Architecture Programmes
Syllabus
Yashwantrao Chavan Maharashtra
Open University
Dnyangangotri, Near Gangapur Dam,
Nashik – 422 222, India
Phone: 0253-2231473, 2231714, 2231715
Fax: 0253-2231716
Website: http://www.ycmou-st.com/
School of Science and Technology
Semester 07
Contents
1
1.1
1.2
1.3
1.4
1.5
Semester 07 ..................................................................................................................... 7
A01071......................................................................................................................... 7
A01072......................................................................................................................... 9
A01073....................................................................................................................... 11
A01074....................................................................................................................... 13
A01075....................................................................................................................... 16
© 2005, YCMOU. All Rights Reserved.
Price: Free Download of Internet Version.
Last Update: Tuesday, July 10, 2007
Publisher: Registrar, YCMOU, Nashik - 422222, India.
Abbreviations Used:
SST: Self Study Time (including the CST)
CST: Counseling Session Time
CP: Credit Point
TH: Theory Course (subject)
ST: Studio Course (subject)
Architecture Programmes (AEP): Syllabus For Semester 07
Page 2 of 17
Program Structure Chart
Semester
Course 1, 4 CP
Theory Course
Course 2, 4 CP
Theory Course
Course 3, 4 CP
Theory Course
Course 4, 4 CP
Studio or ProjectWork Course
Course 5, 4 CP
Studio or ProjectWork Course
01
A01011:
Climatology
A01012:
Technical
Communication
A01013:
Architectural
Drawing and
Graphics I
A01014:
Workshop and Model
Making
A01015:
Basic Design I
A01023:
Architectural
Drawing and
Graphics II
A01024:
Building Technology
and Materials I
A01025:
Basic Design II
A01035:
Architectural Design
I
02
A01021:
A01022:
History of
Theory of Structures I
Architecture and
Human Settlements I
03
A01031:
History of
Architecture and
Human Settlements
II
A01032:
Theory of Structures
II
A01033:
Auto CAD and Office
suites
A01034:
Building Technology
and Materials II
04
A01041:
History of
Architecture and
Human Settlements
III
A01042:
Theory of Structures
III
A01043:
Surveying and
Leveling
A01044:
Building Technology
and Materials III
05
A01051:
Building Sciences I
A01052:
Theory of Structures
IV
A01053:
Quantity Surveying
and Estimating
A01054:
Building Technology
and Materials IV
A01055:
Architectural Design
III
06
DAA
A01061:
Building Sciences II
A01062:
Theory of Structures
V
A01063:
Landscape
Architecture I
A01064:
Furniture
Construction and
Interior Design
A01065:
Architectural Design
IV
07
A01071:
Building Sciences III
A01072:
Theory of Structures
VI
A01073:
Specification Writing
A01074:
Building Technology
and Materials V
A01075:
Architectural Design
V
08
A01081:
Building Sciences IV
A01082:
Town Planning
A01083:
Landscape
Architecture II
A01084:
Building Technology
and Materials VI
A01085:
Architectural Design
VI
09
A01091:
Research
Methodology
A01092:
Professional Practice
I
A01093:
Computer
Applications in
Architecture
A01094:
Technology Elective
A01095:
Architectural Project
Stage I
10
B.Arch.
A01101:
Planning Elective
A01102:
Professional Practice
II
A01103:
Management
Elective
A01104:
Allied Elective
A01105:
Architectural Project
Stage II
A01111:
Contemporary
Architecture Trends
and Theories
A01112:
Low Cost Building
Design and
Techniques
A01113:
Ecology for
Architecture and
Planning
A06111:
Principles of
Management
A06112:
Project Planning
and Scheduling
A06113:
Management
Accounting
A11111: Introduction
to Environment and
Sustainability
A11112:
Disturbances and
Remedies
A11113:
Thermal Comfort
and Passive Design
11
A01114: Vernacular
Architecture
A02114: Energy
Conserving
Architecture
A03114:
Landscape Design
A06114:
Management of
Built Facilities
A01045:
Architectural Design
II
A01115:
Architectural Design
Studio – I
A06115:
Professional
Communication
A11115:
Architectural
Design Studio – I
A07114: Risk
Management
A11114: Efficient
Building Materials
A12114: Pollution
Impact and
Architecture Programmes (AEP): Syllabus For Semester 07
Page 3 of 17
Semester
Course 1, 4 CP
Theory Course
Course 2, 4 CP
Theory Course
Course 3, 4 CP
Theory Course
Course 4, 4 CP
Studio or ProjectWork Course
Course 5, 4 CP
Studio or ProjectWork Course
Remediation
A01122:
A01121:
Computer Application Mass Housing design
strategies and
for Architecture and
standards
Planning
A01123:
Advanced Building
construction and
Services
A06122:
Project Monitoring
and
Control
A06123:
Project Finance
Management
A06121:
Human Resource
Management
12
A11121:
Environmental
Psychology
A11122:
Geographic
Information
System (GIS)
A11123:
Urban Ecology and
Environmental
Planning
A01124: Design With
A01125:
Climate
Architectural Design
Studio – II
A01124-E02:
Architectural
A06125-E06:
Computer
Conservation
Applications
A06124: Repairs
and Maintenance of
A11125-E11:
Buildings
Architectural
Design Studio – II
A07124:
Conservation of
Heritage Structure
A11124:
Decentralized waste
water Management
System
A12124: Terrain
assessment and
mapping
A01131:
Building Bylaws and
Architecture Practice
13
A06131:
Advanced
Construction
Techniques
A01132:
Urban Design
A06132:
Project
Formulation and
Appraisal
A11132:
Ecological Landscape
A11131:
Environmental
Design
Services
Management Systems
A01141:
Project Assessment
and Management
A06141:
Materials and their
Management
14
M.Arch.
A11141:
Green Buildings:
Technical
Criteria and
Standards
A01142-: Futuristic
Architecture
A02142:
High rise Buildings
A06142: Value
Management
A07142:
Construction
Marketing
A01134:
M. Arch Dissertation
Stage I
A011351:
Architectural Design
Studio – III
A06133:
Procurement
Processes
A06134:
M. Arch
Dissertation
Stage I
A06135:
Managerial
Decision Making
A11133:
Energy Efficient
Buildings
A11134:
M. Arch Dissertation
Stage I
A01133:
Architectural
Evaluation and
Research
A01143:
Building Industry
(Seminar)
A06143:
Contract
Administration
A11143-E11:
Environmental Law
A11135:
Architectural Design
Studio – III
A01144:
A01145:
M. Arch Dissertation M. Arch Dissertation
Stage II
Stage III
A06144:
M. Arch
Dissertation
Stage II
A06145:
M. Arch
Dissertation
Stage III
A11144:
A11145:
M. Arch Dissertation M. Arch Dissertation
Stage II
Stage III
A11142: Technical
Standards for Green
Buildings
A12142:
Environmental
Project Management
Architecture Programmes (AEP): Syllabus For Semester 07
Page 4 of 17
For M.Arch. (General):
11
12
13
14
M.Arch.
A01111:
Contemporary
Architecture Trends
and Theories
A01112:
Low Cost Building
Design and
Techniques
A01113:
Ecology for
Architecture and
Planning
A01121:
A01122:
Computer Application Mass Housing design
for Architecture and
strategies and
Planning
standards
A01123:
Advanced Building
construction and
Services
A01131:
Building Bylaws and
Architecture Practice
A01132:
Urban Design
A01141:
Project Assessment
and Management
A01142: Futuristic
Architecture
A01133:
Architectural
Evaluation and
Research
A01143:
Building Industry
(Seminar)
A02142:
High Rise Buildings
A01114: Vernacular
Architecture
A02114: Energy
Conserving
Architecture
A01115:
Architectural Design
Studio – I
A03114:
Landscape Design
A01124: Design With
A01125:
Climate
Architectural Design
Studio – II
A02124: Architectural
Conservation
A01134
A01135:
M. Arch Dissertation Architectural Design
Stage I
Studio – III
A01144:
A01145:
M. Arch Dissertation M. Arch Dissertation
Stage II
Stage III
For M.Arch. (Construction Management):
11
12
13
14
M.Arch.
A06114: Management
of Built Facilities
A06111:
Principles of
Management
A06112:
Project Planning
and Scheduling
A06113:
Management
Accounting
A06121:
Human Resource
Management
A06122:
Project
Monitoring and
Control
A06123:
Project Finance
Management
A07114: Risk
Management
A06124: Repairs and
Maintenance of
Buildings
A06132:
Project Formulation
and
Appraisal
A06142: Value
Management
A06133:
Procurement
Processes
A07124: Conservation
of Heritage Structure
A06134:
M. Arch Dissertation
Stage I
A06131:
Advanced
Construction
Techniques
A06141:
Materials and their
Management
A07142: Construction
Marketing
A06143:
Contract
Administration
Architecture Programmes (AEP): Syllabus For Semester 07
A06115:
Professional
Communication
A06125:
Computer
Applications
A06135:
Managerial
Decision Making
A06144:
A06145:
M. Arch Dissertation M. Arch Dissertation
Stage II
Stage III
Page 5 of 17
For M.Arch. (Environmental Architecture):
11
12
13
14
M.Arch.
A11114: Efficient
Building Materials
A11115:
Architectural
Design Studio – I
A11111: Introduction
to Environment and
Sustainability
A11112:
Disturbances and
Remedies
A11113:
Thermal Comfort
and Passive Design
A11121:
Environmental
Psychology
A11122:
Geographic
Information
System (GIS)
A11123:
Urban Ecology and
Environmental
Planning
A12114: Pollution
Impact and
Remediation
A11124:
Decentralized waste
water Management
System
A11133:
Energy Efficient
Buildings
A12124: Terrain
assessment and
mapping
A11134:
M. Arch Dissertation
Stage I
A11143:
Environmental
Law
A11144:
A11145:
M. Arch Dissertation M. Arch Dissertation
Stage II
Stage III
A11131:
A11132:
Environmental
Ecological Landscape
Design
Services
Management Systems
A11141:
A11142: Technical
Green Buildings:
Standards for Green
Technical
Buildings
Criteria and
Standards
A12142:
Environmental
Project Management
Architecture Programmes (AEP): Syllabus For Semester 07
A11125:
Architectural
Design Studio – II
A11135:
Architectural Design
Studio – III
Page 6 of 17
1 Semester 07
1.1 A01071
1.1.1
Course
Code
A01071
1.1.2
Basic Information
Course Name
Prog
Sem
CP CST SST
Building Sciences III
AP
7
4
Marks
40
120 100
Hrs. Hrs.
Type Cat
TH
Prerequisites and Objectives
Course Prerequisites:
• Building Sciences II
Course Objectives: After successful completion of this
course, student should be acquainted with advanced
building services pertaining to natural and mechanical
ventilation, and their application to built form.
Studio: Students are expected to complete sufficient projects on the topics given below, with
critical remarks and assessment from the counselor during the semester. At the End Examination,
due credit will be given to interaction on the on-line Discussion Forum between the student and
the Counselor.
1.1.3
Units
UN
Name of Unit
1
2
3
4
5
6
7
8
Natural Ventilation
Functions and requirements
Mechanism of ventilation
Factors affecting ventilation
Mechanical ventilation
Air distribution
Air conditioning
Costing
1.1.4
UN
1
2
3
4
5
6
7
8
CP
CST
Block Hrs.
1st
10
2nd
10
3rd
10
4th
10
in Evaluation Pattern
1 SAQ & 1 LAQ (in End Exam) and 5 MCQs
(in Self-Test) will be asked on these units.
1 SAQ & 1 LAQ (in End Exam) and 5 MCQs
(in Self-Test) will be asked on these units.
1 SAQ & 1 LAQ (in End Exam) and 5 MCQs
(in Self-Test) will be asked on these units.
1 SAQ & 1 LAQ (in End Exam) and 5 MCQs
(in Self-Test) will be asked on these units.
Syllabus
Detail Syllabus of the Unit
Natural Ventilation : Introduction to Natural Ventilation (passive), Factors affecting
comfort conditions.
Ventilation functions and requirements
Study of Physical mechanism of ventilation.
Study of Design factors affecting ventilation
Introduction to Mechanical ventilation (active) and its need, Forced ventilation, Study
of systems and components involved , Types of fans used, simple calculations to decide no. of
fans required.
Air distribution, principles of ducting, layouts.
(Heating and cooling), Air conditioning equipment and components.
Costing data and space requirements.
Architecture Programmes (AEP): Syllabus For Semester 07
Page 7 of 17
1.1.5
Book Code
Learning Material
Title,
Details
of Edition Publisher,
Chapters and Sections Year
Price,
Author,
Order It Here
ISBN of Original Edition Included in Syllabus
Text Books
A01071-T1
Reference Books
A01071-R1
ABC of air conditioning
– Ernest Tricomi
A01071-R2
Heating
and
air
conditioning of buildings
A01071-R3
Environmental Science –
Smith
Philips
and
Sweeney
Architecture Programmes (AEP): Syllabus For Semester 07
Page 8 of 17
1.2 A01072
1.2.1
Basic Information
Course Code
A01072
1.2.2
Course Name
Theory of Structures VI
Prog
AP
Sem CP CST
7
4
40
Hrs.
SST Marks Type Cat
120 100
TH
Hrs.
Prerequisites and Objectives
Course Prerequisites:
Course Objectives: After successful completion of
this course, student should be able to understand
• Theory of Structures V
• Design principles of reinforced concrete & steel
structures.
• Different structural systems.
Studio: Sufficient number of projects to cover the topics mentioned should be worked in class,
Stress should be given on self study and understanding the basics of structural behavior, supported
by computations together with drawings, with critical remarks and assessment from the counselor
during the semester. At the End Examination, due credit will be given to interaction on the on-line
Discussion Forum between the student and the Counselor.
1.2.3
UN
1
2
3
4
5
6
7
8
Units
Name of Unit
CP
CST in Evaluation Pattern
Block Hrs.
Masonry & RCC
1 SAQ & 1 LAQ (in End Exam) and 5
Pre-stressed concrete
1st
10
MCQs (in Self-Test) will be asked on
these units.
Ultimate load theory
1 SAQ & 1 LAQ (in End Exam) and 5
2nd
10
Limit State Analysis
MCQs (in Self-Test) will be asked on
these units.
Pre-cast and Pre-fabricated slabs and
1 SAQ & 1 LAQ (in End Exam) and 5
other units
3rd
10
MCQs (in Self-Test) will be asked on
Introduction to Advanced Structures
these units.
Compound Stanchion
1 SAQ & 1 LAQ (in End Exam) and 5
Structural
design
aspects
(no
MCQs (in Self-Test) will be asked on
10
Calculations) of important building 4th
these units.
types. Computers in structural
analysis
1.2.4
Syllabus
UN
Detail Syllabus of the Unit
1
Introduction to Masonry & RCC underground water storage tanks, Elevated water
towers, R.C.C. & Steel portal frame, Steel column, Steel plate girder, Steel castellated girder,
Crane girder. (The introduction not to include calculations of any of the elements but the
selection criteria, placement of main reinforcement, fabrication procedure etc.).
2
Pre-stressed concrete: Definitions, difference between R.C.C. & priestesses concrete,
advantages & disadvantages, types of methods of pre-stressing, simple problem on
calculation of resultant stresses of external force etc.
Architecture Programmes (AEP): Syllabus For Semester 07
Page 9 of 17
UN
3
Detail Syllabus of the Unit
Ultimate load theory: Definitions & explanation why this theory was developed, difference
between working stress block, calculation of for balanced rectangular simply reinforced
section, area of steel required to develop working load factor (simple problem on beams only).
4
Limit State Analysis: Introduction to concepts only & I. S. requirements.
5
Introduction (No calculations) to concepts only and I.S. requirement of Flat Slabs,
Ribbed and Hollow-block slabs, Pre-cast and Pre-fabricated units.
6
Introduction (No Calculations) to Advanced Structures such as Pyramids, Domes,
Shell-roofs, Folded Plates, Space-frames, Vaults.
7
Compound Stanchion: Simple Problems (no detailed design) , Lacing : Finding spacing &
size of lacing, Battens : Finding spacing & size by I.S. provisions.
8
Structural design aspects (no Calculations) of important building – types, Theatres
and Auditoriums, High-rise buildings, Sports-pavilion and Gymnasium buildings, factory
building, Swimming-pools, Introduction to use of computer in structural analysis.
1.2.5
Learning Material
Title,
Details
of Edition Publisher,
Chapters and Sections Year
Price,
Author,
Order It Here
ISBN of Original Edition Included in Syllabus
Text Books
A01072-T1
Text Books
A01072-R1 R. S. Khurni – Strength
materials.
A01072-R2 K. L. Rao – Calculation,
design & Testing of
reinforced Concrete.
A01072-R3 Henny Cowan & Forest
Wilson
Structural
system.
A01072-R4 H Segmour Harward –
Structure –an architects
approach
A01072-R5 R.S. Kulkarni – Strength
of material
A01072-R6 K. L. Rao – Calculations,
Design and testing of
reinforced concrete.
A01072-R7 Reynolds & Kent –
Structural steel work.
A01072-R8 Kane, Shah – Illustrated
design of RC Buildings.
A01072-R9 Structure
in
Architecture
by
Salvadori and Heller
A01072Design
of
steel
–
R10
structures – by Vazirani
– Rathvani
A01072Elements of structure –
R11
by Morgan
Book Code
Architecture Programmes (AEP): Syllabus For Semester 07
Page 10 of 17
1.3 A01073
1.3.1
Basic Information
Course Course Name
Code
A01073 Specification Writing
1.3.2
Prog
Sem
CP
CST
SST
Marks Type Cat
AP
7
4
40
Hrs.
120
Hrs.
100
TH
Prerequisites and Objectives
Course Prerequisites:
• Quantity Surveying & Estimating
Course Objectives: After successful completion of this
course, student should be acquainted with methodology
of writing specifications with reference to building
trades, materials, workmanship and performance of
different items of work and introducing the students to
specifications as an integral part of contract document
for building projects.
Studio: Students are expected to complete sufficient projects on the topics given below, with
critical remarks and assessment from the counselor, during the semester. At the End Examination,
due credit will be given to interaction on the on-line Discussion Forum between the student and
the Counselor.
1.3.3
Units
UN
Name of Unit
1
2
Introduction to Specification writing
Types of specifications
3
Specification writing methods
4
Detailed specifications
5
6
Building trades and materials
Specifications for building services
1.3.4
UN
1
2
3
4
5
CP
CST in Evaluation Pattern
Block Hrs.
1 SAQ & 1 LAQ (in End Exam) and 5
1st
10
MCQs (in Self-Test) will be asked on
these units.
1 SAQ & 1 LAQ (in End Exam) and 5
2nd
10
MCQs (in Self-Test) will be asked on
these units.
1 SAQ & 1 LAQ (in End Exam) and 5
3rd
10
MCQs (in Self-Test) will be asked on
these units.
1 SAQ & 1 LAQ (in End Exam) and 5
4th
10
MCQs (in Self-Test) will be asked on
these units.
Syllabus
Detail Syllabus of the Unit
Specification as part of contract document, definition, need and importance, its
relationship with working drawings, bill of quantities and schedule of rates.
Types of specifications, open, closed, restricted, prescriptive, performance based, or
combination of above types. Use of manufactures guide etc.
Specification writing method to include master list, sectional formats, page formats,
general material items, tests, performance, mode of measurements etc.
Methodology of writing detailed specifications including methods and forms of writing
descriptive notes on materials and workmanship based on working drawings. Preparation of
checklist for writing detailed specifications.
Study of different building trades, their scope and contents, Collection of catalogues and
technical information on various materials, products and specialized items.
Architecture Programmes (AEP): Syllabus For Semester 07
Page 11 of 17
6
Introduction to writing specifications for building services and checklist for services
such as Water Supply, Drainage, Electrical and HVAC installations.
1.3.5
Learning Material
Book Code Title,
Author,
ISBN of Original Edition
Text Books
A01073-T1
Details
of Edition Publisher,
Chapters and Sections Year
Price,
Included in Syllabus
Order It Here
Reference Books
A01073-R1 Indian
Standard
Specifications
A01073-R2 C.P.W.D. Specifications and
schedule of rate analysis
A01073-R3 Specification
Writing
for
Architects and Engineers. By
Donald A. Watson.
A01073-R4 Specification
Writing
for
Architects and Surveyors by
Arthur J. Wills
A01073-R5 Professional Practice by R. H.
Namavati
Architecture Programmes (AEP): Syllabus For Semester 07
Page 12 of 17
1.4 A01074
1.4.1
Basic Information
Course Code Course Name
A01074
Building
Construction
Materials - V
1.4.2
Prog
and AP
Sem CP CST SST Marks Type Cat
7
4 80
120 100
ST
Hrs. Hrs.
Prerequisites and Objectives
Course Objectives: After successful completion of this
Course Prerequisites:
• Building Construction and Materials - course, student should be acquainted with
IV
• Soil types & its behavior under different loading
conditions
• Foundation on low load bearing soil
• More about R.C.C. & Steel skeleton structures
• Sliding & Sliding folding doors & bay windows in
wood
• Aluminium & P.V.C. doors and windows
• R.C.C. and mass retaining wall
• Reinforced cavity and decorative brickwork
• Long span structures in R.C.C. & Steel
• Modular
Co-ordination
&
introduction
to
prefabricated types construction using pre-cast
building components.
Studio: Sufficient number of projects to cover the topics mentioned should be worked in class.
Stress should be given on self study and site visits to understand the basics of construction
technology together with drawings. Students are expected to complete the projects, with critical
.
remarks and assessment from the counselor, during the semester Portion covered out of following
topics shall be taught with special reference to Earthquake Resistant Detailing with local practices
and regional responses.
Foundations, Soil Stabilization, Retaining Walls, Plinth Filling
Flooring, Walls, Openings
Roofs, Parapets, Terraces, Boundary Walls
Underground and Overhead Tanks
Staircases and isolation of structures.
At the End Examination, due credit will be given to interaction on the on-line Discussion Forum
between the student and the Counselor.
1.4.3
Units
UN
Name of Unit
1
2
3
4
5
6
Foundation
Super Structure
Roofs & Floors
Doors & Windows
Special Construction
Miscellaneous Constructions
CP
CST
Block in
Hrs.
1st
20
2nd
20
3rd
20
Architecture Programmes (AEP): Syllabus For Semester 07
Evaluation Pattern
Students are expected to complete
number of projects, with critical
remarks and assessment from the
counselor. External and internal experts
will jointly assess these projects for 100
marks with viva after presentation by
Page 13 of 17
7
Materials
4th
1.4.4
UN
1
2
3
4
5
6
7
20
the student for about 5-7 minutes. In
case of disagreement among the experts,
decision of external expert shall be final.
At the End Examination, due credit will
be given to interaction on the on-line
Discussion Forum between the student
and the Counselor.
Syllabus
Detail Syllabus of the Unit
Foundation: Soil types & its behavior under different loading conditions, Foundation on
weak strata, Raft Foundation, Pile Foundation , R.C.C. stub columns and stanchion fixing
details.
Super Structure: More about R.C.C. framed construction, Insitu cast concrete frame
structure with specific studies of stairs, balconies and canopies with special reference to
earthquake resistant detailing, In situ cast external wall, Concrete box frame, Steel
structure using built-up sections, medium span roof trusses, lattice construction, castellated
beams, connection details and cladding details, rain water disposal, etc. An industrial
structure tol be studied in detail, Retaining walls and its terminology, mass retaining wall in
bricks, stones, etc. and cantilever retaining wall in R.C.C., Reinforced brickwork including
reinforced brick walls, piers of different thickness, reinforced brick lintels, reinforced brick
slabs, Decorative Brick work for jails, Screen etc.
Roofs & Floors: Introduction and basic concepts of various structural systems for Flooring
and Roofing in Steel, R.C.C. and Pre stressed Concrete for medium to large spans including
proprietary details, Modular Co-ordination and pre-cast building components and systems
developed by C.B.R.I. and their application (e.g. small residential building / primary school
building / Arch Design Project etc.)
Doors & Windows: Sliding & sliding – folding doors in wood and bay windows in wood,
Aluminium Doors, Aluminium Windows, PVC Doors, PVC Windows.
Special Construction: Basement Construction, Water Proofing details etc., Constructional
details of multi basement (maximum double basement) with waterproofing treatment,
lighting, ventilation, rainwater disposal and diaphragm walls below ground level.
Miscellaneous Constructions: Timbering & Strutting for trench excavation: Compound
walls, fencing & gates using Bamboo, wood, Steel, Concrete, Bricks, Stone, C.C. Blocks,
Concrete Grills etc., Setting out of structures, Escalator , Elevators and other communication
systems : General Construction details.
Materials:(Sketches, notes, collecting material samples, brochures, visits to sites,
manufacture’s place etc.)
Light weight Concrete, Guniting
Water proofing, cement based and chemical based, bituminous and other proprietary systems
Glass & Glass products applicable in building industry
Material alloys and stainless steel & their application in building industry.
Polishing of wood, Painting, External & Internal surfaces of bricks, stones, concrete, plaster
etc. and paining of wood & steel. Specialized internal & external renderings.
1.4.5
Book Code
Learning Material
Title,
Author,
ISBN
of
Edition
Text Books
A01074-T1
Reference Books
Details
of Edition Publisher,
Chapters
and
Sections Year
Price,
Original Included in Syllabus
Order It Here
Architecture Programmes (AEP): Syllabus For Semester 07
Page 14 of 17
Book Code
A01074-R1
A01074-R2
A01074-R3
A01074-R4
A01074-R5
A01074-R6
A01074-R7
A01074-R8
A01074-R9
A01074-R10
A01074-R11
A01074-R12
A01074-R13
A01074-R14
A01074-R15
A01074-R16
Title,
Details
of Edition Publisher,
Author,
Chapters
and
Sections Year
Price,
ISBN
of
Original Included in Syllabus
Order It Here
Edition
Elements of Structures
by MORGAN
Structures
in
Architecture
by
SALVADORI
To Study standard
building construction
Building Construction
by MACKAY WB. Vol.
1 to 4
Construction
of
Building by BARRY
Vol. 1 to 5
Construction
Technology
by
CHUDLEY R. Vol. 1 to
6
Building Construction
illustrated by CHING
FRANCIS D. K.
Elementary
Building
Construction
by
MITCHELL
Structure and Fabric
by EVERET
Engineering Materials
by Chaudhary
Building Construction
– Materials by M. V.
Naik
Civil Engineers Hand
Book by KHANNA
Vastu
Rachana
by
SHRI Y. S. SANE
National Building Code
and
I.S.I.
Specifications.
Materials and Finishes
by EVERET.
A
to
Z
Building
Materials
in
Architecture
by
HORNBOSTLE.
Architecture Programmes (AEP): Syllabus For Semester 07
Page 15 of 17
1.5 A01075
1.5.1
Basic Information
Course Code
A01075
1.5.2
Course Name
Architectural Design V
Prog
AP
Sem
7
CP
4
CST
80
Hrs.
SST
120
Hrs.
Marks Type Cat
100
ST
Prerequisites and Objectives
Course Prerequisites:
• Architectural Design IV
• Interior Design
Course Objectives: After successful completion of this
course, student should be able to
• Design multi storied residential building.
• Design multi-family housing complexes
Studio: Sufficient number of projects to cover the topics mentioned should be worked in class.
Stress should be given on three-dimensional study and communicating the design / study through
effective two and three-dimensional sketches and models, rather than words. Students are
expected to complete the projects, with critical remarks and assessment from the counselor, during
the semester. At the End Examination, due credit will be given to interaction on the on-line
Discussion Forum between the student and the Counselor.
1.5.3
Units
UN
Name of Unit
1
2
Study of multi-family housing and
apartment buildings. Design of highrise apartment building.
Study of large housing complexes in
terms of built mass-open space
relationship, hierarchy of circulation
and open spaces, etc. Critical
appraisal of a housing complex.
Design
of
housing
layout
accommodating approximately 100
dwelling units.
Detail design of buildings within
above housing complex.
3
4
5
6
7
8
1.5.4
UN
1
2
3
4
5
CP
CST
Block in
Hrs.
1st
20
2nd
20
3rd
20
4th
20
Evaluation Pattern
Students are expected to complete
number of projects, with critical
remarks and assessment from the
counselor. External and internal experts
will jointly assess these projects for 100
marks with viva after presentation by
the student for about 5-7 minutes. In
case of disagreement among the experts,
decision of external expert shall be final.
At the End Examination, due credit will
be given to interaction on the on-line
Discussion Forum between the student
and the Counselor.
Syllabus
Detail Syllabus of the Unit
Study of public, multi-family housing complex. Analysis of space requirements, services and
utilities required, low-rise v/s high-rise.
Design of single high rise (More than 18 Meters) residential apartment building including
site planning, parking on surface and basement, support services and utilities, security, etc.
Study of public housing as well as campus housing with regard to defining requirements in
terms of sizes and mix of units, character with reference to context, socio-economic
requirements, environmental impact, support amenities required, sustainability, etc.
Critical appraisal of a large public housing complex in above context.
Study and analysis of requirements for a housing complex for approximately 100 dwelling
units in terms of site context, density, defining number, sizes and mix of types of dwelling
units, computing amenities required.
Architecture Programmes (AEP): Syllabus For Semester 07
Page 16 of 17
6
7
Design site plan for above housing complex including location of buildings, amenities, means
of circulation, parking, open spaces, services, etc.
Detail design of various types of residential buildings in above complex.
8
Detail design of various amenity buildings in above complex and preparation of report.
1.5.5
Learning Material
Book Code Title,
Author,
ISBN of Original Edition
Text Books
A01075-T1
Reference Books
A01075-R1
Details
of Edition Publisher,
Chapters
and
Sections Year
Price,
Included in Syllabus
Order It Here
Architecture Programmes (AEP): Syllabus For Semester 07
Page 17 of 17