Mechanical Engineering - IST

Institute of Space Technology 335 | P a g e

Class of 2021

Department of

Mechanical Engineering

336 | P a g e w w w . i s t . e d u . p k

Profiles

Message from the Head of Department

Mechanical Engineering with its extensive applications in the fields of design,

analysis, testing, manufacturing, control, operation, and maintenance of

mechanical systems is the backbone of industrial development of any country.

The wide ranging spectrum of study and research in this discipline, inculcates

in the students an attitude of observe and expound upon the issues

pertaining to the global industrial mechanism. We believe in a broad

education which imparts a sense of lifelong learning, leadership and

community values in students. There are enormous career and leadership

opportunities worldwide for the mechanical engineers in the industries,

government and research institutions since its importance is acknowledged

in the aforesaid areas.

The Department of Mechanical Engineering at Institute of Space Technology is dedicated to shape its

students as the creative engineers, smart thinkers, efficient researchers, good managers, proficient team

workers and most importantly good human beings. Our curriculum is regularly reviewed through the

expertise of the industries and research institutions to ensure local relevance with a global outlook in

the Mechanical Engineering discipline. The students are encouraged to develop their abilities in various

significant fields including the Fluid & Thermal Systems, Design, Manufacturing and Automobile. The

laboratories are equipped with the state-of-the-art apparatus which enables the students to practically

verify their theoretical concepts. The well qualified and highly motivated faculty and supporting staff

prepare students to work in a multidisciplinary world and perform at par excellence. The student-teacher

interactions, in the form of advisory meetings, provide the feedback for constant amelioration of

the department.

Dr. Asif Israr

Project Supervisors


Class of 2021

Projects List – Department of Mechanical Engineering

Sr # Project Page

1 Low Velocity Impact on Sandwich Panel 338

2 Design and Development of Low Cost Safety Valve for the Commercial Used Gas

Heaters in Pakistan 341

3 Design, Development and Analysis of a Turbo Molecular Pump Under Dynamic

Loading Conditions 344

4 Design and Development of the Structural Subsystems for A3U CUBESET 347

5 To Build a Composite Pressure Vessel 350

6 Generating Electricity from Railway Track 353

7 Automatic Human Following Trolley 356

8 Safety System to Avoid Accident While Driver is in Sleep 359

9 Hexapod (robotics) 361

10 Design and Fabrication of Solar Electric Bike 364

11 Refrigerator Evaporator System (Multi-Phase Flow) 367

12 Design and Fabrication of Prosthetic Hand 370

13 Design and Fabrication of Prosthetic Knee 373

14 Study of PCM for Energy Storage 376

15 Design, Analysis and Fabrication of Water Turbine for Slow Moving Water 379

16 Development of a 3D Printed Lightweight Model Aircraft 382

17 Development of Turbulence Inspired 3D Printed Structures for Hi Compressive

Strength Applications 385

18 Design and Fabrication of Solar Atmospheric Water Generator (AWG) 388

19 Development and Characterization of TiNiCu Shape Memory Alloy through

Powder Metallurgy 391


Profiles

Low Velocity Impact on Sandwich Panel

Muhammad Ibrahim Al Mahmood, Muhammad Abdullah

Department of Mechanical Engineering

Institute of Space Technology

[email protected], [email protected]

Abstract: Sandwich structures are a special type of composites made up of a low modulus core

sandwiched between two high modulus and elastic face sheets. This configuration of materials

provides a high stiffness to weight ratio but is prone to damage when subjected to low velocity impact

that can generate sub surface damages and lead to failure of the system. Hence, it is of high priority to

investigate ways to improve and optimize the damage resistance of sandwich panels under impact

scenario. Hence varying thickness configurations of sandwich panels of polyurethane foam core and

aluminum face sheets are selected and subjected to different velocities. The results are obtained

analytically in the form of time histories using mass-spring model and are further validated through

Finite Element Analysis (FEA) and experimentation. The results show increase damage with the

increase of velocities on the face sheet as the dominating mode of failure while no delamination or

perforation is observed.

Keywords: Sandwich Panel, Damage resistance, Low velocity impact, Energy absorption,

Indentation

Specialized Tools: ABAQUS software was used to simulate the low velocity impact on sandwich

panels. The ODE involved in the analytical model was solved using MATLAB software. Gas gun

facility equipped with data acquisition system and high-definition camera was used to observe the

impact event.

Project Supervisor: Dr. Asif Israr

mailto:[email protected]



Class of 2021

M. Ibrahim Al Mahmood

Personal Information

Email [email protected]

Cell 0308-8895594

Address Behind Hussain Flour Mills, Mohallah Makhdomabad, GT

road Jada Jhelum,49600

Education

Dates 2017-2021

Degree Title Mechanical Engineering

Final Year Project Investigation of Low Velocity Impact on Polyurethane Foam

Core Sandwich Panels with Aluminum Face Sheet.

Dates 2015-2017

Certificate Title Pre-Engineering

Institute Military College Murree

Internship Experience

Dates 11 October 2020- 11 December 2020

Main Activities and Responsibilities Modelling and Designing of sandwich panels.

Organization NESCOM HRD Islamabad

Skills & Competencies

Technical skills Creo, Solid works, Catia, Abaqus, Ansys, VREP, MATLAB, MS

Office, Origin Pro, Web Plot Digitizer, Gwyddin, ImageJ

Computer skills Adobe Acrobat, Excel, MS Project.

Managerial skills Planning, Communication, Problem-solving and Motivating skills

Social skills, Conflict resolution & Relationship management skills

Social skills Public Speaking, Listener (Problem Sharing)

Artistic skills Drawing, painting, and creative writing skills

Training & Workshops

1-CIM Installation and operation 1st-28th march2021, IST 2-

Reverse Engineering Workshop 5th-8th march2021, IST

Awards & Honors

1- Dean’s honor: Magna Cum Laude.

2- Presidential Goal Medal for Best in Academics.

3- Goal Medals for being top academic performer in 1st

,2nd, 3rd, and 4th year.

4- On-campus HULT prize winner for year 2018.

5- Participated in Regional competition of HULT prize in

HULT business school DUBAI



Profiles

Muhammad Abdullah



Cell 03335499867

Address Al Haadi Saadi hospital, near civil hospital, Kamra road, Attock City

Education

Dates 2017-2021

Degree Title Bachelors in Mechanical Engineering

Final Year Project Low velocity impact analysis on foam core sandwich panels

Dates College- 2015-2017

Certificate Title HSSC

Institute Army Public School and College, Attock


Dates 15th July, 2020 to 15th September, 2020

Main Activities and

Responsibilities

Hands-on experience on a 3 axis CNC horizontal milling machine,

understanding of CNC programming and G codes, use of CAD/CAM

tools such as Solidworks and Solidworks CAM for developing the G-

codes, selection and purchasing of the tools and equipment required

for machining processes.

Organization NESCOM HRD Islamabad


Technical skills CAD/CAM modeling, MATLAB programming, FEM simulation and

analyses, analytical modelling, Research, technical report writing.

Computer skills Solidworks, ANSYS fluent, MATLAB, Arduino IDE, MS office

Managerial skills Leadership, teamwork, effective group communication, presentation

Social skills Good listening, Sharing knowledge, Respecting values

Artistic skills English poetry writing, script writing, photography


Teamwork skills by University of Colorado Boulder(via

coursera)

Trainee at Design and Fabrication of ablation testing

apparatus, IST

Awards & Honors

Appointed President of ImechE student chapter at IST

Co-founder of Eco Boards

Selected for the AWG project by ORIC IST


341 | P a g e


Design & Development of a Low Cost Safety Valve for The Commercially Used Gas

Heaters in Pakistan

Muhammad Shehroze Malik, Muhammad Jawad Khalid


Institute of Space Technology Islamabad


Abstract: In Pakistan, every year a number of causalities are caused by the gas leakage through the

heaters due to load-shedding during the winter season. Locally manufactured gas heaters do not follow

any safety standards to automatically shut the gas valve in case of sudden variation in pressure

or gas supply from the main supply as this problem is growing with serious ratio in Pakistan. This

results in room filled with unburned gas thus causing the suffocation to humans as well as fire hazards

blunders. The aim of this project is to design and develop a low cost safety gas valve that can be

incorporated in these local heaters to shut the gas supply in the heater in case of any uneven or fluctuating

gas supply. The Objective to be achieved through the project is to decrease the number of casualties

caused by gas leakage and to make this project as cost effective and economical. In this way it will be

a contribution to the market.

Specialized Tools: Creo Parametric 6.0 for model configuration

Project Supervisor: Dr. Muhammad Umer


Profiles

Muhammad Shehroze Malik



Cell 923311204425

Address House No O/90 Street No 13 Jhangi Jadeed Waris Khan

Metro Station Rawalpindi

Education

Dates 2017- 2021


Final Year Project Design and Development of Low Cost Gas Safety Shut-off

Valve in commercially used Heaters

Dates 2014-2016

Certificate Title Intermediate Pre Engineering

Institute Fauji Foundation College New Lalazar Rawalpindi


Dates 22 June 2019 – 06 September 2019

Main Activities and Responsibilities Mechanical Services, Human Resource, Management

Organization TA International Private Limited Gujranwala

Skills &Competencies

Technical skills Design & Analysis, Project Management

Computer skills CREO, ANSYS, MATLAB, MS Office

Managerial skills Decision making, Team Work, Team Lead

Social skills Cooperation

Artistic skills Painting


Freelancing

Awards& Honors

Volunteer UMEED

Sector Head UMEED

Director Graphics Design ASME

Director Human Resource UMEED

President UMEED


343 | P a g e


Muhammad Jawad Khalid



Cell 03365596699

Address House no. 292, Lane no.4, Askari 10 Rawalpindi

Education

Dates 2017-2021


Final Year Project Design & Development of a low cost safety valve for the

commercially used gas heaters in Pakistan

Dates 2015-2017

Certificate Title Pre-Engineering (Physics, Chemistry and Mathematics as Major)

Institute Fauji Foundation College for Boys, New Lalazar, Rawalpindi


Dates 15 July 2019 to 30 Aug 2019

Main Activities and

Responsibilities

Worked at Digital Pakistan Lab and performed analysis on 5 DOF

Robotic Arm, also done CAD Modeling and carried out mechanical

workshop practice

Organization College of Electrical & Mechanical Engineering Nust


Technical skills Creo 2.0 Intermediate level, AUTOCAD and Ansys Beginner Level

Computer skills MS Word & PowerPoint Intermediate Level, MS Excel Beginner

Level

Managerial skills Event Management Skills, Managing Hospitality, Social Media Writing

Social skills Communication Skills, Active Listening, Respecting others

viewpoint, Persuasive Ability

Artistic skills Drawing and Painting Skills, Skit Play/Short Play Writing


Basic Ansys Workshop, 3 Days, ASME

UMEED Volunteer Workshop (online), 1 Day, UMEED

UMEED Freelance Workshop (online), 1 Day, UMEED

Awards & Honors

Organizing Certification of Hospitality in WSW 2018

IYC Organizer Certification of IT TEAM in IYC 2018 TEDx Team Security Certification from TEDx IST in 2019



Profiles

Design and Performance Analysis of Rotor Blades of Turbo Molecular Pump

Under Dynamic Loading Conditions

Sahab Hafeez, Azhar Hussain




Abstract: Turbo Molecular Pump (TMP) performance is strongly linked to the rotational velocity of the

rotor blades. With the increasing of Rpm, rotor blades deflection starts to appear. To obtain the stable

performance of TMP at higher Rpm, its material quality and blade design needs to be optimized. So in order

to improve the performance and reduce the deformation, different materials are used and blade design has

been modified. The improved design of rotor blade is modeled in CAD software. The structural analysis is

performed in ANSYS workbench to analyze and check for structural integrity by using different materials.

It was observed that titanium has less deformation as compared to aluminum and structural steel. High cycle

fatigue of turbo molecular pump‘s blading is a significant design problem because fatigue failures can occur

as TMP rotates and hence resulting in formation and propagation of cracks due to the high stress region.

Fatigue failure result from a combination of different stresses, and material Imperfections. Stress-range

diagrams are used to quantify the allowable alternating stress amplitudes to avoid fatigue damage. Fatigue

analysis of rotor blades under different materials is discussed. Different materials like Titanium, aluminum

and structural steel is analyzed. These materials were analyzed for different Parameters like fatigue

sensitivity, factor of safety, fatigue life and von misses stresses. The analysis was done at 20,000 rpm using

Ansys workbench.

Keywords:, Turbo molecular pump, Fatigue , Fatigue sensitivity

Specialized Tools: CAD, ANSYS

Project Supervisor: Dr. Muhammad Umer



345 | P a g e


Sahab Hafeez



Cell 03115676096

Address House no. M-460-B, Street no 13, Amarpura Rawalpindi

Education

Dates 2017-2021


Final Year Project Design & performance analysis of rotor blades of Turbo

Molecular Pump under dynamic load conditions

Dates 2013-2016

Certificate Title DAE Mechanical (Specialization in Construction Machinery)

Institute Construction Technology Training Institute, Islamabad


Dates 15 July 2019 to 30 Aug 2019

Main Activities and

Responsibilities

Worked at Digital Pakistan Lab and performed analysis on 5 DOF

Robotic Arm, also done CAD Modeling and carried out

mechanical workshop practice

Organization College of Electrical & Mechanical Engineering Nust


Technical skills Creo 2.0 Intermediate level, AUTOCAD and Ansys Beginner Level

Computer skills MS Word & PowerPoint Intermediate Level, MS Excel

Beginner Level


Social skills Communication Skills, Active Listening, Respecting

others viewpoint, Persuasive Ability




UMEED Volunteer Workshop (online), 1 Day,

UMEED UMEED Freelance Workshop (online), 1 Day,

UMEED

Awards & Honors


IYC Organizer Certification of IT TEAM in IYC

2018 TEDx Team Security Certification from TEDx IST in 2019



Profiles

Azhar Hussain



Cell 03207789935

Address House no 247, Street no 60, Pakistan townIslamabad

Education

Dates 2017-2021


Final Year Project Design & performance analysis of rotor blades of Turbo

Molecular Pump under dynamic load conditions

Dates 2015-2017

Certificate Title Pre-Engineering (Physics, Chemistry and Mathematics as

Major)

Institute Fazaia inter college shaheen camp Peshawar


Technical skills Solidworks and Creo Intermediate level, AUTOCAD and

Ansys Beginner Level

Computer skills MS Word & PowerPoint Intermediate Level, MS Excel

Beginner Level

Managerial skills Event Management Skills, Managing Hospitality, Social

Media Writing

Social skills Communication Skills, Active Listening, Respecting

others viewpoint, Persuasive Ability






Awards & Honors


IYC Organizer Certification of UMEED TEAM in IYC

2018 TEDx Team Security Certification from TEDx IST in


347 | P a g e


Design and Development of Structural Subsystem of a 3U CUBESAT

Junaid Arshad Awan, Saim Ali




Abstract: Considering the recent developments in the field of space vehicles in Pakistan and the

emphasis by the Ministry of Science and Technology for research and projects in this field were quite

enough motivation to take up a project related to space technology. In future, this project can be used as

an experience and basis knowledge to get in to further projects related to space technology. In this

project, we designed the structure of 3U CubeSat according to the needs of the project. The sustainability

of the structure during different loading conditions at different stages of the project was examined. After

assuring that the structure will stand all the loads, a prototype of the structure was fabricated. The design

of structure was the blend of recent designs used and the needs of our project. SOLIDWORKS design

software was used in this process. After the design was completed, the structure was provided in to

ANSYS for making the design structure run through all the conditions that a real structure would pass

through from launch to space. As soon as we had a design that would withstand these conditions, we

were ready for fabrication.

The software results were satisfying enough to the take the project one step ahead for the fabrication.

The simulations had to be carried out a number of times until a design was achieved which would sustain

the conditions as well as it was fabricable.

Keywords: 3U CubeSat, Sustainable, Launch conditions, Fabricable

Specialized Tools: SOLIDWORKS, ANSYS

Project Supervisor: Dr Muhammad Umer




Profiles

Junaid Arshad Awan



Cell 03461266656

Address Mohalla Bhandar Bypass Road Choa Saiden Shah District

Chakwal

Education

Dates 2017-2021


Final Year Project Design and development of structural subsystem of a 3U

CubeSat

Dates 2014-2016

Certificate Title F.Sc Pre-engineering

Institute Cadet College Choa Saiden Shah District Chakwal


Technical skills Test Result Analysis, Cost Estimation, Machining and

Fabrication

Computer skills MS Office, ANSYS, SOLIDWORKS, CREO, MATLAB

Managerial skills Budget planning, Project planning, Task Management

Social skills Public Speaking, Listener (Problem Sharing)


349 | P a g e


Saim Ali



Cell 03048308582

Address Street no 11, Korang town, Islamabad

Education

Dates 2017-2021


Final Year Project Design and Development of Structural Subsystem of a 3U CubeSat

Dates College- 2014-2017 years

Certificate Title Fsc-pre-engineering

Institute Punjab group of colleges Gujranwala


Dates 03-08-2019- 13-03-2019

Main Activities and

Responsibilities

Quality check, packaging and mechanical press machine

handling/ Team manager

Organization TA International PVT. LTD Gujranwala


Technical skills Prototyping

Computer skills Solid works, Creo parameter, Ansys

Managerial skills Team manager at TA international / event head on WSW and IYC

Social skills Planting trees, Umeed society school visits

Artistic skills Sketching

Training & Workshops Solidworks training workshop, 3 days

Awards & Honors

Organizer in hospitality on WSW

Manager in social activities on

WSW Security incharge on event

WSW Event head in sketching

competition



Profiles

Design and Analysis of Composite Pressure Vessel

Mohammad Hamza, Hamza Yousuf Department of Mechanical Engineering



Abstract: Pressure Vessels are specially designed to contain gases and liquids at high pressure e.g.

tanks, boilers, LPG cylinders etc. The aim of the project is to design and analyze a Type1V Composite

pressure vessel which is a replacement to conventionally used steel pressure vessel. The Type 1V

pressure vessel consists of the plastic liner in which the LPG is stored which is wrapped over by the

composite material. The advantage of the design is that it has high strength to weight ratio and weight

reduction up to 70% can be achieved. The composite pressure vessel could not sustain high pressure if

the fibers are applied on the Liner properly. Hence, Netting analysis is performed analytically to

calculate the optimized ply angles. Experimentally, Filament Winding process is used to make a cylinder

in which fibers after passing through matrix are continuously wrapped over the Liner at different

orientations. Initially, the analytical modelling of composite pressure vessel will be performed which

will be then verified by experimentation and Finite Element (FE) analysis on Abaqus Software.

Keywords: Composite, Filament Winding, Liner, Netting Analysis, Type 1V Pressure Vessel,

Specialized Tools: ABAQUS CAE software was used to simulate the Composite Pressure Vessel.

Filament Winding Machine was used to wrap the composite over the cylinder.

Project Supervisor: Dr Mariyam Sattar



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Mohammad Hamza



Cell 0312-7685962

Address Servis More near Vocational Institute, Aftab House GT

Road, Gujrat

Education

Dates 2017-2021


Final Year Project Design and Analysis of Composite Pressure Vessel

Dates Punjab College-14th Sep 2015-20th April2017

Certificate Title Pre- Engineering

Institute Punjab Group of Colleges, Gujrat


Dates 15th July2019-15August 2019

Main Activities and

Responsibilities

the major task was to observe and analyze the company’s

production line. To pick out things in the production line which can

be improved. To make an internship report which involves the whole

production line as well as the type of machinery being used.

Organization Servis Industries Ltd, Gujrat


Technical skills Engineering Drawing, Using Lathe, Milling and Drilling machines

Computer skills CREO, MATLAB, ANSYS ABAQUS,

SOLIDWORKS, MICROSOFT EXCEL, CATIA

Managerial skills World Space Week, IST Youth Carnival, (Planning,

Communication, Decision Making, Delegation, Problem Solving,

Motivating)

Social skills Active Communication, Respect, Empathy

Artistic skills Photography, Creative Writing, Drawing


Operation of CNC Milling, Lathe Machine in Aftab China,

Gujrat (1-week workshop)

Awards & Honors

Vice President IST Media Club


Profiles

Hamza Yousaf



Cell 0304-1100316

Address Mohallah Nai Abadi Sohawa Near Jamia Masjid Aqsa Daska,District

Sialkot

Education

Dates 2017-2021


Final Year Project Design and Analysis of a Composite Pressure Vessel


Certificate Title Pre-Engineering (Physics, Mathematics, Chemistry)Major

Institute Punjab Group of Colleges Gujranwala


Dates July 15,2019-August 11,2019

Main Activities and

Responsibilities Using Lathe and Milling Machine

Organization Aftab China Works Gujrat


Technical skills Engineering Drawing, Using Lathe and Milling Machine

Computer skills Creo Parametric, Ansys, Abaqus CAE

Managerial skills HR, Management

Social skills Effective Communication, Active Listening, Positive Attitude,

Respect

Artistic skills Drawing and Poetry


353 | P a g e


Generating Electricity from Railway Tracks

Husnain Zeb Tanoli, Muhammad Shoaib Imtiaz




Abstract: The energy crisis is one of the major problems in Pakistan. In the present time, power has

become a major need for human life. Energy is needed by all the sectors of the country and has an

important role in the economy. As the number of vehicles passing over the track is increasing day by

day so there is a possibility of tapping the energy and generating electricity by making the railway track

a power generation unit. The complete mechanism was studied, capable of electricity generation by

moving train on the railway track. The model was designed to have the capability to generate electricity

by moving a roller over it. Simple drive mechanisms such as rack and pinion assembly, gear sets

mechanism, and sprockets are used. Different design configurations were studied and compared to

choose the better design. This Non-conventional method is proposed as the solution to solve the

electricity shortage problem in Pakistan. Analytical calculations were performed to identify & calculate

parameters i.e. spring stiffness, force on rack, power, and mechanical advantage. Moreover, angular

velocities, Torque, and stresses on the shaft were also calculated. CREO parametric 6.0 was used for

the modeling of parts and assemble them to have a model of the designed mechanism. ANSYS

Workbench 2019R3 is used for simulation of the shaft to evaluate equivalent stresses and deformation

in the shaft. This system can be installed underground under the railway tracks to lighten the bulbs,

operate the fans, and for other purposes at stations.

Keywords: Energy, Electricity Generation, Rack and Pinion, Non-conventional Method, Railway

Tracks.

Specialized Tools: Drive Mechanism, Gear sets, Creo Parametric, ANSYS Workbench.

Project Supervisor: Dr. Muhammad Zubair Khan




Profiles

Husnain Zeb Tanoli



Cell 03165320866

Address Mohallah Asifabad, Adda Darband, near Madni Mosque, Street

no.02, Haripur.

Education

Dates 2017-2021


Final Year Project Generating Electricity From Railway Tracks

Dates 2013-2015

Certificate Title F.Sc Pre-Engineering (Physics, Chemistry and Mathematics as Major)

Institute Wapda Cadet College, Tarbela


Dates 22nd July to 6th Sep, 2019

Main Activities and

Responsibilities

Learning manufacturing of mechanical parts such as clamps, engine

mountings, rubber molded parts and sheet metal parts.

Organization TA International PVT. LTD Gujranwala


Technical skills Creo 2.0 Intermediate level, MATLAB and Ansys Beginner Level

Computer skills MS Word & PowerPoint Intermediate Level, MS Excel Beginner

Level

Managerial skills Event Management Skills, Hospitality Skills, Social Media Activist

Social skills Communication Skills, Volunteer Skills, Respecting others viewpoint,

Persuasive Ability

Artistic skills Drawing Skills, Poetry and Essay Writing




Awards & Honors

ASHRAE Northern Pakistan Chapter Participant Certification in

Student Activity day 2018

Event Head Certification, Student Management Team in WSW 2018

UMEED Freelancing Workshop Participant Certification in 2020



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Muhammad Shoaib Imtiaz



Cell +923427588786

Address 46 B Shah Muhammad Colony, Sargodha

Education

Dates 2017-2021

Degree Title Mechanical

Final Year Project Generating Electricity from Railway Track

Dates Mar 2015- Sep 2017

Certificate Title F.Sc. Pre Engineering

Institute ILM College, Sargodha


Dates Jun 2019 – Jul 2019

Main Activities and

Responsibilities

Created engineering documentation, consisting of processes

layouts and Technical information.

Developed technical skills through training and

shadowing experienced professionals

Created CAD drawings using Creo to convey manufacturing

and production configurations Organization Super Max Filters, Lahore


Technical skills Creo 6.0 , Ansys , Solidworks , MATLAB

Computer skills MS Word ,MS Power Point ,MS Excel

Managerial skills Event Management , Operational and Security Management


Introduction to CAD, Onshape

Creo Parametric Design Fundamentals, PTC

University MATLAB Onramp, MathWorks

Conference Planning and Management Workshop ,

IST MS Office 365, Udemy

Awards & Honors

MOS Word 2016

MOS Power Point 2016

WSW Organizer Certification for 2017 &

2018 IYC Organizer Certification for IYC




Profiles

Automatic Human following Trolley

Ameer Hamza, Husnain Ahmed Zahid


Institute of Space Technology, Islamabad


Abstract: In metro cities, people face a lot of problem in supermarkets to buy shopping items using

trolleys. Every time we need to push the trolley to bring it to the place where the object required by us is

present. The trolley was built that will follow a person continuously wherever he/she will go in the mall

and will carry sopping items for him/her. We used Arduino board as a microcontroller for interfacing

Ultrasonic sensors, RFID sensor and DC Motors. Ultrasonic sensors were used to follow the person.

Microcontroller compared the signals of ultrasonic sensors and as the change in signal was detected due

to movement of the person, the trolley moved. Movement of trolley was made possible by using DC

motors. When an obstacle was placed between the person and the trolley RFID sends signal to the

microcontroller to reconnect to the trolley.

The trolley followed the person successfully with some limitations. When a sharp turn was taken by the

person, the trolley drops its signals. It also happened in the case of an obstacle (here the obstacle is any

other person). So to overcome this situation a feature of buzzer was added to the trolley that whenever

the signal drops buzzer starts ringing and when the obstacle is removed it reconnects with the help of

RFID. This Automatic Human Following Trolley was made to test its working as a prototype without

considering its carrying capacity. The trolley can be used by old people/armed forces person wound in

war as they are very slow and cannot take sharp turns frequently.

Keywords: Microcontroller, DC motors, RFID, Obstacle.

Specialized Tools: Anaconda Prompt, Arduino Board, Ultrasonic sensors, DC Motors

Project Supervisor: Dr Muhammad Zubair khan



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Ameer Hamza



Cell +92309-5935490

Address P.O khas, chabba purana, Tehsil Bhalwal, District Sargodha

Education

Dates 2017-2021


Final Year Project Automatic Human Following Trolley

Dates 2015-2017

Certificate Title Fsc. Pre Engineering

Institute Air Base Inter College Mushaf, Sargodha


Technical skills Project management, Design, Structural Analysis

Computer skills CAD, MATLAB, ANSYS, MS office, C++

Managerial skills Decision making, Communication, Teamwork

Social skills Cooperation, Problem Resolving, Following Directions

Artistic skills Effective writing, Drawing



Profiles

Husnain Ahmed Zahid



Cell +923321374127

Address Zahid Medical Hall Railway Road Sadiq Abad District Rahim Yar

Khan

Education

Dates 2017-2021


Final Year Project Automatic Human Following Trolley

Dates 2015-2017

Certificate Title Fsc, Pre-Engineering

Institute Madrasa-Tul-Binnat Higher Secondary School Sadiq Abad


Dates 29/07/2019 - 06/09/2019

Main Activities and

Responsibilities Plant visits, Regular Checkups

Organization TA International PVT. LTD



Computer skills CAD, MATLAB, ANSYS, MS office, C++, HTML



Artistic skills Effective writing, Drawing


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Safety System to Avoid Accident During Driver Drowsiness

Muhammad Ali



[email protected]

Abstract: The safety is very critical in the automotive industry and it would be a vigorous proposition

to have an innovative safety feature that would prevent the driver from falling asleep while driving. With

the aid of today’s technology, photographic equipment can be used to recognize when the driver’s eye

lid proceeds to mantle and Sclera/Pupil are no longer defined. The TTL serial camera module with

NTSC video output will use the Raspberry pi to send a signal to the driver seat. An unbalanced impeller

could be utilized to receive the output data signal emerging from the microcontroller, which is wired to

the data input of the impeller and output. The signal input will activate the impeller to vibrate the seat

and the output will activate the alarm and start to sprinkle the water on the driver along with the hazardous

light on so the vehicle coming from behind or from side should be alert also. Therefore, the driver is

alert of the situation. This process can continue to be implemented until the eyes are recognized as opened

again. Python will be used as a source code for programming, then the program will be implemented on

Raspberry pi. This innovation will be essential when concerned about safety and will decrease the rate

of accidents due to the lack of contemplation. The FYP is in final stages of its completion. I will try to

complete it as early as possible.

Keywords: Drowsiness, Raspberry pi, Safety, Driver, Eye-lids, Python

Specialized Tools: Camera, Raspberry pi, Water sprinkle system, Safety Alarm, Python 3.8

Project Supervisor: Dr. Muhammad Zubair Khan

Co-Supervisor: Dr. Usama Waleed Qazi



Profiles

Muhammad Ali



Cell 092-300-5097229

Address House#37 Khyber Road Block-B Soan Garden Islamabad, Pakistan

Education

Dates 2017-2021


Final Year Project Safety System To Avoid Accident During Driver Drowsiness

Dates 2014-2016

Certificate Title Fsc. Pre-Medical with Additional Math

Institute Fazaia Inter College Jinnah Camp Chaklala Rawalpindi, Pakistan


Dates July 16,2019 – September 11,2019

Main Activities and

Responsibilities Mechanical Services, Technical Support, Marketing, Finance, HR

Organization BIAFO Industries Limited, G-10/4 Islamabad, Pakistan


Technical skills Marketing, Project Management, Design & Analysis,

Computer skills CAD, ANSYS, MS Office, Python

Managerial skills Human Resource, Teamwork, Decision Making

Social skills Problem Solving, Cooperation

Artistic skills Drawing


361 | P a g e


Hexapod (Robotics)

Qaim Raza, Usama Younas




Abstract: In the rapidly advancing field of modern robotics, researchers continue to look for design

inspiration in nature. Hexapod robot is a mechanical vehicle that walks on six legs. Since a robot can be

statically stable on three or more legs, a hexapod robot has a great deal of flexibility in how it can

move. Now, when transporting a payload, one could always come in contact with uneven terrain and as

wheeled robots are optimal for plain surfaces, legged robots are optimal for uneven terrains.

Hence, it is of high priority to investigate ways to improve stability and locomotion in that particular

area. Hence, varying the gait style of Tri-pedal gait for uniform terrain to a set of 2-2 FBM (Front-

Back-Middle), the gait system can be selected depending upon the circumstances. The results were

obtained by using a software that allowed us to investigate the motion of model in a straight path as

well as on uneven terrain (Staircase scenario). The results showed that while Tri-pedal gait style is

best form of motion on straight or uniform path, the 2-2 FBM motion style is best in climbing the

stairs.

Keywords: Robotics, Hexapod, Uneven terrain, Tri-Pedal, 2-2 FBM

Specialized Tools: VREP software was used to simulate the real-time movement of the model with

plain surface and with uneven terrain to show 6 DOF motion of the payload. ANSYS was used to

determine the stresses and deformation in various joints during walking or standing on uneven as well

as plain terrain.

Project Supervisor: Dr. Usama Waleed Qazi



Profiles

Syed Qaim Abbas Raza



Cell +92 336 0348755

Address 135-D Ali Block Abbasia Town Rahim Yar Khan,

Punjab

Education

Dates 2017-2021

Degree Title Bachelors in Mechanical Engineering

Final Year Project Hexapod (robotics)



Institute Sheikh Zayed Public School, RYK


Technical skills

CAD/CAM modeling, MATLAB programming,

FEM simulation and analyses, analytical

modelling, Research, technical report writing.

Computer skills Solidworks, VREP, ANSYS fluent, MATLAB, Arduino IDE, MS office

Managerial skills Leadership, teamwork, effective group

communication, presentation

Social skills Good listening, Sharing knowledge, Respecting

values

Artistic skills English poetry writing, script writing,

photography, Hacking


Trainee at Design and Fabrication of ablation

testing apparatus, IST


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Osama Younas



Cell 03174058989

Address House no. 1612 Agha Kamal Haider Road Sialkot, Cantt.

Education

Dates BS Degree- 2017-2021

Degree Title Bachelors in Mechanical Engineering.

Final Year Project Design and Control of Hexapod



Institute Punjab Group Of Colleges, Sialkot.


Dates 05th August 2019- 06th September 2019.

Main Activities and Responsibilities

Regular inspection of the machines and hands-on

experience on a 3 axis CNC, understanding of CNC

programming and G codes

Organization MIRZA BROTHERS


Technical skills CAD modeling, FEM simulations, Analytical modeling

Computer skills Creo, Ansys, MS Office

Managerial skills Team Work, Leadership, Time management, Decision

making.

Social skills Listening, mutual cooperation

Artistic skills Photography, Drawing.


2 Days ANSYS Workshop arranged by IMECHE-IST

Chapter.

Awards & Honors

Certification for being part of Student Management team for

WSW 2017 and 2019.



Profiles

Design and Fabrication of Solar Electric Bike

M. Arslan Sanwal, Muhammmad Faisal

Mechanical Engineering Department



Abstract: One of the largest sources of air pollution in urban areas is exhaust from the vehicles. Air

pollutants have numerous dangerous effects on the human health, climate, ecosystems, and built

environment. This is due certain flue gases emitting from the vehicle due to burning of fossil fuel. The

reduction in emission of harmful gases is possible in two ways; by making more efficient engines or by

utilizing the renewable, environment friendly energy source. Globally, researchers are working on both

sides, they are making system more efficient and utilizing the renewable energy resources. In this project,

we want to utilize the solar energy to run the electric bike (e-bike), which is an alternative to the

conventional bike. The term electrical bike or (e-bike) refers to all two-wheeled electric vehicles. We

will design and manufacture the e-bike. This bike will be powered by a battery using an electric motor.

As battery power is not always available due to cyclic nature of solar energy and battery needs to be

recharged so wo will provide 2 types of charging methods; electricity and solar energy. Recharging of

battery with electrical energy required the bike to stop and electricity plug is attached to a fast charger

with charging controller. While, the charging through solar energy can be carried out even when bike is

moving. Solar energy is captured using solar cells. A solar charging system is not complete without a

charge controller. The charge controller takes the energy from the solar cells and converts the voltage

so it's suitable for battery charging. Bike will also have its engine for critical circumstances in case if

there is any electrical failure or user want to travel at night or if there is insufficient battery power and

user have to travel long distance. Therefore, engine is also installed to avoid any inconvenience during

travel.

Keywords: Electric Bike, Solar Charging, Hybrid Bike, Solar Panel, Charging Controller

Specialized Tools: Solid works for design , Welding plant, Assembly equipment, Machining and

Fabrication tools

Project Supervisor: Dr. Muhammad Anwar



365 | P a g e


Muhammad Arslan Sanwal



Cell 03407772427

Address p/o. nilore lehtrar road, Thanda pani, Islamabad

Education

Dates 2017-2021


Final Year Project Design and Fabrication of Solar Electric Bike

Dates 2015-2017

Certificate Title F.Sc Pre-engineering

Institute ILM College Sargodha


Dates 15/05/2019-10/08/2019

Main Activities and Responsibilities engineering tasks, IC engine overhauling, suspension and

automobile work

Organization SAJ tech autos, Islamabad


Technical skills

Pressure management, teamwork, automobile

work, Report writing

Computer skills Creo Parametric, Solidworks, ANSYS, MATLAB,

LabView, MS Office, visual studio C++

Managerial skills Event planning and management, Decision

maker, Coordination, project management.

Social skills Effective communication, Cooperative, Active listening


Freelancing training (Digi-skills)

Awards & Honors

Freelancing workshop certificate by UMEED



Profiles

Muhammad Faisal



Cell +923401765263

Address Dharrowali Chak #33R/b Tehsil Shahkot District Nankana Sahib

Education

Dates 2017-2021


Final Year Project Design and Fabrication of Solar Electric Bike

Dates 2014-2016

Certificate Title F.Sc Pre-Engineering (Physics, Chemistry and Mathematics as

Major)

Institute Government Municipal Post Graduate College Toba Tek Singh


Dates 22/07/2019-06/09/2019

Main Activities and

Responsibilities

Prepare Calculations and Reports, Gain Experience With

Engineering Systems, overhauling IC Engines, maintenance

tasks

Organization Saj tech autos, Islamabad


Technical skills Problem-solving, Industry skills, Pressure management,

Teamwork

Computer skills MS Office, CAD, Solidworks, LabVIEW, MATLAB, Ansys

apdl, C++

Managerial skills Engineering Design, Project Management

Social skills Effective communication, Active listening, Empathy


UMEED Volunteer Online Workshop, 1 Day,

UMEED UMEED Freelance Online Workshop, 1

Day, UMEED

Awards & Honors

ASHRAE Northern Pakistan Chapter Participant

Certificate in Student Activity day 2018 Certificate of MS Office, 2016


367 | P a g e


Refrigerator Evaporator System (Multi-Phase Flow)

Husnain Siddique, Kashan Asghar


Institute of Space Technology Islamabad


Abstract: This project mainly focusses on the basics of refrigerator evaporator working that extracts

heat from certain region by evaporating the fluid used for cooling purpose and how it absorbs heat from

surrounding and changes its phase to refrigerant vapor, thus creating cooling effect. With each passing

days the research is conducted on components of energy consuming devices to find out the possibility

of any optimization. Similarly, various techniques from time to time find out to look for the easiest

optimization. The main purpose of our project was to carry out a research on evaporator designs with

different fins configurations on pipes. The simplest possible designs were selected for easiness in

research work and then comparison was made. For the working of refrigerant within an evaporator we

analyzed how it was going to evaporate at certain temperature through volume of fluid (VOF) method

and with basic preliminary analysis. The design with minimum temperature difference and better

convective heat transfer was taken as best suited one and its data will be used for prototyping and

experimental purpose.

Keywords: Refrigerant Vapors, Finns Configuration, Volume of Fluid, Preliminary Analysis,

Convective Heat Transfer

Specialized Tools: Creo Parametric 2.0 for model configuration, ANSYS Fluent for flow analysis

Project Supervisor: Dr. Muhammad Anwar


Profiles

Husnain Siddique



Cell 03230614451 / 03216479844

Address Street no 7, Sheesh mahal road, Kamoke, Gujranwala, Punjab

Education

Dates 2017-2021


Final Year Project Refrigerator Evaporator System (Multiphase Flow)

Dates 2015-2017

Certificate Title F.Sc Pre-Engineering (Physics, Chemistry, Mathematics as Major)

Institute The Webster College Kamoke, Gujranwala


Dates 30th of July 2019 to 12th of September 2019

Main Activities and

Responsibilities

Served in Mechanical Maintenance Department, observed working of

machines, learnt safety protocols, planning and execution, observed

resolution of mechanical related issues in tiles manufacturing lines

without affecting continuity of operations.

Organization Master Tiles and Ceramics Pvt. Ltd. Gujranwala


Technical skills CAD, Technical writing, Project management, FEA, Metal working

Computer skills Office 365, ANSYS, Creo Parametric, SAP, MATLAB

Managerial skills Event/Crisis management, Strategic thinking, Teamwork, Leadership

Social skills Effective communication, Persuasive behavior, Conflict resolution

Artistic skills Singing, Scripture writing and Poetry


ANSYS APDL workshop by ASME IST, Freelancing workshop by

UMEED IST, Volunteer recruitment workshop by UMEED IST,

Career counseling workshop by DSA IST.

Awards & Honors

MS word certification from Microsoft, Tehsil top in F.Sc Pre-

Engineering, Proud Muslim


369 | P a g e


Kashan Asghar



Cell 03185169160

Address House no. 12, Street no.8, Hill View Avenue, Adiala Road,

Rawalpindi

Education

Dates 2017-2021


Final Year Project Refrigerator Evaporator System (Multiphase Flow)

Dates 2014-2016

Certificate Title Pre-Engineering (Physics, Chemistry and Mathematics as Major)

Institute Fauji Foundation College for Boys, New Lalazar, Rawalpindi


Dates 17th June to 31st July 2020

Main Activities and

Responsibilities Learning operation of machines such as cutters, resizer & tumbler.

Organization Shamir Stone Processor


Technical skills Creo 2.0 Intermediate level, AUTOCAD and Ansys Beginner Level,

MATLAB Intermediate Level, AUTOCAD Revit Basics

Computer skills MS Word & PowerPoint Intermediate Level, MS Excel Beginner Level


Social skills Communication Skills, Active Listening, Respecting others

viewpoint, Persuasive Ability






Awards & Honors


IYC Organizer Certification of IT TEAM in IYC 2018

TEDx Team Security Certification from TEDx IST in 2019 MEP Designing Certificate (Basic Module) from EPICS



Profiles

Design and Fabrication of Prosthetic Hand

Moaaz Asghar, Muhammad Haris Zaman




Abstract: Amputations have caused a large number of people to become social outcasts, and this state

makes people dependent on others for common tasks. Active prostheses allow people to perform

common daily tasks, helping them to improve their lifestyle. This dissertation describes the designing

of a feasible and economical prosthetic hand involving mechanical design and analysis, Finite Element

Analysis (FEA) simulations, and fabrication of a 3D printed actively controlled prosthetic hand. Four

bar mechanisms are used to control the fingers and the thumb of the prosthetic hand. Linear actuators

are used to actuate the four fingers which function with the help of four bar mechanisms. The four-bar

mechanism is actuated by an intermediate slider-crank mechanism to perform the flexion-extension

motion. The thumb performs flexion-extension along with circumduction with the help of two actuators.

The actuators use a slider-crank mechanism to initiate and control both motions of the thumb. The

mechanism is designed and analyzed using 2D- mechanism design software and 3D modeling CAD

software. The links are designed using graphical methods and then their motion is analyzed and

modified using kinematic diagrams in 2D-design software. The CAD software is used to model all the

required components of the prosthetic hand and simulate the motion of the prosthetic hand to ensure

that the mechanism performs all the required motions to achieve daily tasks. The design is then

modified again multiple times to attain the required clearance and alignment for the hand to function.

The hand is fabricated using Fused Deposition Method (FDM) 3D printing technology and tested for

the simulated motion. The design provides a simple and practical approach for making an

anthropomorphic prosthesis and the use of rapid prototyping also reduced the cost of manufacturing.

Keywords: Active prostheses, 3D printed , Flexion-Extension, Circumduction, Four-bar

mechanism, Fused Deposition Method Results, Rapid Prototyping.

Specialized Tools: Working Model 2D, Creo Parametric, Solidworks, MATLAB, ANSYS, Fused

Deposition Method (FDM) 3D printing technology

Project Supervisor: Dr. Muhammad Talha Irfan



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Moaaz Asghar



Cell 0307 5511775

Address House No D-4, Liaquat Ali Khan Colony, P.O. Sumbalgah, Teh.

Kahuta, Distt. Rawalpindi.

Education

Dates 2017- 2021


Final Year Project Design and fabrication of prosthetic hand

Dates Department of Mechanical Engineer, 2017- 2021

Certificate Title Bachelor of Science

Institute Institute of Space Technology, Islamabad


Dates 05-08-2019 to 06-09-2019

Main Activities and

Responsibilities Regular inspection of the machines.

Organization MIRZA BROTHERS


Technical skills CAD, ANSYS, Working Model 2D.

Computer skills Microsoft Office Package

Managerial skills Conducted various events on the behalf of Institute.

Artistic skills Sketching


3 Days MATLAB Workshop arranged by ASME-IST Chapter.

2 Days ANSYS Workshop arranged by IMECHE-IST Chapter.

Awards & Honors

President American Society OF Mechanical Engineers (ASME) IST

Chapter 2020-21.

Organized the International Conference on Aerospace Science &

Engineering (ICASE-2019)

Certification for being part of Student Management team for WSW 2017,

18, 19.

Certification for being part of Student Management team for IYC 2018.

Certification for being part of Student Management team for Space Summer

School 2019.


Profiles

Muhammad Haris Zaman



Cell 0303-5938071

Address House No 32, Street No 3, Dhok Kala Khan, Kurri Road Haroon

Chowk Rawalpindi.

Education

Dates Mechanical Engineering- 2017- 2021


Final Year Project Design and fabrication of prosthetic hand

Dates Department of Mechanical Engineer, 2017- 2021

Certificate Title Bachelor of Science

Institute Institute of Space Technology, Islamabad


Technical skills

Mechanical Design and Analysis

Software packages:

CAD (Creo, Solid-works, Fusion 360), Ansys (Structural, Fluent),

Mechanism Design (linkages, Working model 2D), Programming

languages (C++, Matlab)

Computer skills Microsoft Office Package

Managerial skills Co-ordination, decision making and problem solving

Artistic skills Sketching, 3d model design, logo design


30 Days MATLAB Workshop arranged by Pantechsolutions.

Online Solidworks courses and short courses on plate type heat

exchangers (Alison Courses)


Awards & Honors

Cad competition organized by ASME (IIUI chapter)


373 | P a g e


Design and Fabrication of Prosthetic Knee

Muhammad Arsal Naeem, Faizan Asif




Abstract: Prosthetic knee is the replacement of the actual knee that is either lost due to disease,

trauma, accident or condition present at birth. Lots of technological advancements have been

made in the field of prosthetics in the recent years. Human locomotion is controlled by complex

neurological patterns. These patterns activate and synchronize the musculoskeletal system to

enable efficient and graceful ambulation. A limb amputation results in a partial loss of the

complex structure needed for human locomotion. Various prosthetic devices have been created

as substitutes, however they have simply been unable to match the human nervous systems

ability to move and orient the body in a smooth, efficient and intuitive manner. It is therefore

logical to utilize the existing control of the nervous system and capitalize upon its enormous

ability. The aim of this project is to design, fabricate and analyze a prosthetic knee which can

be either controlled passively or actively using hybrid control systems. The motion of human

knee is quite complex; it does not only perform rotational motion but also performs translational

motion i.e. general planar motion. The design is basically a four bar mechanism, commonly

known as polycentric knee. It will be connected with 1 linear actuator. Actuator will be

connected to Arduino and Arduino will receive signals from EMG electrodes. Surface EMG

electrodes are embedded in upper limb socket, which receives the signals from the contraction

activity of muscles. Design comprises of a four bar mechanism, EMG electrodes, Arduino,

Servo motors, linear actuator and upper limb socket. 3D assembled model was made using

solidworks and structural analysis was done using Ansys Workbench.

Keywords: Prosthetics, Lower limb prosthetics, Polycentric knee, Electromyography, Surface

electromyography

Specialized tools: Solidworks, Working Model 2D, Ansys Workbench

Project Supervisor: Dr. Talha Irfan Khan


Profiles

Muhammad Arsal Naeem



Cell +923485604252

Address House 299, Street 3, Line 4/B, Sector 1, Alnoor Colony, Khanna

Road Rawalpindi

Education

Dates Mechanical Engineering- 2017-2021


Final Year Project Design and Fabrication of Prosthetic Knee

Dates Pakturk Int’l Schools and Colleges-2015-2017

Certificate Title FSc Pre-Engineering

Institute Pakturk Int’l Schools and Colleges, Islamabad


Technical skills 2D, 3D CAD, Creo, Solidworks, Ansys, MATLAB, Working Model

Computer skills Microsoft Office Specialist (MOS)

Managerial skills Conducted various events on behalf of university and college.

Social skills Volunteered in Umeed as well as served in AHK-RADS NGO.

Artistic skills Sketching, Painting


3 Days MATLAB Workshop arranged by ASME-IST Chapter.

2 Days ANSYS Workshop arranged by IMECHE-IST Chapter.

2 Days Solidworks Workshop arranged by ASHRAE-IST Chapter.

2 Days Freelancing Workshop arranged by Umeed

Awards & Honors

Organized the International Conference on Aerospace Science &

Engineering (ICASE-2019)

Certification for being part of Student Management team for WSW 2017,

18, 19.

Certification for being part of Student Management team for IYC 2018.

Certification for being part of Student Management team for Space Summer

School 2019.

375 | P a g e


Faizan Asif



Cell 03005051017

Address Block 4B Flat 10 Gali 5 I-8/1 Islamabad

Education

Dates 2017-2021


Final Year Project Design and Fabrication of Prosthetic Knee

Dates 2015-2017

Certificate Title FSc Pre-engineering

Institute Indus College, Blue Area, Islamabad


Technical skills CAD modelling, Analytical designing, FEM simulations, MATLAB

Programming, Report writing

Computer skills Creo Parametric, Solidworks, ANSYS Fluent, MATLAB, LabView, Proteus, MS Office, Python, C++

Managerial skills Event planning and management, Leadership, Decision maker,

Teamwork

Social skills Effective communicator, Respectful, Cooperative

Artistic skills Photography


Workshop on Solidworks

Workshop on ANSYS Workbench

Awards & Honors

President of ASHRAE IST Chapter Vice President Public Relations of ASCD IST Chapter



Profiles

Study of PCM for Energy Storage

Irfan Shabbir, Atif Arif



[email protected], [email protected],

Abstract: In this inquisition, twisted fin designs for the enhancement of the melting and solidification

process are used for phase change material (PCM) in a latent heat thermal energy storage (LHTES) unit

which is horizontal configuration. Phase change material (PCM) is Stearic acid while the heat transfer

fluid (HTF) is water. The mathematical model equations are numerically solved for the 3D geometries

using commercial CFD package ANSYS Fluent. The numerical solution procedure for the 2D planar

straight finned geometry is validated against the results from literature. According to literature, Y-

oriented fin design with orientation of 30 degrees is better than other orientation angles so it is used as

the validation geometry and the setup is validated against the Y-arrangement. Then the twisted

geometries are introduced for the same boundary conditions. The twist angles which were induced in

the geometries as Case-1, Case-2, Case-3, Case-4 and Case-5 are 90 ◦, 135 ◦, 180 ◦, 270 ◦ and 360 ◦

respectively. For shell material, steel is used but analysis of the effects of thermophysical properties of

fin and tube materials from literature reveals copper to be the best available option. The study revealed

that all these five designs with twist angles are better in terms of performance than the design with

straight fins as in base case. Melting time, heat storage rate and the total heat storage are the concerned

parameters to enhanced and the five cases proved to better than base case. Percentage enhancement

ratio and percentage time saving show that Case-5 with the twist angle 360 ◦ is the best among all the

five twist designs due to more exposed area of fin which improved heat transfer.

Keywords: PCM, latent heat thermal energy

Specialized Tools: CFD, ANSYS Fluent

Project Supervisor: Mr. Muhammad Shaban




Muhammad Irfan Shabbir



Cell 03068888540

Address Tamma Park Road, Islamabad

Education

Dates 2017-2021


Final Year Project Study of Phase Change Material (PCM) for energy storage

Dates 2015-2017

Certificate Title FSc Pre-engineering

Institute IMCB, G-10/4, Islamabad


Technical skills CAD modelling, Analytical designing, FEM simulations, MATLAB

Programming, Report writing

Computer skills Creo Parametric, Solidworks, ANSYS Fluent, MATLAB, LabView, Proteus, MS Office, Python, C++

Managerial skills Event planning and management, Leadership, Decision maker,

Teamwork, Coordination

Social skills Effective communicator, Respectful, Cooperative

Artistic skills Painting, Sketching


Workshop on Solidworks

Workshop on ANSYS Workbench


Awards & Honors

2nd position in Arabic Language Course

Volentier of UMEED IST chapter



Profiles

Atif Arif



Cell +92 307 2914409

Address Dalowali Tehsil & District Sialkot

Education

Dates 2017-2021


Final Year Project Study of PCMs for Energy Storage

Dates College 2015-2017

Certificate Title F.Sc. (Pre-Engineering)

Institute Government College University, Lahore (GCU)


Technical skills Creo 2.0, AUTOCAD and ANSYS

Computer skills MS Word, MS PowerPoint & MS Excel

Managerial skills Event Management, Digital Marketing, Creative Writing

Social skills Communication Skills, Active Listening

Artistic skills Vocalist, Guitarist, Pianist, Videographer


Basic ANSYS 3 Days Workshop by ASME

Awards & Honors

Organizing Certification of Logistics in WSW 2018

German Language Certification from NUML Islamabad 2018

Silver Medal (2nd) in Inter-Departmental MARATHON 2019

IIUI CAD Challenge (Virtual) 2020 Judge of Singing Competition by IST Youth Club 2021




Design, Analysis and Fabrication of Water Turbine for Slow Moving Water

Muaz Adnan, Muhammad Ausaf Tahir




Abstract: Hydrokinetic energy the most readily and free source of energy available, could be extracted

to overcome the energy crisis in this era to provide basic electricity need to remote and urban areas with

low cost. The kinetic energy of flowing water at low speed could be extracted effectively by designing

an appropriate design of blade, as turbine’s performance is dependent upon the shape of its blade. In

this case, the wind turbine model with some modifications was used to design the blade. The Horizontal

Axis turbine model with propeller type configuration was selected for higher efficiency. The optimum

airfoil was selected and designed with optimal twist angle for maximum energy extraction process. The

model was designed in 3D modelling software SOLIDWORKS, and then the power analysis was carried

out through numerical simulations using commercial CFD package ANSYS Fluent. The power was

analyzed with different number of blades, and performance curves were generated for the most efficient

system. The calculations shows that for 1.5m/s rated speed of water the rotor diameter of 2 ft provides

the rated power of approximately 100 Watts at 70 RPM’s. The power curve of the turbine was analyzed

for the selection of efficient Permanent Magnet Synchronous Generator, and direct drive system was

preferred to reduce the weight and losses due to gear system. The prototype was 3D printed for the

testing of the proposed model. This study shows that the optimum design of hydrokinetic turbines could

be integrated in series to provide the electricity energy to remote areas where the construction of Dams

and other resources are not available.

Keywords: Hydrokinetic Turbine, Blade Design, Renewable Energy, Horizontal-Axis Turbine,

Numerical Simulations.

Specialized Tools: SOLIDWORKS, Airfoil Database Tool, ANSYS Fluent, 3D Printing.

Project Supervisor: Mr. M. Azfar Jamal, Mr. Zeshan Aslam.




Profiles

Muaz Adnan



Cell 0300-6448248

Address Street No.2, Mohallah Sheran wala Bagh, Gujranwala

Education

Dates 2017-2021


Final Year Project Design, Analysis and Fabrication of Water Turbine for Slow Moving

Water

Dates 2015-2017

Certificate Title Fsc. Pre Engg

Institute Punjab Group of Colleges, Gujranwala


Dates 29/07/2019 - 06/09/2019

Main Activities and

Responsibilities Plant visits, Regular Checkups

Organization Fauji Fertilizers Company Limited, Sadiqabad.



Computer skills CAD, MATLAB, ANSYS, MS office



Artistic skills Effective writing, Drawing,



Muhammad Ausaf Tahir


Email [email protected] Cell 0308-5635705

Address House#22 Block AFR AWC EHS HassanAbdal Education

Dates 2017-2021 Degree Title Mechanical Engineering

Final Year Project Design and Fabrication of water turbine for slow moving

water

Dates 2014-2016 Certificate Title FSc. Pre Engineering

Institute Cadet College Hassan Abdal


Dates 10-07-2019 to 06-08-2019

Main Activities and Responsibilities

Learning whole process of LNG plant and Plant Inspection

Organization OGDCL Pakistan, NASHPA oil filed, KPK KARAK


Technical skills Fluid Analysis, 3D modeling Computer skills CREO, Solid Works, ANSYS WorkBench

Managerial skills Team Work, Motivating, Planning Social skills Cooperative, Effective Communication

Artistic skills Video Editing




Profiles

Development of a 3D Printed Lightweight Model Aircraft

Asad Sajjad, Ibrahim Humayun Department of Mechanical Engineering



Abstract: This project involves the development of a 3D printed lightweight model aircraft. 3D printing

has opened a wide range of opportunities for researchers to manufacture different complex structures

where conventional manufacturing techniques fail. It has many advantages over conventional methods

of manufacturing aircraft parts. Different plastics are used for 3D printing like PLA and ABS. In this

model, PLA was used for the 3D printing of aircraft parts. Analytical calculations were performed

to calculate design parameters using reference data from the literature. The design was optimized by

comparing. SOLIDWORKS was used for modeling geometry. Aerodynamic analysis of airfoil and

wing was performed on JAVAFOIL and ANSYS. Velocity and pressure contours were obtained using

SOLIDWORKS Simulations and results were verified. Propulsion analysis was performed on eCalc

software and required thrust at different aircraft speeds was estimated for the design parameters. The

performance curve was obtained through eCalc software. Endurance, minimum, and maximum speed

of aircraft were obtained from this curve. Topology optimization was applied using SOLIDWORKS to

further reduce the weight of the aircraft. Using this technique one can reduce the weight of different

structures without affecting their strength. About 40 percent weight was reduced using this technique.

Improved and optimized design was converted into STL files and then parts were printed using a 3D

printer. All the 3D-printed parts were assembled using Cyanoacrylate superglue. A fully functioned

lightweight 3D printed model of aircraft was developed and tested successfully.

Keywords: Ploy lactic acid (PLA) Topology optimization, Endurance, Propulsion.

Specialized Tools: 3D printer, SOLIDWORKS, ANSYS, JAVAFOIL, eCalc.

Project Supervisor: Dr Owaisur Rehman Shah




Asad Sajjad



Cell 03215275475

Address House No 130 Street 109 G-11/3 Islamabad

Education

Dates 2017-2021


Final Year Project Development of a 3D printed lightweight model aircraft

Dates 2015-2017

Certificate Title Higher Secondary School Certificate

Institute Punjab College Of Science Blue Area Islamabad


Technical skills CAD Modelling, ANSYS APDL and FLUENT, MATLAB Coding

Computer skills MS Office (Word, PowerPoint, Excel)

Managerial skills Events management, Leadership, Planning, Budget management,

Problem solving, Decision Making, Coordinating

Social skills Effective communication, Conflict management, active listening,

relationship management, cooperation


1. Online Workshop on Basic Programming in MATLAB by EdX.

2.Online Workshop on CAD Modelling (CREO)

Awards & Honors

1. AMAL Career Prep Fellowship (3 Months) 2. Hult Prize Foundation Competition (Runner Up)



Profiles

Ibrahim Humayun



Cell 0336-5181132

Address House No 903/1 Muhammad khan lane Peshawar road Rawalpindi

Education

Dates 2017-2021


Final Year Project Development of a 3D printed lightweight model aircraft

Dates 2015-2017

Certificate Title Higher Secondary School Certificate

Institute Fauji Foundation College for Boys New Lalazar Rawalpindi


Technical skills CAD Modelling, ANSYS APDL and WORKBENCH, MATLAB Coding, C++ Programming, 3D Printing, Lab View

Computer skills MS Office (Word, PowerPoint, Excel),MS PAINT, C++ Programming ,Database Management

Managerial skills Events management, Leadership, Planning, Budget management, Problem solving, Decision Making, Coordinating, HR management

Social skills Effective communication, Conflict management, active

listening, relationship management, cooperation

Artistic skills Painting


1. Online Workshop on Basic Programming in MATLAB by EdX.

2. Workshop on CAD Modelling (SOLIDWORKS)

3. Workshop on Fluid Simulations (ANSYS WORKBENCH)

Awards & Honors

AMAL Career Prep Fellowship (3 Months)



Development of Tubulanes Inspired 3D Printed Structures for High Compressive

Strength Applications

Abdullah Imran, Zain-ul-Islam




Abstract: Tubulanes are hollow tube hypothetical structures of cross-linked carbon nanotubes. The

evolution process has allowed naturally occurring materials to optimize their molecular shape

according to their environment. Some of these materials exhibit excellent structural and mechanical

properties. Many different configurations of the Carbon atom such as diamonds, C60 Bucky Ball

structure and graphene are only some examples. Mimicking the atomic structure of these materials and

projecting those shapes macroscopically in the form of 3D printed structures and analyzing the

relationship between truss configuration and structural strength has been a key research area for

engineers for some time now. A decade ago, the difficulty of fabricating such structures limited the

research. However, with the advent of additive manufacturing, fabrication of such structures has become

comparatively much easier. in this project five different tubulane structures were studied which are

architecturally analogous to bio-materials like fullerenes, graphene and carbon nanotubes. Once

fabricated, the samples will be subjected to compressive and impact loading tests; and results will be

compared with the results of computer simulations.

Keywords: Tubulanes, 3D printing, compressive strength, ABAQUS simulations.

Specialized Tools: SOLIDWORKS and ABAQUS have been used to design 3d models of different

configurations and ABAQUS was used to run compressive strength and impact testing simulations.

Project Supervisor: Dr. Owais ur Rehman Shah



Profiles

Abdullah Imran



Cell +92301-5156151

Address 309M, Main Peshawar Road, Rawalpindi

Education

Dates 2017-2021

Degree Title Bachelor’s in Mechanical Engineering

Final Year Project Development of tubulanes inspired 3D printed structures for

high compressive strength applications

Dates 2014-2016

Certificate Title A levels

Institute LGS Phase 5, Lahore


Dates June 2020-Sept 2020

Main Activities and

Responsibilities

Assistant to the site in charge, observed and participated in the

repairs of hydraulic equipment and refurbishing planetary gears.

Learnt about soil testing and the planning that is done before

starting a major construction project.

Organization Deepwell Ltd


Technical skills CAD modeling, MATLAB programming, FEM simulation and

analyses, analytical modelling and technical report writing.

Computer skills ABAQUS, CREO, SOLIDWORKS, ANSYS and MATLAB

Managerial skills Strong leadership and planning skills.

Social skills Good communication skills

Artistic skills Drumming, debating


CFD introduction workshop- IST 2020

Ansys introduction workshop- IST 2020

Awards & Honors

Winner HULT Prize 2018

Founder of Bespoke Solutions (Agri based startup) Gold Medal for highest football goal scorer- inter departmental 2018



Zain ul Islam



Cell +923166151717

Address House #7, Abbasi Street, Abbasia Town, Rahim Yar Khan.

Education

Dates 2017-2021


Final Year Project Development of Tubulanes Inspired 3D Printed Structures

For High Compressive Strength Applications



Institute Oxbridge College, Rahim Yar Khan.


Technical skills CAD Modelling, Design, FEM Simulation, Structural

Analysis, Research, Technical Report Writing

Computer skills Solidworks, MS Office, ABAQUS

Managerial skills Problem Solving, Leadership, Teamwork

Social skills Good listening, Conflict Management, Cooperation,

Effective Communication

Artistic skills Photography, Writing


SOLIDWORKS 2019 Essential Training (via

LinkedIn Learning)

Balancing Work and Life (via LinkedIn Learning)

Developing a Learning Mindset (via LinkedIn Learning)

Learning from failure (via LinkedIn Learning)

Overcoming Procrastination (via LinkedIn Learning)

Managing Stress (via LinkedIn Learning)

Managing Your Time (via LinkedIn Learning)

Awards & Honors

Appointed Local Committee President of Pakistan ASCD

student chapter at IST



Profiles

Design and Fabrication of Solar-Powered Atmospheric Water Extraction

Mechanism

Jawaad Hassan, Muhammad Anas Department of Mechanical Engineering



Abstract: The problem of water scarcity has become a global issue nowadays. However, in highly humid

areas, moisture content can be collected from atmosphere in the form of water by the condensation

process. For this purpose, a working prototype of a solar-powered atmospheric water extraction

mechanism which involves peltier effect for cooling was designed and fabricated. A systematic design

approach was followed to use the thermo- electric cooling effect and photo-voltaic effect together for the

extraction of moisture content from air. Initially, mathematical modelling approach was used to analyse

the working of the system under different ambient temperatures and relative humidity levels. Designing

softwares were used for practical investigation of the system. The fabricated final prototype was used to

experimentally analyse the working of system and water generation rates under different humidity levels.

This study helps us in having an idea about the efficiency and practical significance of the system and

it's comparison with several different types of AWGs.

Keywords: Solar, Atmospheric water generator, Humidity, Sustainability

Specialized Tools: Solidworks and Ansys were used in our project in the designing phase. In

fabrication phase, welding, cutting, drilling and other such fabrication tools were used.

Project Supervisor: Mr. Waheed Gul


Jawaad Hassan



Cell 03365117399

Address H-No # 326, Street 03, Gulraiz Housing Scheme Phase-

04 Rawalpindi

Education

Dates 2017-2021


Final Year Project Design and Fabrication of solar powered atmospheric

water extraction mechanism

Dates 2015-2017

Certificate Title FSc (HSSC)

Institute Fauji Foundation College for Boys Rawalpindi


Dates 15 July - 24 August 2019

Main Activities and

Responsibilities Manufacturing and Installation of solar panels.

Organization Tesla Solar Islamabad, Pakistan


Technical skills CAD, Manufacturing, Technical writing

Computer skills MS Office Word

Managerial skills Project Management

Social skills Communication skills

Artistic skills Literary writing


Freelancing (12 weeks) -Digi skills,

Awards & Honors

Hult Prize On-Campus winner IST,

2019 Hult Prize Regionals contestant

Dubai, 2020



Profiles

Muhammad Anas



Cell 03355831511

Address H-No # 16, St#01, Raja Iqbal Town,

Khanna Kak, Rawalpindi

Education

Dates 2017-2021


Final Year Project Design and Fabrication of solar powered

atmospheric water extraction mechanism

Dates 2014-2016

Certificate Title F.Sc

Institute Fauji Foundation College for Boys Rawalpindi


Technical skills CAD, Manufacturing, Technical writing

Computer skills MS Office Word

Managerial skills Project Management

Social skills Communication skills

Artistic skills Literary writing


Freelancing (12 weeks) -Digi skills,

Awards & Honors

Event Manager IT (World Space Week)



Development and Characterization of Tinicu Alloys Through Powder Metallurgy

Route

Taseen Haider Rooshan, Zain Rashid




Abstract: Development and Characterization of TiNiCu Alloys through powder Metallurgy route

comprises the domain of Engineering materials and their microscopic behavior. Development of the

different composition of TiNiCu Alloys were undertaken using Powder metallurgy to characterize the

structure of Alloys on microscopic level. Powder metallurgy is an efficient production method to produce

large-scale finalized products with tight tolerances. Lean method of product development was undertaken

which give insights at different levels of development through powder metallurgy. Three Samples of

different composition were developed and characterized. The mechanical processes of Ball milling,

Hydraulic compaction and Sintering was done. The XRD, SEM are the Non destruction techniques that

allow us to gauge how the changes in fabrication process impact the crystal structure of Alloys . This

study helps us collect data that will guide us design alloys suited for a particular design application.

Specialized Tools: Hardware and Software tools you used in your work (Ball Milling Machine,

Hydraulic press, Sintering furnance, XRD, SEM, DSC Non-destructive techniques)

Project Supervisor: Mr. Waheed Gul


Profiles

Taseen Haider Rooshan



Cell 03155930948

Address P.O box Dhudial Tehsil and District Chakwal

Education

Dates 2017-2021


Final Year Project Development and Characterization of TiNiCu Alloys through powder

metallurgy route

Dates College-2014-2016years

Certificate Title FSc

Institute Uswa College Chakwal


Dates 15 Feb-2 April

Main Activities and

Responsibilities

Accessing Work-flow and factory layout processes

Organization Awan Engineering, Chakwal


Technical skills CAD

Computer skills MS word and Excel

Social skills Presentation, Conduction

Artistic skills Grafting, Sketching


Virtual Assistant, 3Months, ENABLERS



www.ist.edu.pk

Class of 2021


Graduates Book

Mechanical Engineering - IST

Documents

Transcript of Mechanical Engineering - IST