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Mechatronics Engineering
  • Overview
  • Program Educational Objectives
  • Degree Plans
  • Course Description
  • Final Year Projects
  • Enrollment and Graduation Statistics

The College of Engineering started implementing the Mechatronics Engineering (MCE) program with the 2002 students’ intake. The MCE program is jointly run by the Electrical and Computer Engineering (ECE) and Mechanical and Industrial Engineering (MIE) departments. The bachelor degree of Mechatronics Engineering (MCE) is designed to provide sound undergraduate education to integrate mechanical, electrical and computer engineering into a meaningful program so as to produce engineers that are conversant with all of the relevant technologies needed by the present and future industries of Oman. They engender broad awareness of social, cultural, and ethical issues together with good understanding of the role of engineering in the community. These traits lead to internationally recognized degrees. To be awarded a bachelor degree, a student must successfully complete three semesters of common engineering before entering the Mechatronics program. Nevertheless, students can choose from a common basket of elective courses offered by the Electrical and Computer Engineering (ECE) and Mechanical and Industrial Engineering (MIE) departments. To be awarded a bachelor degree in MCE, a student must successfully complete 136 credits of University, College and Departmental Requirements as shown below in the table.

 

               B.Eng Degree Requirements

Requirements

No. of Credits

University Requirements

06

University Electives

06

College Requirements

32

College Electives

03

Department Requirements

0

Major Requirements

80

Major Electives

09

TOTAL

136

 

 

 

 

     

Common Courses within the MEIE and ECE Departments:

Circuit Analysis I, Circuit Analysis II, Digital Logic Design, Embedded Systems, Eng. Drawing & Comp. Graphics, Basic Mechanics, Probability & Statistics for Engineers, Machine Design 1, Machine Dynamics, Numerical Methods, Fluids Mechanics, Engineering Managements,  Statistics for Engineers, Properties and Strength of Materials. In addition, the students select 1 elective in basic science from the list of major electives provided in the degree plan. The Bachelor degrees are designed to provide undergraduate education in this field of Engineering, with an excellent technology base, and which engenders a broad awareness of social, cultural, and ethical issues together with a good understanding of the role of engineering in the community, and which leads to an internationally recognized degree.

 

 

Mechatronics Engineering Specialization courses:

Electronics, Instrumentation & Measurement, Properties and Strength of Materials, Signals & Systems for Mechatronics, Electromechanical Systems & Actuators I, Power Electronics & Drives, Modeling & Simulation, Thermal Sciences, Real-time control and interfacing, Engineering System Design, Control Systems Engineering, Mechatronics System Design, Robotics, Project I, and Project II.  In addition the students select 2 technical electives from the list of major electives provided in the degree plan.

 

Industrial Training Courses:

Two mandatory Industrial Training courses are also part of the College requirement. In Training I, students get a 2-week in-house training in their third year, during the break between the fall and spring semesters (In the month of January). In the MCE program, this training is in the form of laboratory projects that are conducted in the college workshop and laboratories of the ECE and MIE departments. Training II is planned in the summer after the students complete their fourth year. For a period of 8 weeks, the students receive training from a private company or government ministry related to their specialization. A number of students receive their summer training abroad through collaboration agreements with international parties or through International Association for the Exchange of Students for Technical Experience (IAESTE). The student, supervised by the training organization, has to submit a report to his/her program at the end of the training period. The industrial training program is coordinated by the Assistant Dean for Industrial Training and Community Services. 

Our mission shall be achieved by delivering an educational program with objectives to graduate engineers, who will:

  1. Develop and innovate products and processes through the synergistic integration of Mechatronic Systems.
  2. Engage in continuous professional development plans with an entrepreneurial mindset to assume technical and management leadership roles.
  3. Recognize the ethical and social responsibilities, and contribute to the societal and global development prioritizing environment sustainability.

 

Students Outcomes:

The student outcomes of the undergraduate program adopted in Mechatronics Engineering are those defined by ABET/EAC and listed as follows:

  1. An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics.
  2. An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.
  3. An ability to communicate effectively with a range of audiences.
  4. An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgments, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.
  5. An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.
  6. An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions.
  7. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

In order to graduate, a student is required to complete a total of 136 credit hours resulting in the award of a Bachelor Degree in mechatronics Engineering (MCE). The credit hours are allocated to University, College and Department requirements.

  

The MCE undergraduate Degree plans can be downloaded by clicking on the following links.

 

 

(For course description of Mechatronics Engineering click

 

For course description, Kindly click .

 

Capstone design course is the final year projects (I/II) in which engineering standards and realistic constraints of engineering design such as economic, environmental, social, ethical, health and safety aspects, etc. are considered. MCTE5191 and MCTE5291 are the final-year-project courses Part 1 and Part 2, respectively, result in a comprehensive capstone-engineering project. They provide students with opportunities to interact with the industry, work on real field data, and prepare them for engineering practice. Part I is aimed to give an opportunity to the students to work professionally on Mechatronics systems including the design and realization of such systems. The students will apply the knowledge of engineering science to design product by working on a team project. They will work in team, prepare written and oral presentations, and determine the economical-, environmental-, and ethical- aspects of the design. The Capstone design course is completed in the Project Part II course. Although the Capstone design project is covered in two courses which carry 5 credits, it has a major role in the life of project team members. They learn and appreciate the ethics, societal, health and safety responsibilities. It enhances their technical capabilities, interpersonal skills, in addition to all the program outcomes. Critical thinking and time management are clearly understood and applied by the team. A list of the recently offered projects is given below along with the titles, student names, and supervisors.

 

FYP MCE 2024-2025

Project Title

Students

Main Supervisor

Autonomous Fire Extinguisher (Student Proposal)

Hashim Al-Badwawi,

Bassam Al-Hamdi,

Anas Al-Shuaili,

Mohammed Al-Sheyadi

Dr. Ibrahim Al-Naimi

An Autonomous Miniaturized Robot for Deep Space Exploration (Student Proposal with Advisor)

Salim Al-Owaisi,

 Almuhannad Khamis Alkhaziri, Abdullah Al-Jabri,

Malik Al-Azri

Dr. Muhammad Mughal,

Co: Dr. Ibrahim Al-Naimi

Innovative Design for Cleaning Solar Panels (Ministry of Energy and Minerals)

Alaa Al-Shidhani,

Eman Al-Hinai,

Amjad Said

Dr. Nasra

Robotic Arm for ag¶Ä²©H Pharmacy Store (Phase 2) (ag¶Ä²© Hospital Pharmacy)

Abdullah Al-Qasabi,

Ward Al-Wardi,

Ghasan Al-Alawi,

Hudhaifa Al-Harmali

Dr. Riadh

Brain-Computer Interface (Staff Proposal)

Mazin Ahmed Al-Kindi,

Mustafa Al-Daghari,

Almuhanad Al-Adawi

Dr. Shafiq

 

 

 

FYP MCE 2023-2024

Project Title

Students

(phone number of group leader)

Main Supervisor

Design and Implementation of an Autonomous Multi-Vehicle System for Algal Bloom Front Tracking

Abdullah khalid Alkindi

Zakariya Zahir AlWardi

Muath Jamal Alismaili

Dr. Said

Development of an Autonomous Robot for Cleaning Onshore Fish Farming Nets

Qusai Rashid Albalushi

Sultan Hamed Al Aamri

Mohamed Said Al Naamani

Mohammed Talal Al Shiyadi

Dr. Said

Detecting and Locating People Trapped Under Collapsed Buildings (Stage 2)

Amjad Sarahan Al Mayahi

Amal Sulaiman Al Adawi

Fatma Ahmed Al Bahri

Hour Mohammed Al-Mazruii

Dr. Ibrahim

Design and construction of a solar powered cleaning robot for solar panels.

Owais Alhadrami

Omar Luqman Al Mahrouqi

Ahmed Alanqoudi

Ahmed Al Isma'Ili

Dr. Faical

soccer playing robotic system

Mazin Alsouti

Hamam Ahmed Al Shidi

Ibrahim Mohammad Alhabsi

Dr.Riadh

Design and deployment of autonomous underwater vehicles for pipe-line inspection

Mohammed Hamad AL-Naamani

Muath Bader Al Hinai

Ahmed Hamood ALAamri

Dr. Jawher

  Fault Identification in Automobiles/Cars using machine learning

Alzahraa Nasser Alshmali

Shaima Harith Al-Tubi

Ghim Al Farsi

Dr. Musaab

Design and implementation of a drone-based delivery autonomous system

Sultan Saif Alsalmi

Anas Malik Abdullah Al Sulti

Hamza Nasser Alhuseini

Dr. Faical

Design of a Stereo Camera-Based System for Blind People Navigation

Almunther Salim AlRubkhi

Mohammed Khalfan Aljahdhami

Ibrahim Said Albadi

Dr. Mesbah

Robotis arm for sorting and handling light objects

Hamed A-Hosni

Tariq Mubarak Aljabri

Ahmed Khlifa Alsidi

Dr.Riadh

Development of a Security Drone Swarm System for Tracking Suspicious Boats

Shima Khalid AL Najjar

Zainab Mohammed Almahrouqi

Noor Rashid Al-Rhabi

Dhuha Salim Alruzaiqi

Dr. Said

 

 

 

 

FYP MCE 2022-2023

Project Title

Students

Main Supervisor

Robotic Arm for ag¶Ä²©H Pharmacy Store

Raghad Al-Busaidi,

Lubna Al-Qinai,

Maryam Al-Mughairi,

Asriya Al-Amri

Dr. Riadh Zaier

Design and Fabrication of an Automatic Stirrer Setup for the Solidification Test of Benzene

Yahya Al-Jabri,

Mohammed Al-Balushi,

Ahmed Yahya Al-Farsi

Dr. Faical Mnif

Design and Fabricate an Automated Car for Transferring Luggage

Asaad Al-Abri,

Ola Jaffar Al-Mousawi,

Ammar Al-Shidi,

Ahmed Al-Jabri

Dr. Said

Improving the Performance of MOS Sensors of H2S Gas

Sultan Al-Jassasi,

Ahmed Al-Busaidi,

Ahmed Al-Nadhiri

Prof. Hadj Bourdoucen

Design and Fabrication of an Automated System to Monitor Fish Growth

Qais Al-Adawi,

Al Wadhah Al-Battashi,

Shuhd Al-Shuraiqi

Dr. Naser Tarhuni

In-Pipe Inspection Robot

Yahya Al-Mohamed,

Anas Al-Mamari,

 Ammar Al-Ajmi,

Ahmed Salim Al-Jabri

Dr. Riadh Zaier

Ball-on-Beam Balancer System

Mahmood Al-Quraini,

Turki Al-Harrasi,

Majid Al-Shqsi

Dr. Amur Al-Yahmedi

Design and Implementation of Solar-Powered Auto Cooling System for Parked Vehicle

Musaab Al-Sheyadi,

 Yasir Al-Garibi,

 Ahmed Al-Jadeed,

Mohammed Najeeb Al-Hassan

Dr. Ibrahim Al-Naimi

Detecting and Locating People Trapped Under Collapsed Buildings

Mustafa Mubarak Al-Ghafri,

Ahmed Said Al-Ghashri

Dr. Ibrahim Al-Naimi

 

 

 

 

FYP MCE 2021-2022

Project Title

Students

Main Supervisor

Design and Manufacture of an Autonomous and Water-Free Solar Panel Dust Cleaning Robotic Mechanism

Ruba Mohammed Said Al-Kharusi, Is’haq Abdullah Al-Ghafri,

Shaima Saif Nasser Al-Subhi

Dr. Hassen Ouakad

Humanoid Upper Body for Handed Manipulation

Bilarab Sultan Al Tobi,

Asaad Masoud Al Shukaili,

Aziz Nasser Al Mahrizi

Dr. Riadh Zaier

Detections and Identifications Drone of Boats Stranded in the Seas Due to Climatic Weather

Anfal Al-Rashdia,

Miyra Al-Bloushia

Dr. Faïçal Mnif

An Autonomous UAV for Pesticide Spraying

Hussein Ali Abdullah Al-Abri,

Qais Ali Salim Al-Kindi,

Hatim Salim Said Al-Amri

Dr. Issam Bahadur

Energy Harvesting for Wireless Sensor Networks within the Oil and Gas Industry in Oman

Faisal Said Salim Al Hashemi,

Mohammed Hamad Al Rasbi,

Omar Khamis Mabrook Al Dhafari

Dr. Musaab Zarog

Development of an Energy Efficient Pneumatic Pump Using Soft Material

Al-Yhmed Al-Yhmedi,

Nada Al-Naabi,

Mohammed Al-Alawi

Dr. Muhammed Shafiq

Developing “An Experimental Setup” for Use in Teaching Control

Al-Mandhar Amor Al-Senani,

Said Hamood Said Al-Aamri,

 Mohammed Nasser Al-Busaidi

Dr. Amur Al-Yahmedi

 

 

 

 

FYP MCE 2020-2021

Project Title

Students

Supervisor(s)

Protecting Wildlife in Omani Reserves using Artificial Intelligence and IoT

Daliyah Talib Hamed Al Fahdi

Rahma Al Wadah Nasr Al Taei

Maliyaka Rashid Sulaiman Al Kalbani

Asma Salim Saif Al Kharusi

Dr. Ahmed Al Maashri

Prof. Hadj Bourdoucen

A Robotic fuelling System

Saed Sulaiman Saed Al Abri

Mohammed Saleh Said Al Obaidani

Bassam Juma Said Al Naabi

Dr. Issam Bait Bahadur

Interactive Service Robot for delivery, cleaning and guidance

Mazin Hamed Saif Al Rubaiai

Hood Khamis Shaikhan Al Rawahi

Hisham Yaqoob Salim Al Mamari

Ahmed Hamed Saleh Al Habsi

Dr. Riadh Zaier

Design of A magnetic climbing Robot For Marine Applications

Amjad Sulaiman Said Al Hinai

Osama Sulaiman Khalfan Al.Ruqeishi

Nouh Nasser Mattar Al Masqari

Dr.Amur Al-Yahmedi

Dr.Riadh Zaier

Design and Manufacture of a WORN Human Falling Detection Sensor

Thuwaiba Badar Alkharusi

Fatema Hamza Alshaqsi

Nibras Rashid Said Al-Abri

Sana Amur Abdullah AL-Abri

Dr. Hassen M. OUAKAD

Development of In-pipe Inspection Robot

Kamal Hafeedh Al-Balushi

Waseem Saleh Khalfan Al-Badawi

Mohammed Murad Al-Balushi

Dr. Riadh Zaier

Dr. Amur Al Yamedi

Dr. Nasra Al Maskari

Xxxxx from ECE

Mohammed Hilal Sulaiman Al Kharusi

And others from ECE

Xxxxxx: from ECE

 

 

FYP MCE 2019-2020

Project Title

Students (Group Leader in Bold)

Supervisors

Tracking Endangered Animals in the Wild using Unmanned Aerial Vehicles

Younus Said Darwish Al Jadidi, Muhannad Nasser Al Ramidhi,

 Mohammed Sulaiman Al Sarhani

Dr. Ahmed Al-Maashri

Overhead Line Insulator Inspection via Multi-Drone System

Abdullah Salah Al Lawati,

Omar Awadh Hamed Al Mazroui

Dr. Ashraf Saleem

Smart, Vision-Based Passenger Boarding Bridge

Humair Hamdan Said Al Atbi Murshid,

Anas Humoud Said Al Mahrouqi

Dr. Ashraf Saleem

Computer Vision-Based Inspection System for Mechanical Spare Parts

Ohoud Abdullah Obaid Al Aamri,

 Mariya Salim Saif Al Rashdi

Dr. Mostefa Mesbah

Vehicle Accident Prevention Using Eye Blink Sensor

Hamed Salim Nassir Al-Harrasi,

Azeez Rashid Azeez Al-Habsi

Dr. Musaab Zarog

SMFD System for Housing

Asaad Abdulaziz Obeid Al Maamari,

 Ismaeel Abdulhafidh Almandhari,

Mohammed Said Habib Al Sulti

Dr. Riadh Zaier

Autonomous Multi-Robot Soccer

Majid Salim Hamed Al Alawi,

 Mohammed Mahmoud Al Alawi,

Ahmed Nassr Hamood Alwahaibi

Dr. Amur Al-Yahmedi,

 

Dr. Riadh Zaier

 

 

 

 

FYP MCE 2018-2019

#

Title

Std N#

Supervisor

1

Design and development of an inline hydroelectric turbine

Omar  Al Ghafri

Faisal Al Sulti

Faisal Al Macki

Dr. Issam Bahadur

Dr. Abdullah AlJanabi

2

Development of smart energy management system for housing

Ahmed Al Alawi

Saif Al Shekaili

Dr. Riadh Zaier

Dr.SalehAl-Saadi

3

Developing a Device and Procedure for Calibrating a Vision Based Gait Analysis System

Asaad d Al-Hatmi

Asaad Al-Habsi

Dr. Amur Al Yahmedi 

Dr. Riadh Zaier

4

Design and Development of 3D Printing Houses

Saud  Al Rawahi

Muayad Al    Khusaibi

Idris Al Ismaili

Dr. Riadh Zaier

Dr. Amur Al Yahmedi

Dr. Idrees Hassan

Dr. Issam Bahadur

5

Unmanned Vehicle For Soil Testing

Umaima  Al masoudi

Shahad Albulooshi

Maria Alnaabi

Dr. Ashraf Saleem

 

 

 

 

FYP MCE 2017-2018

#

Title

Std N#

Supervisor

1

Thermal Comfort Control For Echo House

Bader

Omar

Dr. Riadh Zaier, Dr. Salih Al_Saadi

2

Design and Development of An Electrical Capacitance Tomography Sensor.

Moosa

Ibrahim

Munther

Dr. Issam M. Bahadur

3

Motion Capture for Golf

Abdul-Rahman

Mohammed

Amur Salim Al Yahmedi, Riadh Zaire

4

Soccer playing robot 

Malik

Ahmed

Amur Salim Al Yahmedi,     Riadh Zaiere  

5

Design and control of an Active Suspension System for automobiles

Humaid

Asaad

Said

Dr. Facil Munif

6

Green energy based cool tent

Said

Abdullah

Dr. Muhammad Shafiq

7

Design and fabrication of manipulator  with controllable stiffness

Sulaiman

Asim

Dr. Riadh Zaier, Dr. Amur Al Yahmedi

8

Design and fabrication mobile robot with self-recharging system

Khubayb

Quasi

Mohammed

Dr. Riadh Zaier, Dr. Amur Al Yamedi

9

Medication Vending Machine for Governmental Hospitals

Hind 

Asma

Dr. Ashraf Saleem

10

Unmanned Surface Vessel (USV) for Oil spillage detection

Ahmed

Majid

Waleed

Dr. Ashraf Saleem

11

Design and development Robot-Assisted Needle Steering Device

Hammed

Omar

Dr. Issam M. Bahadur

 

 

 

 

FYP MCE 2016-2017

#

Title

Std N#

Supervisor

1

Design and Implementation of a fully Automated Fruit Grading System

Abdulziz Musabah Rashid Saif Al Mamari

Khalid Ali Salim Al Hajri

Fahad Ali Said Al Bulushi

Lazhar Khriji

2

Vision-based inspection system for pharmaceutical products’ labels

Qasim Said Saleem Al Habsi

Mohammed Hamed Mansoor Mohammed Al Hinai

Mohammed Sayid Sadiq Ibrahim

Ashraf Saleem

3

Path Planning & Navigation for a Soccer Playing Robot

Abdulrahman Affan Zaid Marhoun Al Hajji

Abdulhamed Abdullah Mohammed Khamis Al Abri

Mustafa Khalid Sufyan Al Rashdi

Amur S. Al Yahmadi   

Riadh Zaier

4

Haptic Tele-manipulator for Oilfield Drilling System

Hawa Mohammed Said Al Balushi

Mohammed Abdullah Nasser Salim Al Wahaibi

Ashraf Saleem

5

Design And Fabrication Of Unmanned Aerial Vehicle(ag¶Ä²©-UAV-1)

Yaseen Rashid Humaid Khamis Al Sadi

Mohammed Said Hamood Al Asmi

Riadh Zaier                                                              Amur Al Yahmadi

6

DESIGN AND FABRICATION OF CONTROLLABLE STIFFNESS MANIPULATOR

Khalifa Bader Said Mansour Al_Busaidi

Issa Saleh Abdullah Al Abdali

Majid Ahmed Abdullah Zahran Al Busaidi

Riadh Zaier

7

Phase II: Design and Development of A Robot-Assisted Needle Steering Device

Fatma Abdullah Haidar Al Belushi

Juhaina Said Essa Khalifa Al Rajhi

Issam M. Bahadur

8

A Robot for Ship Rust Removal & Spray Painting of Ships

Khalid Nasser Salim Al Rashdi

Ahmed Mohammed Ahmed Zaher Al Shariani

Yousuf Ali Masoud Al Hadhrami

Amur Al Yahmadi

Riadh Zaier

 

 

 

Mechatronics Engineering Program Enrollment and Graduation Statistics

 

Academic Year

Enrollment Status

Enrollment Year

Total Undergrad

Total Grad

Degrees Awarded

 

 

 

1st

2nd

3rd

4th

5th

 

 

Associates

Bachelors

Masters

Doctorates

2024

  2024-2025

FT

0

 

35

30

32

97

-

 

37

-

-

PT

 

 

 

 

 

 

-

 

 

-

-

2023

2023-2024

FT

0

1

28

32

26

87

-

 

19

-

-

PT

 

 

 

 

 

 

-

 

 

-

-

2022

2022-2023

FT

0

0

29

25

30

84

-

 

24

-

-

PT

 

 

 

 

 

 

-

 

 

-

-

2021

2021-2022

FT

0

0

25

31

22

78

-

 

17

-

-

PT

 

 

 

 

 

 

-

 

 

-

-

2020

   2020-2021

FT

0

1

26

22

22

71

-

 

20

-

-

PT

 

 

 

 

 

 

-

 

 

-

-

Give official fall term enrollment figures (head count) for the current and preceding four academic years and undergraduate and graduate degrees conferred during each of those years. The year means the academic year preceding the on-site visit.

Note: The College of Engineering does not have any Part time (PT) students at Undergraduate Level.

FT--full time

PT--part time