Graduate Profile 2014 NUST INSTITUTE OF CIVIL ENGINEERING

14

1 Overview of NICE

1

2 Table of Contents

2

1. Graduate Final Year Projects Page No.

a. Structural Engineering 03

b. Geotechnical Engineering 09

c. Transportation Engineering 12

d. Construction Engineering & Management 17

2. Graduate Profiles 23

Group

No

Student in Group Faculty Advisor Project Brief

1. Umar Maqsood (GL)

Iftiaz Hussain

Waleed Ali

Faisal Sarwar

Farjad Hassan

Dr. Syed Ali Rizwan

Tel : 051-90854600

Email:syedalirizwan@hot

mail.com

Title:

Use of bagasse Ash and marble powder as a

SRM,s in Self Compacting System With/Without

Different Gypsum Form.

Brief:

The project is to study the effect of local SRMs

on the properties of SCCS. The SRMs include the

Lime, Bagasse Ash and Marble powder which

are locally available in the locality of Islamabad.

2. Wajahat Ali (GL)

Ibtsam Ur Rehman

KianiMuhammad

Shoaib

MuneebKhurshid

Tariq Rehamn

Dr. Syed Ali Rizwan

Tel : 051-90854600

Email:syedalirizwan@hot

mail.com

Title:

Use of lime With OPC in SCCS with Bagasse

Ash and marble powder.

Brief:

Self Compacting Cementitious Systems (SCCS)

fall in the category of modern concrete

technology which has been used effectively all

over the world. Such systems offer uniform

compaction as well as have uniform durability

and are characterized by higher powder content

with lower w/p ratio compared with the

conventional concrete.

Effect of Marble powder, lime and Bagasse Ash,

on Self Compacting Cementitious System

(SCCS) was studied. This would encourage

effective use of recycled industrial waste like

inert marble powder, resulting in more

economical and self compacting concrete

placements.

Structural Engineering

3

NUST INSTITUTE OF CIVIL ENGINEERING

Graduate Final Year Projects 2014

3

Group

No


3. ArslanQasim(GL)

Waleed Farooq

Moazam Ali

AfnanMukhtar

Muhammad Danial

Dr. Wasim Khaliq

Tel : 051-90854603

Email wasimkhaliq@n

ice.nust.edu.pk

Title:

Improvement of concrete material properties

with graphite nanoplatelets.

Brief:

Experimental investigations are done to identify

the nano-reinforcement systems using graphite

nano-platelets in concrete. The experimental

program covered the mechanical, physical and

durability characteristics as well as the structure

and composition of concretes reinforced with

graphite nano-platelets.

4. FurqanMunir(GL)

Saim Raza

Abdul Rehman Qureshi

M.KhubaibIlyas Khan

Saad Hassan Siddiqui

Asst Prof. Ansar Iqba

Tel. 051-90854611

Email ansarnara

@yahoo.com

Title:

Earth Quake Resistant Infill in Steel Structures.

Brief:

Seismic Performance Assessment of infilled steel

and concrete frames in SAP2000 using Nonlinear

Time history analysis. Seismic Vulnerability

assessment of infilled steel and concrete frames

in Perform 3D using Pushover analysis.

Development of vulnerability curves for

proposed buildings. Comparison of seismic

behavior of bare and infilled frames.

Development of empirical relations or factors

that can be utilized practically to cater the effect

of infill walls.

4



4

Group

No


5 Ahmed Aseem(GL)

MoizUlFazal

Muhammad Saad Bin

Pervez

Faizan Hameed

WaqarHussnain

Asst Prof Mansoor

Khalid

Tel : 051-90854503

Email

mansoorkhalid_2000@

yahoo.com

Title:

Development of Android Based Application

(CONCROID) for the analysis and design of

concrete structures.

Brief:

This application was developed using Android

Development tool and Software Development Kit

and provides the user with detailed analysis of

major structural elements and also helps in the

safe and serviceable design of major building

elements. This application is one of its kind

among other Civil Engineering software’s.

6 Syed Kumail Raza

Naqvi (GL)

Imtisal Afzal

Bilal Lal Khan

Rao Muhammad

Waqar

Syed Furqan Haider

Asst Prof Mansoor

Khalid

Tel : 051-90854503

Email

mansoorkhalid_2000@

yahoo.com

Title:

Behaviour of RCC beam under ipact load

Brief:

In this project a RCC beam is modeled in

LsDyna software and studied its behavior under

low velocity impact of hammer. The results are

found using von-misses theory and drucker-

prager theory. These results are verified by

experiment of RCC beam.

5



5

Group

No


7 Saba Zulfiqar (GL)

Anum Gillani

Maheen Khalid

Muhammad Waleed

Anwar

Asst Prof Amir

Faizullah

Tel : 051-9085416

Email

[email protected]

m

Title:

Energy Efficient building Design.

Brief: Severe power shortages are

expected in the near future in Pakistan.

New sustainable initiatives are required to

respond to the energy needs. Major share

of electricity is consumed in buildings,

may be they are for office, industry, or

residential purpose. Therefore focus

should be to build energy efficient

building. Materials used, orientation,

layout and internal fixture and fittings

play an important role for energy

consumption. Therefore focus of this

study is to recommend suitable measures

and materials to construct energy efficient

buildings.

8 Abdul Hanan Mughal(

GL)

Taimour Ibraheem

Haider Ali

Muhammad Usman

Malik

Usama Zafar

Asst Prof Amir

Faizullah

Tel : 051-9085416

Email

[email protected]

m

Title:

Rehabilitation of Buildings damaged due to

earthquake.

Brief:

The earthquake of 2005 jolted the half of

the country, prior to which we were

ignorant of this natural disaster.

Pakistan’s’ capital and northern areas

including Kashmir lie on the fault zone.

The rehabilitation of buildings damaged

due to earthquake is tedious and technical

job and it requires meticulous planning,

design and construction methodology.

The aim of this study is to understand the

effects of earthquake on buildings and

recommend ways to build earthquake

resistance buildings and recommend

measure to rehabilitate these buildings.

6



6

Group

No


9. Waseem Akhtar

(GL)Adeel Ahmed

Abbasi

Zeeshan Ahmed

FarhanIftikhar

Aamir Bilal

Dr. Shaukat Ali Khan

Tel : 051-90854619

Email: shaukat.khan

@gmail.com

Title: An early earth-quake loss assessment

framework of Pakistan.

Brief: Pakistan is an earthquake prone region

where major earthquakes have struck in the past.

After the Kashmir (2005) earthquake National

Disaster Management Authority (NDMA) was

established. However, there is still a need of

devices that can predict the scale of monetary

loss and human casualties just after a major

earthquake. This project is focused on

development of a computer program

(framework) that will be able to predict loss and

casualties in case of a future earthquake event in

Pakistan.

10. UzairMaqbool(GL)

Muhammad Umair

Muhammad Mohsin

Waqas

Asadullah Shah

Muhammad Waleed

Usman

Dr. Shaukat Ali Khan

Tel : 051-90854619

Email: shaukathan@g

mail.com

Title: Probabilistic Seismic Vulnerability

Assessment of RC frames structures in Pakistan.

Brief: The project entails typical existing

reinforced concrete framed structures in

Pakistan. Seismic vulnerability assessment is

carried by predicting structural response by

varying construction deficiencies using analytical

simulation techniques. The outcome of project

will lead to better future risk assessments studies

for existing building stock of Pakistan.

7



7

Group

No


11. Mansoor Hussain

Bhatti (GL)

Syed Uzair Us Salam

Shah

Peerzada Danish

RasoolMasoodi

Nasir Hameed

Fawad Butt

Asst Prof Musaad

Zaheer

Tel : 051-90854622

Email:

sarbaan_nust@hotmail

.com

Title:

Strengthening of RC Structure

(beams/Girders/Columns) Using FRPs or GRPs

Brief:

FRP”s are now much highlighted in the field of

civil engineering. It finds its application in all

disciplines in one way or the other. The project is

primarily aimed at studying the properties of

Fiber Reinforced Polymers and its various types

and how they affect the strength parameters of

RC Structures.

8



8

Group

No


1. Sarmad Shakeel (GL)

Muhammad Mohsin

Asad Ali

Zeeshan Ul Hassan

Rana Muhammad Saad

Khan

Dr. Syed M. Jamil

Tel : 051-90854004

Email s.muhammadja

[email protected]

Title:

Design of Earth Dam at Dalhore, Rawalpindi

Brief:

The Project includes design of a small earthen

dam and concrete gravity dam at Dalhore near

Rawalpindi, using readily available construction

material at site. Performing cost benefit analysis

and evaluating different alternatives of

construction techniques and materials in order to

reduce cost of construction and maintenance.

Key construction specifications for contractors

will also be outlined.

2. MuddassirSanei (GL)

Qasim Khan

Muhammad Asim Ayaz

Mahmood Ahmad

Quddusi

Meesum Abbas

Dr. Syed M. Jamil

Tel : 051-90854004

Email s.muhammadja

[email protected]

Title:

Geotechnical Investigation and Design of

Footing for Earth Sciences Building at SCEE.

Brief:

Project aims at performing geotechnical

investigation and thereafter provides design of

footing for earth sciences building at SCEE. The

project includes performing field tests at site and

then utilizing software’s to determine geo

technical design. Software will also be developed

for calculating bearing capacity and settlement of

soil. The project in compasses the concept and

methodology required for the design of shallow

foundations.

Geotech Engineering

9



9

Group

No


3. SahibzadaUzairUllah

(GL)

Abdul Basit

Syed Muhammad Ali

Saqib Ur Rehman

Muhammad Qasim

Dr. Kamran Akhtar

Tel : 051-90854629

Email [email protected]

ust.edu.pk

Title:

Design of Small Dam in Potohar Region

(Daducha Dam, Near DHA-II), Rawalpindi

Brief:


dam using readily available construction material

at site and concrete gravity dam. Keeping in view

geology of the area which is a fault zone

suggesting precautionary measures in case of

breach by performing dam break analysis.

Performing cost benefit analysis and evaluating

different alternatives of construction techniques

and materials in order to reduce cost of

construction and maintenance. Key construction

specifications for contractors will also be

outlined.

4. Muhammad Adeel Tahir

(GL)

Muhammad Umar

Mashood Sharif

Zain Javed

Arslan Ahmed

Dr. Kamran Akhtar

Tel : 051-90854629


ust.edu.pk

Title:

Jhika Gali (Study of Slope Stability in Murree).

Brief:

Jhika Gali is an evolving metropolis is subjected

to constant tourist increase every year resulting in

maverick urbanization leading to increasing

congestion and drainage problem. Seepage from

drainage system and pounding of rain water

saturated the top soil with deterioration of bed

rock ensuing in major slope failures. This area

has been severely affected recently by a similar

landslide. This land slide has affected the local

road. This project will cover the critical aspects

of sedimentary rocks, analysis of this slope and

provide an economical solution to this natural

disaster.

10



10

Group

No


5. MubeenAyub (GL)

M. Saad Iftikhar

Rizwan Jabbar

Hafiz Waqas Khurshid

Adnan Ashraf

Nauman Waheed

Dr. Kamran Akhtar

Tel : 051-90854629


ust.edu.pk

Title:

Design of Earth Dam Mirwal, Fateh Jhang.

Attock

Brief:


dam at Mirwal near Fateh Jheng, using readily

available construction material at site.

Performing cost benefit analysis and evaluating

different alternatives of construction techniques

and materials in order to reduce cost of

construction and maintenance. Key construction

specifications for contractors will also be

outlined.

11



11

Group

No


1. M. Farhan (GL)

Waqas Nabi Shah

M. Kamran Qamar

Fawad Akhtar

M. Ahmad

M. Usman

Syed Waqar Haider

Dr. Muhammad Irfan

Tel : 051-90854114

Email drirfan-

[email protected]

Title:

Development of a Framework of Actuated

Signalized Intersection and its Implementation

on an Existing Intersection.

Brief:

The two foci of traffic engineering are safety

and efficiency of traffic flow. Traffic signals

control the competing flows of traffic thus

improving safety as well as efficiency of traffic

progression. Traffic efficiency problems are

increasingly being addressed by Intelligent

Transportation Systems (ITS) often in conjecture

with others engineering disciplines such as

computer engineering and electrical engineering.

The actuated signal controllers are one of the

many components of an ITS. Actuated signal

controllers are demand driven, and can

change/skip phases before they reach their time

limits.

This project is focused on improvement of

traffic flow conditions at an intersection through

the application of actuated signals instead of

conventional pre-timed signals. The most

common vehicle detectors are the Inductive

Loop Detectors, however, this project has also

considered the merits of a new and economical

sensor i.e. Magnetometer. Along with a detailed

framework this project demonstrates a complete

control and monitoring software of the ITS for a

Metropolitan city

Transport Engineering

12



12

Group

No


2. Muhammad Ahsan Ali

(GL)

Rana Jahanzaib Munir

Nasir Ali

Zain Iqbal

Maisam Tamar

Muhammad Adeel Rauf

Aheed Naveed Ahmad

Dr. Muhammad Irfan

Tel : 051-90854114

Email drirfan-

[email protected]

Title:

Traffic Analysis of Peshawar Road (N-5)

Corridor: Volume Studies and Queuing

Analyses.

Brief:

A comprehensive traffic study for N-5 corridor

from golra to gpochowk. Study performs check

on existing traffic flow condition with the aim

of recommending traffic improvements via

analyzing data collected from field using

Synchro 8 software and traffic parameters such

as LOS, ICU and delays. An environment

impact assessment of the insuring

delays/inefficiencies of the traffic stream is also

included.

3. Arslan Jamil (GL)

Moatsim Javed

Rana Ahmad Aamir

Syed Ayaz Ahmed

Bukhari

Usman Asif

Zaid Ummar

Hafiz Muhammad Bilal

Dr. Anwaar Ahmed

Tel : 051-90854160

Email dranwaar@sce

e.nust.edu.pk

Dr. Muhammad Irfan

(Co-Adv)

Title:

Level of Service Analysis for Urban Arterial in

Mixed Traffic Condition Ising Field Data.

Brief:

The present study aimed to investigate the

impact of police established security checkpost

on overall traffic operation and resulting higher

vehicle operating and travel time cost incurred

by the commuters while passing through

different security check post, in Islamabad

capital territory. In addition different security

checkpost designs have been proposed for

smooth flow of traffic. This study also carried

out an economic efficiency analysis of

upgrading security check posts to proposed new

design and quantified the benefits resulting

from use of new checkpost design.

13



13

Group

No


4. Attiq Ur Rahman Dogar

(GL)

Saad Ahmad

Ali Qumain

Taimoor Abbas Ali

Sohaib Ishaq

Muneeb Ahsan

Zain Riaz

Dr. Anwaar Ahmed

Tel : 051-90854160

Email dranwaar@scee

.nust.edu.pk

Asst Prof Malik Saqib

(Co-Adv)

Title:

Traffic Signal Coordination: Improving Mobility

on Urban Arterial using Traffic Signal System

Coordination.

Brief:

Objective of our project is to increase efficiency

of through traffic from Qasim Market

Intersection to P.C.Hotel Intersection. This can

be done either by coordinating traffic signal

timings or by suggesting a traffic management

plan. We conducted site surveys and collected

data of traffic volumes, signal timings, travel

times through this corridor and measured

geometry of intersections.

This data is then used to model the corridor on

SYNCHRO (traffic analysis software). Level of

service and approach delays are calculated using

this software. Signal timings are optimized and

coordinated with each other and then travel

times through this corridor are observed with

these improved timings. Then, this plan is

compared with a different traffic management

plan and cost benefit analysis is done.

Environmental and economic impacts of these

plans are compared and a better proposal is then

selected.

For simulation we are using SimTraffic and

VisSIM. Through these plans, travel times as

well as fuel consumption through this corridor

will reduce.

14



14

Group

No


5. Umer Mansoor (GL)

Muhammad Haris

Nowsherwan

Seemab Mubarak

Wasim Abbas

HasnanNafees

Dr. Arshad Hussain

Tel : 051-90854163

Email arshad_nit@ya

hoo.com

Dr. Muhammad Irfan

(Co-Adv)

Title:

Comparison of Volumetric Properties of

Marshall and Super Pave for NHS Mixes.

Brief:

To compare the volumetric properties of

Marshall and Superpave mix design for NHA

mixes. Superpave mix design uses an improve

method of laboratory compaction that reflexes

field condition called gyratory compaction. It

will help in introducing a new mix design

technology in Pakistan.

6. Fazal Rehman Safi

(GL)

Sajid Raza

Zain Ul Abdin

Azaz Arif

Nisar Muhammad

Khan Kundi

Muhammad Fahad

Rasheed

Sajjad Ali

Dr. Arshad Hussain

Tel : 051-90854163

Email arshad_nit@ya

hoo.com

Asst Prof Kashif

Ahmed Khan

(Co-Adv)

Title:

Evaluation of Aggregates Properties for HMA

Pavement Construction in Pakistan using

Aggregate from Dina Quarry.

Brief:

The purpose of this project is to see the

performance of Dina quarries as potential

aggregates for pavement construction. For this

purpose the Dina aggregate properties are

compared with the Margalla aggregates which

are most extensively use in pavement

construction. The aggregate properties like

specific gravity, water absorption, los angles

abrasion, soundness, shape, crushing and impact

value conform to the required pavement

standards. The asphalt mixture design make with

the Dina aggregate by Marshall method also

shows suitable performance. These laboratory

testing indicates that Dina quarries are potential

aggregates for pavement construction in the

Punjab province.

15



15

Group

No


7. Muhammad Ziyad

Rasheed (GL)

Mariam Masood

Ahmad Sallar

Naveeda Ahmad

Mubasher Nawaz

Ahmed Hassan

Dr. M.Babar Khan

Tel : 051-90854177

Email

babarkhan152@hotma

il.com

Title:

Integrated gis-gps system for rail operations

management in Pakistan.

Brief:

Applications of Intelligent Transportation

Systems (ITS) in rail traffic have been

employed. The conventional distance-time graph

being used at Traffic Control Unit (in each

division) has been proposed to be modernized

with the GIS-GPS integrated system at Pakistan

Railways. This will ensure improved and

accurate coordination for rail operations, time

table scheduling and traffic planning.

8. Usman Ahmed (GL)

Moeid Qurashi

Muhammad Waqas

Muneer

Muhammad Hadi

Jahandad Nasir

Syed Wajhi-Ul-Hassan

Asst Prof. Kamran

Mushtaq

Tel : 051-90854161

Email kamran-

[email protected]

Title:

Traffic Studies to Evaluate the Saturation Flow

Rates: A case study of an Urban & Intersection

of Rawalpindi.

Brief

Saturation flow rates are used for signal

designing; they give an idea of intersection

capacity. Currently Pakistan is using American

saturation flow rate values. The traffic

conditions in America are quite different from

Pakistan’s and may not give efficient results.

We are attempting to calculate our own values

and compare them with that of America’s. For

the process we are analyzing traffic flow

through intersections of 9th avenue Islamabad

and Sadar Rawalpindi.

16



16

Group

No


1. Abdul Mughees Khan

(GL)

Syed Kashif Ali Shah

Hamza Khan Shinwari

Sharjeel Ahmed Tariq

Malik Awais Ali Shah

Asst Prof Zia-Ud-Din

Tel : 051-90854179

Email : zia-

[email protected]

Title:

Effect of Building Information Modeling on

project life cycling : A Case study of NEPRA

House project

Brief:

Building Information Modeling (BIM) will be

applied on the NEPRA building to model

project life cycle.

2. Usama Mazhar (GL)

Hamza Ali Nisar

Mirza Nauman

Zeeshan

Sheryar Ali Khan

Saad Ijaz


Tel : 051-90854179

Email : zia-

[email protected]

Title:

Building Information Modeling in process

design and engineering.

Brief:

Building Information Modeling involves

creating digital representations of physical and

functional characteristics of a facility in 3-D.

For this project Autodesk Revit will be used

and quantity estimation will be carried out using

the software and comparing it with traditional

methods.

3. Abdul Munaf

Khan(GL)

M. Usama Afzal

Sohail Hussain Shah


Tel : 051-90854179

Email : zia-

[email protected]

Title:

Estimation and Scheduling of high-rise building

: A case study of Rawalpindi Institute of

Urology building

Brief:

To develop a schedule for the construction

project, quantities will be calculated and

duration to perform each activity will be

determined and then schedule will be prepared

using Primavera P6 software.

Construction Engineering & Management

17



17

Group

No


4. Mustafa Javed (GL)

Attiq Ur Rehman

Khawaja Obaid Ullah

Faheem

Ali Akbar Sial

Fizan Ali


Tel : 051-90854179

Email : zia-

[email protected]

Title:

Estimation and Scheduling of high-rise building

: A case study of EOBI building

Brief:

In order to develop a schedule for the

construction project, quantities will be calculated

and duration to perform each activity will be

determined and then schedule will be prepared

using Primavera P6 software.

5. Addul Samad Khan

(GL)

Asad Farooq Virk

UzairShafqat

IhteshtamUlHaq

Ahmed Waheed


Tel : 051-90854179

Email : zia-

[email protected]

Title: Integrating construction process

documentation into building information

modeling: Using EOBI building as an example.

Brief:

Building Information Modeling (BIM), a slightly

new idea in the construction industry. Using

modern tools of construction makes the

construction project cost efficient and a

planning, scheduling, estimating, applying

resources, safety will improve.

6. Muhammad Faizan

Khan (GL)

Mohmed Mehran

Khan

Usaid Adil

FarzanSohail

Uzair Tahir


Tel : 051-90854179

Email : zia-

[email protected]

Title:

Cost Estimating and Scheduling in BIM

technology: Using SMME building as a model

Brief:

Building Information Modeling (BIM) is an

emerging technology in Architecture,

Engineering, and Construction (AEC) industry.

BIM is a computable representation of building

and its related information, which provides a

virtual view of the objects in the building with

physical geometry (2D or 3D) and other

functional parameters.

18



18

Group

No


1. Kashif Mushtaq (GL)

Shakeel Ahmed

Muhammad Mudassar

Ibne Shafiq

Zulkifa lMazhar

Saad Imtiaz

Umer Farooq

Dr. Shakil Ahmad

Tel : 051-9085414

Email: shakilahmad@

nice.nust.edu.pk

Title:

Hydropower Potential at a Selected Canal Fall

Site

Brief:

The reliable source of energy is considered to be

the engine for the economic growth. The

availability of cheap and sufficient energy is a

basic economic need and an engine for the

advancement of society. The production cost of

the thermal power, due to escalation in oil and

gas prices is much higher than hydel power.

Therefore keeping in view the importance of

hydel power, through data analysis an effort has

been done to identify the hydel power potential

at irrigation channel of Khanpur Dam. Khanpur

Dam is located on the Haro River near Potowar

Plateau and the village of Khanpur, Khyber

Pakhtunkhwa, Pakistan, about 25 miles (40 km)

from Islamabad, Pakistan. It caters to domestic

water supplies in Rawalpindi and Islamabad, and

irrigation water to many of the agricultural and

industrial areas surrounding the cities.

Water Resource Engineering & Management

19



19

Group

No


The dam was completed in 1983, is 167 feet (51

m) high and stores 110,000 acre feet

(140,000,000 m3) of water. Finally after

carrying out topographical survey along with the

information about geology of the area, layout

plans of power house along with the diversion

channel and other ancillary works are being

done. After identifying the hydel power potential

at a canal of Khanpur Dam, the project will help

the people of nearby places to fulfill their

electricity needs.

2. Taimoor Ahmed (GL)

Muhammad Hamza

Baig

Iftikhar Qayyum

Muhammad Adnan

Iqbal

Tahreem Nadeem

Noor Aminah Usman

Asst Prof. Ammara

Mubeen

Tel : 051-90854678

Email ammara807@g

mail.com

Title:

Design and analysis of concrete gravity dam

(Papin dam)

Brief: Hydro power generation is one of the

most developed renewable energy forms with a

total world consumption of 19% that is being

generated from large and small hydroelectric

plants. In China alone, 19000 MW of energy is

produced via small hydro power projects.

Punjab is the largest province of Pakistan by

virtue of population and population growth.

Indus Basin Irrigation System’s major portion

makes way to the Arabian Sea via Punjab. In

North West, it has a substantial tract of uplands

called Potohar Plateau. This area has undulating

topography and agriculture depends on rainfall

and groundwater abstraction.

20



20

Group

No


Due to available rain, favoring topography,

ravines, available hydraulic heads, small basins

and depressions, Potohar Plateau has a great

potential for construction of small dams for

agricultural needs and electricity generation. Soan

River is one of the major rivers of the Potohar

plateau in Punjab. It comprises of a basin area of

11100 square kilometers. The proposed dam site is

located on WadalaKas, about 60km southwest of

Rawalpindi.

3. Muhammad

IdreesurRehman (GL)

Muhammad Sundeed

Muneeb Ahmed

Hassan Malik

Mohammad Uzair Arif

Lec Sana Khan

Tel : 051-90854621

Email:

[email protected]

Title:

Rainwater Harvesting.

Brief:

Water’s safe and continuous supply lies in proper

management and proper use. Our aim was

towork on a project which will offer a great deal

of objectivity. We wanted to work on a more

tangible project, a project which offers water

security to a common household. After careful

analysis and meticulous research we came across

Rain water Harvesting (RWH). RWH

phenomenon provided us with an opportunity to

study it in the backdrop of the prevailing water

shortage, which has engulfed Islamabad and the

surrounding areas. With the population on

constant rise and unabated urbanization, water

shortages are only going to exacerbate until and

unless innovation is allowed to take its course.

The project covers the

1) Study of Rainfall trends of the region

(Pakistan Islamabad).

2) Calculation of water requirements.

3) Designing of water storage tanks.

21

NUST INSTITUTE OF CIVIL ENGINEERING NUST INSTITUTE OF CIVIL ENGINEERING


21

Group

No


4)Some filtration and/or disinfection

mechanism.

5) Recirculation Plan for filtered water

6) Linking the storage tanks.

7) Tests to check the water quality

8) Studying the strata for Ground water

recharge.

9) Designing some infiltration mechanism like

pits.

We plan to practically install the Roof top RWH

system at NICE. All the preliminary study has

been done and the preliminary design has been

worked out however final design and the

subsequent integration with the NICE water

supply system will be materialized once pilot

design is installed and the quality of water in

terms of chemical, physical and biological

properties is verified through sample testing to

be within WHO and Pak EPA standards. The

benefits that we anticipate are manifold ranging

from conserving the ground water aquifer to

conserving the energy through Roof Top Rain

water harvesting and reuse of Grey

watersubsequently developing a sustainable

integrated water management system within the

buildings.

22



22

Sr. Registration No. Name Page No.

1 2010-NUST-SCEE-BE-CE- 1 Aamir Bilal 29

2 2010-NUST-SCEE-BE-CE- 2 Abdul Basit 30

3 2010-NUST-SCEE-BE-CE- 3 Abdul Hanan Mughal 31

4 2010-NUST-SCEE-BE-CE- 4 Abdul Manaf Khan 32

5 2010-NUST-SCEE-BE-CE- 5 Abdul Mughees Khan 33

6 2010-NUST-SCEE-BE-CE- 6 Abdul Rahman Qureshi 34

7 2010-NUST-SCEE-BE-CE- 7 Abdul Samad Khan 35

8 2010-NUST-SCEE-BE-CE- 8 Adeel Ahmed Abbasi 36

9 2010-NUST-SCEE-BE-CE- 9 Adnan Ashraf 37

10 2010-NUST-SCEE-BE-CE- 10 Afnan Mukhtar 38

11 2010-NUST-SCEE-BE-CE- 11 Aheed Naveed Ahmad 39

12 2010-NUST-SCEE-BE-CE- 13 Ahmad Sallar 40

13 2010-NUST-SCEE-BE-CE- 14 Ahmed Aseem 41

14 2010-NUST-SCEE-BE-CE- 15 Ahmed Hassan 42

15 2010-NUST-SCEE-BE-CE- 16 Ahmed Waheed 43

16 2010-NUST-SCEE-BE-CE- 18 Ali Akbar Sial 44

17 2010-NUST-SCEE-BE-CE- 20 Ali Qumain 45

18 2010-NUST-SCEE-BE-CE- 21 Amina Usman 46

19 2010-NUST-SCEE-BE-CE- 23 Anum Gillani 47

20 2010-NUST-SCEE-BE-CE- 24 Arslan Ahmed 48

21 2010-NUST-SCEE-BE-CE- 26 Arslan Jamil 49

22 2010-NUST-SCEE-BE-CE- 27 Arslan Qasim 50

23 2010-NUST-SCEE-BE-CE- 28 Asad Ali 51

24 2010-NUST-SCEE-BE-CE- 29 Asad Farooq Virk 52

25 2010-NUST-SCEE-BE-CE- 30 Asadullah Shah 53

26 2010-NUST-SCEE-BE-CE- 32 Attiq Ur Rahman Dogar 54

27 2010-NUST-SCEE-BE-CE- 33 Attiq Ur Rehman 55

28 2010-NUST-SCEE-BE-CE- 36 Azaz Arif 56

29 2010-NUST-SCEE-BE-CE- 37 Bilal Lal Khan 57

30 2010-NUST-SCEE-BE-CE- 40 Faizan Ali 58

31 2010-NUST-SCEE-BE-CE- 42 Farjad Hassan 59

32 2010-NUST-SCEE-BE-CE- 43 Farzan Sohail 60

33 2010-NUST-SCEE-BE-CE- 44 Fawad Akhtar 61

34 2010-NUST-SCEE-BE-CE- 45 Fawad Butt 62

23 2014


Graduate Profile 2014

23

Sr. 70Registration No. Name Page No.

35 2010-NUST-SCEE-BE-CE- 47 Fazal Rehman Safi 63

36 2010-NUST-SCEE-BE-CE- 48 Furqan Munir 64

37 2010-NUST-SCEE-BE-CE- 50 Hafiz Waqas Khurshid 65

38 2010-NUST-SCEE-BE-CE- 51 Haider Ali 66

39 2010-NUST-SCEE-BE-CE- 53 Hamza Khan Shinwari 67

40 2010-NUST-SCEE-BE-CE- 54 Hasnan Nafees 68

41 2010-NUST-SCEE-BE-CE- 56 Hassan Malik 69

42 2010-NUST-SCEE-BE-CE- 57 Ibtsam Ur Rehman Kiani 70

43 2010-NUST-SCEE-BE-CE- 58 Iftiaz Hussain 71

44 2010-NUST-SCEE-BE-CE- 59 Iftikhar Qayum 72

45 2010-NUST-SCEE-BE-CE- 62 Imtisal Afzal 73

46 2010-NUST-SCEE-BE-CE- 64 Kashif Mushtaq 74

47 2010-NUST-SCEE-BE-CE- 65 Khawaja Obaidullah Faheem 75

48 2010-NUST-SCEE-BE-CE- 66 Maheen Khalid 76

49 2010-NUST-SCEE-BE-CE- 67 Mahmood Ahmad Quddusi 77

50 2010-NUST-SCEE-BE-CE- 68 Maisam Tamar 78

51 2010-NUST-SCEE-BE-CE- 69 Malik Awais Ali Shah 79

52 2010-NUST-SCEE-BE-CE- 70 Mansoor Hussain Bhatti 80

53 2010-NUST-SCEE-BE-CE- 71 Mariam Masood 81

54 2010-NUST-SCEE-BE-CE- 73 Mashood Sharif 82

55 2010-NUST-SCEE-BE-CE- 74 Meesum Abbas 83

56 2010-NUST-SCEE-BE-CE- 77 Moatsim Javed 84

57 2010-NUST-SCEE-BE-CE- 78 Moazam Ali 85

58 2010-NUST-SCEE-BE-CE- 79 Moeid Qurashi 86

59 2010-NUST-SCEE-BE-CE- 80 Mohammad Saad Bin Pervez 87

60 2010-NUST-SCEE-BE-CE- 81 Mohammad Umair 88

61 2010-NUST-SCEE-BE-CE- 82 Mohammed Uzair Arif 89

62 2010-NUST-SCEE-BE-CE- 83 Moiz Ul Fazal 90

63 2010-NUST-SCEE-BE-CE- 85 Mubasher Nawaz 91

64 2010-NUST-SCEE-BE-CE- 86 Mubeen Ayub 92

65 2010-NUST-SCEE-BE-CE- 87 Muddassir Sanei 93

66 2010-NUST-SCEE-BE-CE- 88 Muhammad Adeel Rauf 94

67 2010-NUST-SCEE-BE-CE- 89 Muhammad Adeel Tahir 95

68 2010-NUST-SCEE-BE-CE- 91 Muhammad Adnan Iqbal 96

69 2010-NUST-SCEE-BE-CE- 92 Muhammad Ahmad 97

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70 2010-NUST-SCEE-BE-CE- 93 Muhammad Ahsan Ali 98

71 2010-NUST-SCEE-BE-CE- 96 Muhammad Asim Ayaz 99

72 2010-NUST-SCEE-BE-CE- 99 Muhammad Danial 100

73 2010-NUST-SCEE-BE-CE- 100 Muhammad Faisal Sarwar 101

74 2010-NUST-SCEE-BE-CE- 101 Muhammad Faizan Khan 102

75 2010-NUST-SCEE-BE-CE- 102 Muhammad Farhan 103

76 2010-NUST-SCEE-BE-CE- 103 Muhammad Hadi 104

77 2010-NUST-SCEE-BE-CE- 104 Muhammad Hamza Ali Nisar 105

78 2010-NUST-SCEE-BE-CE- 105 Muhammad Hamza Baig 106

79 2010-NUST-SCEE-BE-CE- 106 Muhammad Haris 107

80 2010-NUST-SCEE-BE-CE- 107 Muhammad Idrees Ur Rehman 108

81 2010-NUST-SCEE-BE-CE- 109 Muhammad Kamran Qamar 109

82 2010-NUST-SCEE-BE-CE- 110 Muhammad Khubaib Ilyas Khan 110

83 2010-NUST-SCEE-BE-CE- 111 Muhammad Mohsin 111

84 2010-NUST-SCEE-BE-CE- 112 Muhammad Mudassar Ibne Shafiq 112

85 2010-NUST-SCEE-BE-CE- 113 Muhammad Qasim 113

86 2010-NUST-SCEE-BE-CE- 114 Muhammad Saad Iftikhar 114

87 2010-NUST-SCEE-BE-CE- 116 Muhammad Shoaib 115

88 2010-NUST-SCEE-BE-CE- 118 Muhammad Sundeed 116

89 2010-NUST-SCEE-BE-CE- 119 Muhammad Umar 117

90 2010-NUST-SCEE-BE-CE- 120 Muhammad Usaid Aadil 118

91 2010-NUST-SCEE-BE-CE- 121 Muhammad Usman 119

92 2010-NUST-SCEE-BE-CE- 122 Muhammad Usman Malik 120

93 2010-NUST-SCEE-BE-CE- 123 Muhammad Ussama Afzal 121

94 2010-NUST-SCEE-BE-CE- 124 Muhammad Uzair Tahir 122

95 2010-NUST-SCEE-BE-CE- 125 Muhammad Waleed Anwar 123

96 2010-NUST-SCEE-BE-CE- 126 Muhammad Waleed Usman 124

97 2010-NUST-SCEE-BE-CE- 127 Muhammad Waqas Muneer 125

98 2010-NUST-SCEE-BE-CE- 129 Muhammad Ziyad Rasheed 126

99 2010-NUST-SCEE-BE-CE- 130 Muneeb Ahmad 127

100 2010-NUST-SCEE-BE-CE- 131 Muneeb Ahsan 128

101 2010-NUST-SCEE-BE-CE- 132 Muneeb Khurshid 129

102 2010-NUST-SCEE-BE-CE- 133 Mustafa Javed 130

103 2010-NUST-SCEE-BE-CE- 135 Nasir Ali 131

104 2010-NUST-SCEE-BE-CE- 136 Nasir Hameed 132

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105 2010-NUST-SCEE-BE-CE- 137 Nauman Waheed 133

106 2010-NUST-SCEE-BE-CE- 138 Naveeda Ahmad 134

107 2010-NUST-SCEE-BE-CE- 139 Nisar Muhammad Khan Kundi 135

108 2010-NUST-SCEE-BE-CE- 141 Nowsherwan 136

109 2010-NUST-SCEE-BE-CE- 142 Peerzada Danish Rasool Masoodi 137

110 2010-NUST-SCEE-BE-CE- 143 Qasim Khan 138

111 2010-NUST-SCEE-BE-CE- 146 Raja Mohammad Mehran Khan 139

112 2010-NUST-SCEE-BE-CE- 147 Rana Ahmad Aamir 140

113 2010-NUST-SCEE-BE-CE- 148 Rana Jahanzaib Munir 141

114 2010-NUST-SCEE-BE-CE- 149 Rana Muhammad Saad Khan 142

115 2010-NUST-SCEE-BE-CE- 151 Rao Muhammad Waqar 143

116 2010-NUST-SCEE-BE-CE- 152 Rizwan Jabbar 144

117 2010-NUST-SCEE-BE-CE- 153 Saad Ahmad 145

118 2010-NUST-SCEE-BE-CE- 155 Saad Hassan Siddiqui 146

119 2010-NUST-SCEE-BE-CE- 156 Saad Ijaz 147

120 2010-NUST-SCEE-BE-CE- 157 Saad Imtiaz 148

121 2010-NUST-SCEE-BE-CE- 158 Saba Zulfiqar 149

122 2010-NUST-SCEE-BE-CE- 159 Sahibzada Uzair Ullah 150

123 2010-NUST-SCEE-BE-CE- 161 Saim Raza 151

124 2010-NUST-SCEE-BE-CE- 162 Sajid Raza 152

125 2010-NUST-SCEE-BE-CE- 163 Sajjad Ali 153

126 2010-NUST-SCEE-BE-CE- 165 Saqib Ur Rehman 154

127 2010-NUST-SCEE-BE-CE- 166 Sarmad Shakeel 155

128 2010-NUST-SCEE-BE-CE- 167 Seemab Mubarak 156

129 2010-NUST-SCEE-BE-CE- 169 Shakeel Ahmed 157

130 2010-NUST-SCEE-BE-CE- 170 Sharjeel Ahmad Tariq 158

131 2010-NUST-SCEE-BE-CE- 171 Sohaib Ishaq 159

132 2010-NUST-SCEE-BE-CE- 173 Sohail Hussain Shah 160

133 2010-NUST-SCEE-BE-CE- 174 Syed Ayaz Ahmed Bukhari 161

134 2010-NUST-SCEE-BE-CE- 175 Syed Furqan Haider 162

135 2010-NUST-SCEE-BE-CE- 176 Syed Kashif Ali Shah 163

136 2010-NUST-SCEE-BE-CE- 177 Syed Kumail Raza Naqvi 164

137 2010-NUST-SCEE-BE-CE- 178 Syed Muhammad Ali Shah 165

138 2010-NUST-SCEE-BE-CE- 179 Syed Uzair Us Salam Shah 166

139 2010-NUST-SCEE-BE-CE- 181 Tahreem Nadeem Noor 167

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140 2010-NUST-SCEE-BE-CE- 182 Taimoor Abbas Ali 169

141 2010-NUST-SCEE-BE-CE- 183 Taimoor Ahmad 169

142 2010-NUST-SCEE-BE-CE- 184 Taimour Ibraheem 170

143 2010-NUST-SCEE-BE-CE- 186 Tariq Rehman 171

144 2010-NUST-SCEE-BE-CE- 188 Umar Maqsood 172

145 2010-NUST-SCEE-BE-CE- 189 Umer Farooq 173

146 2010-NUST-SCEE-BE-CE- 190 Umer Mansoor 174

147 2010-NUST-SCEE-BE-CE- 191 Usama Mazhar 175

148 2010-NUST-SCEE-BE-CE- 192 Usama Zafar 176

149 2010-NUST-SCEE-BE-CE- 194 Usman Ahmed 177

150 2010-NUST-SCEE-BE-CE- 195 Usman Asif 178

151 2010-NUST-SCEE-BE-CE- 196 Uzair Maqbool 179

152 2010-NUST-SCEE-BE-CE- 197 Uzair Shafqat 180

153 2010-NUST-SCEE-BE-CE- 198 Wajahat Ali 181

154 2010-NUST-SCEE-BE-CE- 199 Waleed Ali 182

155 2010-NUST-SCEE-BE-CE- 200 Waleed Farooq 183

156 2010-NUST-SCEE-BE-CE- 201 Waqar Hussnain 184

157 2010-NUST-SCEE-BE-CE- 204 Waqas Nabi Shah 185

158 2010-NUST-SCEE-BE-CE- 205 Waseem Akhtar 186

159 2010-NUST-SCEE-BE-CE- 206 Wasim Abbas 187

160 2010-NUST-SCEE-BE-CE- 207 Zaid Ummar 188

161 2010-NUST-SCEE-BE-CE- 208 Zain Iqbal 189

162 2010-NUST-SCEE-BE-CE- 209 Zain Javed 190

163 2010-NUST-SCEE-BE-CE- 210 Zain Riaz 191

164 2010-NUST-SCEE-BE-CE- 211 Zain Ul Abdin 192

165 2010-NUST-SCEE-BE-CE- 212 Zeeshan Ahmed 193

166 2010-NUST-SCEE-BE-CE- 214 Zeeshan Ul Hassan 194

167 2010-NUST-SCEE-BE-CE- 216 Zulkifal Mazhar 195

168 2010-NUST-SCEE-BE-CE- 217 Farhan Iftikhar 196

169 2009-NUST-BE-CE- 32 Hafiz Muhammad Bilal 197

170 2009-NUST-BE-CE- 42 Ihtisham ul Haq 198

171 2009-NUST-BE-CE- 43 Jahandad Nasir 199

172 2009-NUST-BE-CE- 59 Mirza Nauman Hameed 200

173 2009-NUST-BE-CE- 77 Muhammad Fahad Rasheed 201

174 2009-NUST-BE-CE- 84 Muhammad Mohsan Waqas 202

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175 2009-NUST-BE-CE- 96 Muhammad Zeeshan Babar 203

176 2009-NUST-BE-CE- 118 Shaheryar Ali Khan 204

177 2009-NUST-BE-CE- 131 Syed Wajhi Ul Hassan 205

178 2009-NUST-BE-CE- 132 Syed Waqar Haider 206

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Documents

Graduate Profile 2014 NUST INSTITUTE OF CIVIL ENGINEERING