electrical engineering department · student name & id yasser fuhaid alshammari id:201410032...

Electrical Engineering Department

EE411 (Senior Design Project) Proposal for Semester 182

Students Names & IDs

Company Advisor Name &

Contact Details

Departmental Supervisor

Project Title

Field of study (state

relevant courses)

Problem Statement

Abstract

Project Objectives

Applied code practices and

Standards

Design Specifications with

realistic engineering

constraints

Design Methodology 1.

Targeted Outcome

(hardware &software)



Student Name & ID

Ibrahim Mohammed ALfouzan ID#201402124

Abdulaziz Mahmoud alobied ID#201400459

Fouad Saleh AlHarbi ID#201313544


Contact Details

Abdullah Othman Alshamsan Contact number: 0567688187 Address: Ibn Sina – SABIC Affiliate, Jubail, 31961

Departmental Supervisor Dr Muhammad Tajammal Chughtai

Project Title RFID Based Automatic Access Control System


relevant courses)

Digital Logic, Electronics, Communication and Control Eng.

(EE 200 Digital, EE 203-303 Electronics, EE 370

Communication, EE 380 Control Engineering)

Problem Statement

This project will provide a solution to the problem of controlling

access to restricted areas by using RFID tags. This will contribute

to reduce deployment of man power for such areas hence

maintaining the cost and time.

Abstract

RFID based access is a project that offers supervisor free access to

controlled areas with the help of RFID tag technology. To start

with it is meant to be used with car park authorizing system where

the system can only allow a car to access the parking area when a

valid RFID ID card is presented to it. Algorithms and electronics

will be developed to sense the length of entering/leaving vehicles.

Moreover, total number of parking spaces available will be

displayed

Project Objectives

1. Reduce manpower.

2. Maintenance of cost.

3. Accurately identify and authorize vehicle movement.

4. Time keeping.

5. Extra security.

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6. Use of information as database.


Standards

BS 1026, BA 6480, EATS 09-12, IEC 61508



constraints

Development of control algorithm using software.

Selection of suitable servo motor.

Application of AND logic between the IR sensor, RFID reader

and servo motor for entry barrier.

Application of AND logic between the IR sensor and servo

motor for exit barrier.

Design Methodology

1. Calculation of motor load.

2. Selection of suitable servo motor.

3. Programming of Ardueno according to requirement.

4. Development of electronic system to decide the

opening time of the gates.

5. Design methodology of RFID tags.

6. Integration of the whole system in to a modular form.

Targeted Outcome


The final project will be a model of a car park.

The barrier will open once the RFID tag is presented to the

system.

The barriers will be opened or closed using a servo motor.

The entrance and leaving barrier will remain open

according to the length of the vehicle plus a delay. The

variation in length will be sensed with the help of infrared

LED and PD module.

The LCD display will show the number of available parking

spaces. This information will be updated each time a

vehicle enters or leaves the car park.

The barriers will remain opened in case of vehicle

breakdown under the these.



Student Names & IDs Mohammad Yousef Alomaim; ID:201411926 Salim Meshall Al Nekhelan; ID: 201409852 Ziyad Mohammad Almotairi ID: 201408248

COOP Company Advisor

Name & Contact Details

Project Engineer: Mana Alyami, ARAMCO Email: [email protected]

Departmental Supervisor Professor/ Mohamed Eleiwa

Project Title Wireless Power Transmissions

Field of study

(state relevant courses)

EE 201 & EE 205 (Electric circuits !&2), (EE 203, EE 303) Electronics1& 2 , EE 204 Electrical & Magnetic Fields, EE 330 Power System analysis.

Problem Statement Transfer the power wirelessly with simple design and with low cost to charge loads

Abstract

Wireless power transmission is transferring the electrical energy from power source to

a load without interconnecting conductors. Several Wireless Power Transfer (WPT)

techniques are studied, analyzed and compared. The concept of WPT is verified using

two techniques; inductive coupling and microwaves. Several resonant inductive

coupling circuits have been designed, constructed, measured and analyzed. Also, a

monopole antenna is designed, modelled and constructed to be used as an element in

the rectenna array system of the ground station of the solar power satellite (SPS),

which uses microwaves for wireless power transfer. The WPT technology provides

efficient, fast, and low maintenance cost as compared to some other technologies.

Project Objectives - Study and analysis of different techniques for wireless power transfer (WPT). - Design, simulation and implementation of WPT systems components. - Measurements, compliance and verification analysis


Standards

TA 15 : Wireless Power Transfer.

PT 62827: Wireless Power Transfer – Management.

PT 63006: Wireless Power Transfer (WPT) Glossary of Terms .



constraints

Design and construct WPT system using inductive coupling circuits.

The desired efficiency of the inductive coupling circuit is about 50% with

outputs of 5 V and about 2 A.

Design and construction of Rectenna for WPT using microwaves. The

designed antenna should have VSWR of about 2 within the specified

bandwidth (200MHz from 0.8 GHz up to 1GHz).

Design Methodology

Using the circuit analysis techniques, electromagnetic concepts and theories

(Faraday’s law) to design the inductive coupling circuit for WPT.

Circuit Modeling and simulation using Multisim.

Circuit construction, measurements and verification

Using antenna theory and HFSS software to design and model the monopole

Saudi Aramco: Company General Use

antenna for rectenna array system.

Antenna Measurements and verification.

Targeted Outcome


Resonant inductive coupling circuit design and simulation using Multisim.

Circuit construction, measurements and verification results.

Antenna model and simulation using HFSS.

Antenna construction, measurements and verification results.



Student Name & ID Meshal Sulaiman Abdulaziz Alnuzhah ID : 201401298 Mousa Mohammed Ali Alateeq ID : 201408299 Umair Butt Mahboob Butt ID : 201316379


Contact Details

Eng. Mouth Alkhalaf Saudi Electricity Company

Departmental Supervisor Dr. Badr Alshammari

Project Title Power Generation & Inverter Design ( DC AC )

Field of study


Electric Energy Engineering (EE 206 )

Power System Analysis I (EE 330 )

Power System Analysis II (EE 463 )

Power Electronics (EE 460 )

Problem Statement Development of energy harvesting system from multiple

renewable energy sources.

Abstract

This project is an attempt to improve communication in areas

where there is no electricity by releasing a DC charger outside the

grid that uses different forms of renewable energy. The various

forms of energy used in this project are solar energy and wind due

to its ease and mobility between regions. The project is capable of

harvesting energy from sources that cannot be earned using

conventional energy conversion methods. In this project, a

proposed adapter for DC charger and AC socket is designed and

will be constructed and tested. The results show the function of

the proposed adapter for charging or socket. Further design

improvement will be described.

Project Objectives

Design renewable energy based sources in isolated areas.

Design charger for batteries.

Participate in the achievement of the Saudi Vision 2030

goals such as ( Sustainable Energy ).

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Reduction of electricity costs.


Standards

IEEE 1547

IEEE Std 1366-2012

* IEEE SCC21 2030



constraints

The project specifications should be able to charge batteries (12

V) without using electricity from the grid. Power supply must be

portable and must be easy to use. Provide two sources AC (220 V)

and DC (12V).

Design Methodology

Literature review.

Suggest the required electrical components for the

realization of project.

Selection and setting of the dimensions of the PV panel

and fans.

Circuit Modeling and simulation using Matlab

Realization of the project.

Targeted Outcome


Generation of energy (AC and DC) through renewable energy

sources.

https://standards.ieee.org/findstds/standard/1366-2012.html



Student Name & ID Yasser Fuhaid Alshammari ID:201410032 Khaled Marfoua Alshammri ID:201410767


Contact Details

Omer Alghamdi Saudi ARAMCO [email protected]

Departmental Supervisor Dr. Ahmed S. Althunian

Project Title Simulation and implementation of flame detection system

Field of study


Electronics and Control

(EE 303 Electronics 2, EE 380 Control Engineering )

Problem Statement Automatic Flame detection and prompt fire extinguishing

Abstract

In this project, the flame detection system is designed to detect a

fire in 3-Axis. The system can be used at the industrial plants,

buildings or houses. The system design consists of two main

functions:

1- An early alarm will be raised so that people can be evacuated

to an assembly area.

2- A fire pump is activated to provide a water flow at a high

pressure.

The system design contains flame sensor, controller, LED and

buzzer. When the fire has occurred. The flame detector will

detect the fire. Then the alarm and water pump will be activated

in synchronicity .

Project Objectives

- To study the system theoretically.

- To design and simulate the flame detection system using

software.

- To convert the simulation design into hardware design.

- To compare the simulation result with the hardware result.


Standards

• NFPA Codes and Standards

• Arduino programming notebook (Brian W. evans).



constraints

• Sensitive flame sensor

• Arduino Uno board

• flame sensor will cover 3 angles at (45,90,135)

• Servo motor

•water pump to produce water stream toward the detected

flames.

Design Methodology

- Theoretical study of the project design.

- Design and simulation test using Protues Software.

- When the desired result has been obtained, the design will

be implemented in hardware using the Arduino board.

- Compare the simulation test result and Hardware test result

Targeted Outcome


- To be familiar with the Arduino board programing.

- To be familiar with Protues Software design and

Simulation.

- Construct the working flame detection system model with

fire extinguishing using water pump.



Student Name & ID

Mohammed Faraj AlShammari ID : 201400297 Mohammed Nasser AlTamimi ID : 201403360 Hatem Rsheed AlMangour ID : 201007973


Contact Details

Eng : Omar Alamer : Head of Operations unit in SEC Hail phone number :0506187557

Departmental Supervisor Dr . Ayoob AlAteeq

Project Title Optimal Solution of the overload issues in South Ha'il

Field of study


Electrical Energy Engineering (EE 206)

Power system analyses I & II

Problem Statement The over load issue in south Ha’il during the summer season.

Abstract

This project deals with designing a distribution Substation and

Switchyard of 33/13.8 KV to overcome the overload issue.

Nodaway’s life electricity plays a very vital role. The demand

of electricity is being increased day by day. Therefore many

new projects are being introduced not only in town as well as

in remote areas also to provide the facilities of electricity by

Constructing new transmission lines and Switchyard.

Project Objectives

Means collection of data where high voltage electricity is

switched using of various components.

Electrical Switchyard is usually a part of Substation

where electricity is transferred from one Voltage to

another for the Transmission and Distribution purpose.

Propose the optimal solutions for the overload problems

in south Hail area

Applied constraints, code

practices and Standards

The code of the Saudi electricity company.

Design Specifications with The electricity load data and distribution will be

realistic engineering constraints collected from Saudi electricity company (SEC).

Load and reliability analysis

Over load simulation

Proposing solutions

Solution verification.

Design Methodology

1. Literature survey.

2. Data collection.

3. Analyzing the data using power World software.

4. Results and verification.

Targeted Outcome (hardware

&software)

Computer simulation using Power World software to produce

the proposed solutions for the over load problems.



Student Name & ID Student 1 ID: 201309157 Bander Yousif Student 2 ID: 201514313 Mukhlef Alshammeri Student 3 ID: 201408453 Fahad Abdulmhsen


Contact Details

Eng. Bander M. Rayzah Saudi Aramco, Contact: 0504817375

Departmental Supervisor Dr. Anouar Farah

Project Title Sun Tracking Solar Panel (Dual Axis)

Field of study (state relevant

courses)

(Electronics, Control, Power, Power Electronics)

EE 303 Electronics 2, EE 380 Control Engineering, EE 463 &

EE 330 Power Analysis I & II, EE 460 Power Electronics

Problem Statement To create a system that is capable of tracking the sun and face

the solar panel in its direction.

Abstract

This project presents a solution to increase, the efficiency and

maximize the potential of the solar panel. The need for renewable

energy rises as our planet suffers from all the pollution caused by our

current power generation methods and fuels. We need to polish and

maximize the efficiency of renewable energy. Which is the objective

of this project. With the help of light sensors, microcontrollers and

motors, we are going to create a system to track the sun and rotate the

panel to be at the ideal position. We will program the controller to

detect the output of the light sensors and compare them to each other,

to figure out the position of the sun and commands a motor to turn

the panel towards that direction.

Project Objectives

•To use sensors for sensing the sun light..

• To program the circuit to compare the sensors’ output.

• To program a controller to command the motor to rotate

towards the sun.

• To use modern programming languages.

• To create an automated system that operate on its own.

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Standards

1) Electronics and control

2) BS 1026, BA 6480, EATS 09-12 (Sensors

standards)

3) IEC 61508 (Functional Safety of

Electrical/Electronic/Programmable Electronic

Safety related Systems)

Design Specifications

• Sensing the sun light using Light Dependent

Resistors.

• Compare the output of the LDRs.

• To program the controller to control a motor.

• To rotate the motor towards the sun.

Design Methodology

• Light sensing and comparing outputs

• Programming of controllers using any

programming platform e.g. Arduino.

• Using motors to rotate the solar panel.

Targeted Outcome


Solar panel that tracks the sun and rotates towards it

automatically.



Student Name & ID 1. Ali Khalaf Alkhalaf (201402469)

2. Adel Khalid (201406017) 3. Abdullah Muflih Saray Alghaythi ( 201406926 )



ENG. Sultan H Algurashi Saudi ARAMCO

( [email protected] )

Departmental Supervisor Ahmed Alzamil

Project Title Traffic Board powered by solar PV

Field of study


Electronics 2 ( EE303 ) / renewable energy / control ( EE380 )

Power electronic

Problem Statement

Traffic electronic board that works on solar power is very

useful and important for traffic system and it can be operated

on solar cells with low cost to relieve the pressure from the

electrical grid. Using traffic board working on solar cells save

the time and the efforts of traffic officers. Also, it helps drivers

to follow the instructions of the traffic and roads with limited

speed.

Abstract

Since one of the Saudi Arabia vision in 2030 is to build the largest

solar farm in the world , I decided that my senior design project

will be about solar PV powering the street light . Neither the less ,

the company that I am currently with (Saudi Aramco) is interested

in renewable energy and they opened a new department called

“Renewable & Technology Department” . Traffic electronic board

that work on solar power save the consumption of electricity

generated from oil or diesel. Also, these board helps traffic system

to control the movement of vehicles on road. Through this system

we can reduce the accidents because it oblige drivers to respect

and follow the traffic rules and laws. This system need design and

simulation with a set of sensors and LED lamps. This board is

used with a ladder to tell the driver with the limited speed giving

red light in the case of passing the limited speed. This system also

can be used to give punishments to the vehicles pass the limited

mailto:[email protected]

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rules and speed on roads. This system can be fixed and installed in

any road, streets or at the traffic lights.

The project goal is to design and implement an electric power

system that collects and stores solar energy, and delivers power to

an LED smart traffic board on the streets.

Project Objectives

1- To generates a scenario in how the system is going to be

constructed

2- To use solar PV to power street light

3- to take in consideration rainy days so the system must power

the street light to days without the sun

4- To write technical documents and give oral presentations

related to design project results


Standards

1-IEEE SCC21, IEEE 1547, • IEEE 1547.1

2- International Residential Code (IRC)

3- International Energy Conservation Code (IECC)

4- International Fire Code (IFC)



constraints

1- The system is to be self-sustaining and powered only by

sunlight

2- System is to be mounted at street light height, so special

considerations must be made.

3- System must be kept affordable if it is to be used widely in

cities.

4- System must take into account rainy days, or days that sunlight

is not present.

5- This project consists of many parts such as solar cells,

electronic board, Sensors, flash, Show screen, Battery; etc..

Design Methodology

Design and simulation of solar system

Design and select the proper components of solar system

Testing the traffic board working on solar cells.

Results and discussion

It will be constructed by hardware and may use ETAP

software

Targeted Outcome


Constructed working hardware system



Student Name& ID 1. Hammam Fawzi 201407721 2. Faisal Abdullah 201403778 3. Majid Mohammed 201400264



Eng. Talal Alkahtani Phone: 0555412340 Saudi Electric Company (SEC)

Departmental Supervisor Dr. Khalid Al-Qunun

Project Title Minimization of Losses in Transformer

Field of study


Electrical Energy Engineering (EE 206)

Power Systems Analysis (EE 330).

Problem Statement

MATCO is a huge transformer manufacturing

company, which made of transformers for private

customers (private industries) and for their main

customer Saudi electricity company “SEC”, the

transformer losses are based on customer submittal

and tested according to international standards (IEC

60076) and national law (KSA law). During routine

test of transformer some of the transformer failed

due to exceeded losses (No load losses fail, or Load

losses fail) which is not acceptable and cannot be

deliver to customer. Listed below some problems

cause high transformer losses (Load losses and No

load losses):

1- Design calculation failure.

2- Core and Conductors materials.

3- Processing and manufacturing factors

Abstract

I have completed six-months period of training at

MATCO (Mohammed AL-Ojaimi Transformers

Company). I was assigned as a quality engineer,

transformer testing engineer and supervision of

transformer assembly area. I have worked as a part

of AL-Ojaimi team and I gained experience of

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transformer manufacturing. I have decided to study

the High Losses in transformers with reference of

International Electro technical Page 2 of 3

Commission standard IEC 60076. This study is a

theoretical experimental study to reduction of losses

(no load losses or core losses & load losses or copper

losses) in transformers which is very important

project to Improve transformer efficiency and

performance

Project Objectives

Primary objectives:

❖ Reduce losses in transformers based on design

techniques.

❖ The treatment of high power losses after

manufacturing.

❖ Increasing of transformers efficiency.

Secondary objectives:

❖ Using high technology to minimize losses.

❖ Using an advance manufacturing process.


Standards

IEC 60076



constraints

There are mechanical and electrical components in

the transformers which they affect the performance

of the transformers.

Each one has different process to be made. This

transformer has started with engineering design

which they are using AutoCAD to draw each part

then manufacturing the parts by using CAM

program to make G code to make the machine cut

the parts, one of these machines is laser

machine, after that all the parts go to fabrication

department then assembly. Although there is an

electrical part which are core and coil which has

different manufacturing process starting from the

silicon steel cutting to stacking and clamping together

then the coil design process starting from winding

wires and insulation as layers.

Design Methodology

Upon my understanding design methodology to

approach the projected problem by using below

equipment’s and techniques.

1- By using power analyzer.

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2- Winding resistance measurement machines.

3- Measurement of transformer turn ratio by TTR

machine.

4- Testing results calculation and matching with

design references.

5- Measurement of HV / LV winding diameters.

6- Measurement of conductive materials like enamel

wire or foils and bus bars.

7- Checking of core material / grade / measurement

of bur thickness during silting and cutting process.

8- Measurement of core stacking.

Targeted Outcome


The proposal has a goal to reach maximum

performance of the transformers in MATCO Factory

with less percentage of failure in power losses, so this

a hardware project that I will involve into my

capstone project. Moreover, I will write more details

in the full report.



Student Name & ID

Turki Khaled Altamimi – 201411973

Saad alsaif – 201412074

Thamer Motlaq – 201300670

Omar Abdulwahab - 201000387

Company Advisor

Name & Contact

Details

Eng. Salem Alfaraj

Saudi Electric Company (SEC)

Departmental

Supervisor

Dr. Mansoor Alturki

Project Title Solar Powered Backpack


relevant courses)

EE 206 Electric Energy, EE 330 Power System Analysis, EE 203

Electronics.

Problem Statement

The objective of this project is to design a backpack that can produce energy

by converting sunlight to electricity. This design will provide a valuable

solution for people (on the go) to have a limitless source of energy that can

charge portable devices.

Abstract

The main objective of this project is to design a solar powered backpack that

has the ability to convert the sunlight into reusable electric energy. This

project aims to provide an on the go power source that can charge portable

devices. For example, many people walk with different electronic devices

such as cell phone, which may run in low batteries at least once when they

need to use them; therefore, this backpack will allow people to charge their

devices “on the go". The attached solar panel allows to charge portable

devices as well as to charge the attached batteries in the bag, which allows to

store the energy and use when the lack of sunlight.

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Project Objectives

The main objectives of the project are to:

1- Design a solar powered backpack.

2- Generate electricity from the solar panel.

3- Store the generated electricity in the attached batteries.

Applied code

practices and

Standards

IEC 61508

Design Specifications

with realistic

engineering

constraints

Reliable, light weight, efficient and cheap solar powered Backpack:

Weight < 2 kg, Cost < $120.

Case1: (12V, 500 mA) Solar panel to charge battery with 5A total capacity.

Case 2: (6V, 250 mA) Solar panel to charge battery with 2.6 A total capacity.

Maximum total charging time: 10 H

Design Methodology

Targeted Outcome

(hardware

&software)

- The targeted outcome is to have a reliable, light weight, efficient and

cheap solar powered Backpack that can provide electricity even for

people who do not have access to electricity.

- The output voltage is 5 V.



Student Name& ID Student 1 Essam Raed Gaffar Ali ID:201316466

Student 2 Mohammed Mohsen Fadhl Salem ID:201316502

Student 3 Anas Taha Salem Fadaaq ID: 201316468


Contact Details

Eng. Mohammed Essam

UOH Project Management , Contact: 0548002034

Departmental Supervisor Dr. Ahmed AL Zamil

Project Title Design of a hybrid wind and solar electric system.

Field of study (state relevant

courses)

(Power Electronics, Power System I , and Control)

EE 460 Power Electronics, EE 330Power System I , EE 380

Control System

Problem Statement

It’s hard to rely on single renewable source of energy whether

it is solar or wind due to the permanent fluctuation of the

climate especially in winter and summer. For instance, in

winter the clouds block the sun radiation as a result it’s

difficult to depend on such power. However, in winter the

winds blow almost all day, so it is wise to use the wind turbines

to generate power and vice versa. So instead of switching the

two sources of renewable energy we came up with this idea

which is designing hybrid solar-wind system to tackle the

problems of climate and decline the demands on fossil fuel.

Abstract

Energy is playing an important role in human and economic

development. Relying on Fossil Fuel (coal, oil and gas) have

been an issue which concern many countries because they are

finite. Consuming them for long enough will eventually run

out. After going deeply through such problem, we have

decided to make our project in renewable energy. However,

some problems won't be solved unless we mix different types

of clean power generation. This project aims to combine solar

and wind power to make a hybrid power generation system.

Objectives • Discuss the importance and future of renewable

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energy.

• Discuss problem of the energy sector and the need of

renewable energy in Yemen.

• Studying wind turbine energy system.

• Studying PV solar energy system.

• Studying hybrid solar–wind energy system.

• Studying wind power generation.

• Studying solar power generation.

• Overview of the software tool (HOMER) for the

simulation of a hybrid energy system.

• Design a wind-solar hybrid power system for a selected

location in Yemen by using HOMER.


Standards

1) International Standardization in the Field of Renewable

Energy (IRENA)

2)Power electronics and control.

2) IEC 61508 (Functional Safety of

Electrical/Electronic/Programmable Electronic

Safety related Systems.

Design Specification with

realistic constraints.

•Study of solar energy generation potential in different

locations

• Study of wind energy generation potential in different

locations

•Scenario generation to simulate solar and wind potential

•Design of a hybrid system using HOMER

Design Methodology

•Identify the different location where wind and solar energy

are high.

•Analyze wind and solar data available in different identified

locations.

•Choosing the best location which has available both wind and

solar energy.

•Knowing the power demands for the selected location.

•Design a wind-solar hybrid system for the selected location

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using the software tool (HOMER)

Targeted Outcome


Design and simulation of a hybrid system using HOMER .

Department of Electrical Engineering

Senior Projects EE-411 (182)

S. N0.

Student Name Student ID

Supervisor Project Title

1 1. Ibrahim Mohammed Alfouzan

2. Abdulaziz mahmoud alibied

3. Fouad Saleh AlHarbi

201402124 201400459 201313544

Dr. Muhammad Tajammal

RFID Based Automatic Access Control System

2 1. Mohammad Yousef Alomaim

2. Salim Meshall Al Nekhelan

3. Ziyad Mohammad Almotairi

201411926 201409852 201408248

Dr. Eleiwa Wireless Power Transmissions

3 1. Meshal Sulaiman Alnuzhah

2. Mousa Mohammed Alateeq

3. Umair Butt Mahboob Butt

201401298 201408299 201316379

Dr. Badr Alshammri

Automatic temperature in stations

4 1. Yaseer Fuhaid Alshamari

2. khaled marfoua alshammary

201410032 201410767

Dr. Ahmed Al saud

Flame detector

5 1. Mohammed Faraj A Alshammari

2. Mohammed Nasser ALTamimi

3. Hatem Rsheed Almangour

201400297 201403360 201007973

Dr. Ayoob Design and Construction of 33/11 KV Line & Substation

6 1. Bander Yousif Alshammry

2. Fahad Abdulmhsen

201309157 201408453

Dr. Anour Farah

Sun Tracking Solar Panel

7 1. Ali Khalaf Alkhalaf 2. Adel Khalid 3. Abdullah Muflih Saray

Alghaythi

201402469 201406017 201406926

Dr. Abdullah Al Baker

Traffic Board Works on solar Power



8 1. Hammam Faouzi Salim 2. Faisal Abdullah Al-

Abeekah 3. Majid Mohammed A

Alibrahim

201407721 201403778 201400264

Dr. Khalid Al-Qunun

Minimization of Losses in Transformer

9 1. Turki Khaled Altamimi 2. Saad Ali Alsaif 3. Thamer Motla1q

Alanzi

201411973 201412074 201300670

Dr. Mansoor Solar Powered Backpack

10 1. Mohammed mohsen fadhl salem

2. Essam Raed Gaffar Ali 3. Anas Taha Fadaaq

201411926 201316466 201403778

Dr. Ahmed AL Zamil

Design and implantation hybrid wind and solar electric system



KEY DATES: EE411 - Senior Project Date Required Action Deadline

Week 2:

Proposal Submission

By this date, you should have

submitted your senior project proposal to

the committee.

Week 8:

Midterm progress

report and

presentation

By this date, you should submit your

midterm progress report that include the

project definition and objectives. Also,

include your strategy and plan of action.

Prepare a 10 minutes PP presentation as a

group.

Submit three hard copies and 1

soft copy to Dr. Imran Khan.

Midterm progress report

submission: February, 19, 2019

Midterm presentation: Week 8

Week 13:

Final report

submission

By this date, you should submit your

final report that includes introduction,

Background, Motivation, and Methodology.

Also, include your Results and Conclusions.

Submit three hard copies and 1

soft copy to Dr. Imran Khan.

Final term progress report

submission: April, 04, 2019

Week 15:

Final presentation

Prepare a 15 minutes PP presentation as a

group Final presentation: Week 15

electrical engineering department · student name & id yasser fuhaid alshammari id:201410032...

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