Automation and robotics is a specialised engineering branch that provides in-depth knowledge in the areas concerning electro-mechanics, robotic sensors, autonomous systems, and artificial intelligence. The programme also deals with designing robots, maintaining them, developing new applications, and researching in the automation systems. Concepts like auto-driven cars are the genesis of the programme.
Awarding Body
University of the West of England (UWE), Bristol, UK
Mode of Study
Full-Time, Part-Time and Flexible.
Duration
Four Academic Years Full Time, 8 Years Part Time or Flexible.
Fees
OMR 3,570 Per Year - 120 Credits.
(Fees may increase by 2% annually, subject to MoE approval)
(Fees may increase by 2% annually, subject to MoE approval)
Minimum Entry Requirements
Minimum Entry Requirements for this programme are:
- Holders of the Omani General Education Diploma or an equivalent qualification with a minimum overall average of 65%. A minimum of 60% in Pure Mathematics, 60% in Physics and 55% in English Language.
- Successful completion of GCET Foundation Studies Programme with a minimum of 50% in each component.
- Diploma Holders are encouraged to apply for advanced entry.
Contact Person
Email: admissions@gcet.edu.om or Tel: +968 24227999 – WhatsApp +968 7227 0606
Why Study our Programme?
One of the main distinctive features of this programme is that you will get a British award from the University of the West of England, Bristol, UK, (recognised worldwide) while studying in Muscat.
What you will be studying?
At the beginning of the programme, you will study Robotic system PLC design, engineering mathematics, and computer programming, as well as a wide range of electronic engineering applications. As you progress, subjects such as signal processing, microcontroller-based systems, mechatronics, machine vision, embedded systems, artificial intelligence, control systems, and digital hardware design are taught. Alongside this, you will also develop professional skills in project planning, group work, and communication. Throughout the programme, 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 briefings from leading organisations. In the final year, you will also take an individual project module to demonstrate the knowledge you have gained in the programme.
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.
- 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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