Automation and robotics is a specialized engineering branch that provides in-depth knowledge in the areas concerning electro-mechanics, sensors & actuators, robotics, Machine learning and artificial intelligence. An Automation and robotics Engineer involves in designing robots, maintaining, developing new applications and research in the automation systems. Concepts like auto-driven cars are the genesis of automation and robotics programme. The programme deals with Microcontrollers & Microprocessors, Embedded systems, Machine Learning, Automation with PLC programming, Machine Vision, Probabilistic Robotics, Intelligent and Adaptive systems. The Sultanate of Oman as part of Oman vision 2040 sustainable development with ‘Fourth Industrial Revolution’, plans to automate the manufacturing using smart technology. Therefore, Qualified Automation and Robotics engineers can serve in manufacturing, service organisations. These Engineers are in continous demand.
Awarding Body
Mode of Study
Duration
Fees
(Fees may increase by 2% annually, subject to MoHERI approval)
Minimum Entry Requirements
Successful completion of GCET foundation programme with a minimum of 60% in each component. Diploma Holders are encouraged to apply for advanced entry.
General Education Diploma – Science Track (Pure Math+ Physics), or equivalent, with a minimum overall average of 60%.
Contact Person
Email : s.javeedhussain@gcet.edu.om or Tel: 24227999 – 24227912 or M: 91789204
Why Study our Programme?
One of the main distinctive features of this programme is that the student will get a British award from the University of the West England, Bristol, UK, (recognized worldwide) while studying in Muscat.
What you will be studying?
At the beginning of the programme, you will study Foundation Mechanics, Introduction to Artificial Intelligence for Robotics, engineering mathematics and C/C++ Robotic programming. As you progress robotic systems, Mechatronics, Programmable Logic Controller Design, Intelligent and Adaptive systems, probabilistic Robotics and Machine Vision modules are taught. Alongside, you will also develop professional skills in project management, project planning, Entrepreneur skills and communication. Throughout the program, you will apply the acquired knowledge through practical laboratory work using our state-of-the-art lab facilities. You will get an inside track on the industry through factory tours and professional briefing from leading organisations. In the final year, you will also take an individual project module to demonstrate the knowledge gained by you in the program.
Where can it take you?
With the arrival of the ‘Fourth Industrial Revolution’, the impact of digitisation, automation and artificial intelligence on the economy has been huge and has led to an increased demand for experts in the area of Robotics and Automation Engineering. Your knowledge on how to make machines interact with their environment could take your career in a variety of directions, including modern automated manufacturing systems and processes, manufacturing and food industries, the development of ambient assisted living, new internet and mobile technologies or automotive production. The opportunities include but not limited to the following roles:
- Automation designer/engineer/operator
- Robotics designer/engineer/operator
- Embedded system designer/engineer
Programme Structure
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Level 0 |
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Semester 1 (Oct-Jan) |
Semester 2 (Feb-May) |
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| UFMFBG-30-0 |
Foundation Mathematics Algebra &calculus Prerequisite: None |
UFMFAG-30-0 |
Foundation Mechanics Prerequisite: None |
| UFCFGK-30-0 |
Professional and Academic Skills Prerequisite: None |
UFCEXX-30-0 |
Program Design and Implementation Prerequisite: None |
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Level 1 |
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Semester 1 (Oct-Jan) |
Semester 2 (Feb-May) |
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| UFCFE3-15-1 |
Introductory Artificial Intelligence For Robotics Prerequisite: None |
UFMFR8-15-1 |
Digital Principles For Robotics Prerequisite: None |
| UFMFN7-15-1 |
C Programming Prerequisite: None |
UFMFJ3-30-1 |
Introduction To Robotics & Electronic Prerequisite: None |
| UFMFJ9-30-1 |
Engineering Mathematics Prerequisite: None |
UFMFCA-15-1 |
Practical Electronics Prerequisite: None |
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Level 2 |
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Semester 1 (Oct-Jan) |
Semester 2 (Feb-May) |
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| UFMFL9-15-2 |
Mathematics for Signals and Control Prerequisite: Engineering Mathematics |
UFMFR9-15-2 |
PLC Design Prerequisite: Digital Principles for Robotics |
| UFCFXX-15-2 |
Mechatronics Prerequisite: None |
UFMFV7-15-2 |
Control Prerequisite: Engineering Mathematics |
| UFMFKA-30-2 |
Microcontrollers Applications Group Lab Prerequisite: None |
UFMFJA-30-2 |
Robotic Systems Prerequisite: Introduction to Robotics and Electronics |
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Level 3 |
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Semester 1 (Oct-Jan) |
Semester 2 (Feb-May) |
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| UFMFX8-30-3 |
Individual Project BEng (Part 1) Prerequisite: None |
UFMFX8-30-3 |
Individual Project BEng (Part 2) Prerequisite: None |
| UFMFNF-15-3 |
Probabilistic Robotics Prerequisite: None |
UZRSSR-15-3 |
Ethics Of Technology Prerequisite: None |
| UFCF95-15-3 |
Entrepreneurial Skills Prerequisite: None |
UFMF99-15-3 |
Intelligent And Adaptive Systems Prerequisite: None |
| UFMFC9-15-3 |
Machine Vision Prerequisite: None |
UFMFV8-15-3 [Elective] UFMFH8-15-3 [Elective] UFCFU3-15-3 [Elective] |
Group Design and Integration Project [Elective] Prerequisite: None Digital Signal Processing [Elective] Prerequisite: None Advanced Database [Elective] Prerequisite: None |
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* Omani Culture GCET-15-0 is a college required module. |
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