ra • The burial chamber could be accessed through a sloping shaft • Interior structure of arch-like walls within the burial chambers • Now collapsed under its own weight • Work was abandoned after 15 years
  • 48. Th e B ent P y ra m id , Dahshur • Constructed at Dahshur • Originally planned to be 150 m high • The ground started giving away under part of it • The angle of the slop had to be change and hence the bend • 2 chambers with separate entrances • After this failure, Snerfu asked the builders to return to the Meydum Step Pyramid – • A layer was added to transform it into a true pyramid
  • 49. Th e B ent P y ra m id , Dahshur
  • 50. C omp aris on o f S cales o f Pyra mids
  • 51. • The Giza pyramid complex, on the outskirts of Cairo is considered to be the only remaining monument of the 7 wonders of the ancient world. It consists of the great pyramid of Cheops (Khufu), the pyramid of Chephren (Khafre), the smaller pyramid of Mykerinus (Menkaure), the great Sphinx & other valley pyramids & offering chapels. These 3 pyramids are a testimony to the engineering skills of the ancient Egyptians. THE GREAT PYRAMIDS AT GIZA
  • 52.
  • 53.
  • 54. • The Great pyramid of Cheops (Khufu) is the largest & about 760’ square in plan, rising to a height of 480’, & covers an area of 13 acres. The 4 sides facing the cardinal points of the compass are nearly equilateral triangles, making an angle of 52 deg. with the ground. Of the 3 pyramids the original polished limestone casing is seen at the base of the Cheops pyramid, the top of the Chephren pyramid, but not on the Mykerinus.
  • 55. •The most astonishing fact in the construction of the pyramids is - how did the Egyptians manage to raise these enormous blocks of stone, weighing 2.5 tons & measuring 8’x8’x8’ each, to a height of 480’ ?. One of the theories is that ramps were built of mud brick & rubble on which the stone blocks were dragged on sledges to the required height. Another theory suggests that first a step pyramid was carved out of an existing mountain to form the core, around which the ramps were built in a concentric fashion to raise the stone blocks to each stage & fill up the steps to form the pyramidical shape. Finally the pyramid was finished off by adding a casing of tura limestone, as shown below.
  • 56. •The entrance on the north side is 47’ 6” above the ground (Z), opens into a passage that descends downwards leading to the subterranean chamber, about 60’ below GL, which was subsequently abandoned as a burial chamber. Midway from the descending passage an ascending passage was cut into the rock that leveled off after a certain height, leading to the Queens chamber, which was discarded. Finally a grand gallery of about 7’ width, tapering by corbelled courses of stone to a width of 3’ 6” at a height of 28’, was built that led to the Kings chamber, entirely constructed with granite. It measures 34’ 6”x 17’x 19’ ht, is roofed by 5 enormous blocks of stone & capped by 2 stones in an embryonic arch. The chamber is sealed off by stone portcullises, weighing 50 tons each, fitted into recesses cut in the rock. An air shaft of 8”x8” connects to the exterior for the Ka (spirit) to escape.
  • 57. • The section above clearly shows the descending corridor leading to the subterranean chamber, the ascending corridor leading to the Queens chamber & the grand gallery leading to the Kings chamber in the Great pyramid of Cheops. • The section on the right is through the Kings chamber showing the roofing by massive slabs of stone at 6 levels. The grand gallery & the ante chamber that would seal the entrance by accommodating the portcullises can also be seen.
  • 58.
  • 59. • The external casing of limestone has entirely disappeared in the Cheops pyramid, excepting some parts around the base. The smaller pyramids of the nobility can be seen in the background & Idu’s tomb can be seen in the fore ground.
  • 60. • The pyramid of Chephren (Khafre) is built next to the Great pyramid of Cheops, as he is the son & successor. The Chephren pyramid is actually 10’ shorter & 46’ more narrow at the base than the Cheops pyramid. But it looks taller than the great pyramid because it is built on higher ground. The slope of the pyramid is 53 degrees.
  • 61. • The top of the Chephren pyramid has retained the original limestone casing. There are 2 entrances located one above the other at a height of 50’, that lead to a large limestone chamber through a descending passageway. The lower corridor directly below the upper corridor joins after a distance & leads to the inner chamber which is lined with granite.
  • 62. • This is a reconstructed diagram of the pyramid of Chephren with its causeway connecting to the valley temple, the pyramid of Cheops & the surrounding environs.
  • 63. S p h i n x • An Egyptian Sphinx had the head of a king, a hawk, a ram (or more rarely a woman) on the body of a lion • The Great Sphinx, which represents a recumbent lion with the head of a man, was excavated in 1816 in Pyramid complex of Giza, near Cairo • Exact date unknown • Height – 64 ft • Length – 188 ft • Face is 13 ft 6 inches wide • Mouth is 8 ft 6 inches long
  • 64. • The walls in the tomb were painted in Egyptian art and can be seen in modern Museums on tiles and pottery • The writing system developed by the Egyptians was called Hieroglyphics, which consisted of a variety of pictograms and some phonetic syllables. • In Egypt, women had more rights than their Mesopotamian counterparts. They were able to own business' and were not bound to men.
  • 65. Temple districts •Temple districts were better planned. • The outlay of individual temples was basically symmetrical. •Walls surrounded them. •At hotep-senusret :- a) the brick wall was on three sides of the temple Was 12 metres thick and lined with limestone. Avenues leading through the city to the temple district were wide, suitable for processions.
  • 66. Temple districts• The temple complexes had extensive storage space • The thickness of the brick wall lined with limestone hotep senusret (kahun) was about 12 metres . • Its height must have been correspondingly great. • When walls were built completely of stone, their thickness could be reduced, but they were still quite massive. • Paved street five metres wide was discovered. • Pavement of streets was restricted to the temple complexes • Temples were surrounded by an empty space • Over time houses were built right up to the outer temple walls. • Houses decayed and were rebuilt many times , result that the ground level of the residential area rose • The temples which, being built of stone, were not periodically rebuilt, seemingly sank into the ground.
  • 67.
  • 68. •The detail plan of the Ammon temple shows the 4 pylons leading to the sanctuary, which has been mostly destroyed. However, the plan shows the 6 pairs of central columns in the hypostyle hall with 126 (9 rows x 7 lines x 2 sides) shorter columns on either side.
  • 69. • The top view shows the view of the great court with the temple of Seti I. • The bottom view shows another part of the court with the north gate in the middle. • The row of columns near the enclosure wall have bud capitals & the 2nd pylon can be partially seen on the right.
  • 70. • The great hypostyle hall is about 320’ x 160’ internally & is roofed by enormous slabs of stone, supported by 138 columns. The roof of the central avenue is raised to a height of 80’ with the columns itself rising to 69’ ht & having a diameter of 11’ 9” with lotus bloom capitals. The side avenues are lower in order to admit light through clear storey windows with the columns rising to 42’ ht and 9’ diameter, having lotus bud capitals. The effect produced by this forest of columns is most awe-inspiring.
  • 71. • The 2 views above show the columns of the central avenue with lotus bloom capitals & the columns of the side avenues with lotus bud capitals. The clear storey windows through which light was brought to the interior of the temple can also be seen.
  • 72. • This picture clearly shows the clear storey windows made of stone located above the roofing of the side avenues & the columns of the central avenue with hieroglyphics.
  • 73. • Not much of the actual sanctuary remains today as can be observed from the picture on the top. • However all the walls & columns were covered with incised inscriptions in colour giving the history of the temple, the names of the gods to whom it was dedicated & the royal people who contributed to its grandeur. • The picture below shows the festival hall of Thutmose III, which was constructed during the last period. The column capitals & shafts resemble bundled reeds of papyrus and look more elegant. • They are also considered to be the fore runners of the fluted columns of the Greek.
  • 74. • The awesome effect of perspective & monumental scale produced by the forest of columns in the hypostyle hall can be observed from the picture on the left. The obelisk of Queen Hatshepsut, located between the 4th & 5th pylon rises to height of 30m.
  • 75. • This is the view of the Ammon temple from across the sacred lake that shows the ruined condition of the sanctuary. The obelisks erected by Thutmose I & queen Hatshepsut can also be seen.
  • 76. • The great temple at Abu simbel is one of the most stupendous of Egyptian rock-cut tombs. The impressive façade, 119’ wide & 100’ high, is formed as a pylon with 4 colossal statues of Ramesses II, who built it. The vestibule beyond has 8 Osiris pillars & vividly colored wall relief's. Eight small chambers used for storage adjoin this vestibule. Beyond it is a small hypostyle hall with 4 pillars that leads to the sanctuary having altar.
  • 77. • The Temple at Edfu is the best preserved since it was built during the last period. The massive entrance pylons with relief sculptures leading to the colonnaded great court & the hypostyle hall with its façade of pillars can be seen in these 4 pictures.
  • 79. Palaces The whole compound was enclosed and separate from the rest of the capital, Albeit close to suppliers of services, temples and the seat of the administration
  • 80. Workers' dwellingsThe houses of the workmen had two to four rooms on the ground floor (44 and 60 m²) • access to the flat roof, which was used as living and storing space. • The houses abutting the inner wall on the eastern side were bigger, having up to seven rooms. •Some of the dwellings had conical granaries on the ground floor. The doorways were arched •Traces of brick barrel-vaulting have been found on supporting walls. •Roofs were made of wooden planks supported by beams and plastered over with mud.
  • 82.
  • 84. The Great Houses The Great Houses covered about 2700 m² each and served as offices and living quarters for the high officials in charge of the construction work and their families. There were four almost identical houses and one differently built one north of the street and another three with a completely different ground plan south of it. After the pyramid had been built and the officials had left, people began to take over their houses, adapting them to their own needs by walling up entrances and creating new walls and passages.
  • 85. The Great Houses The layout of one of the northern Great Houses 1 Main entrance 2 Doorkeeper's lodge 3 Offices, guest rooms 4 Pillared hall 5 Private quarters 6 The mandara, i.e. reception room for strangers 7 Open courtyard 8 Best hall, with columns and tank 9 Private rooms 10 Visitors' passage to the mandara 11 Women's hall 12 Women's quarters 13 Store rooms
  • 86. What was meant to be the Home for the Pharaoh after his death is One of the major tourist attractions today….
  • 87.