BEng Energy Engineering
Muscat, Oman
DURATION
4 Years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
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EARLIEST START DATE
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TUITION FEES
OMR 16,800 **
STUDY FORMAT
On-Campus
* open to apply
** Omani students and residents: OMR 15,300 / international students: OMR 16,800
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Introduction
This BEng Energy Engineering is underpinned by “Sustainability” and “Technology” where the curriculum is designed systematically to provide students with a broad understanding of sustainability in various aspects related to Energy and particularly on decarbonizing the Energy sector. In addition, the aim is to provide students with state of the are Technology required for the 4IR where digitalization and Artificial Intelligence are the major part of the Energy industry to improve efficiency and develop new renewables and their applications such as electric vehicles.
“Energy Engineering” would be a promising bachelor's program to be offered as a response to the aforementioned needs in the coming years. The focus of this program is mainly related to renewable energy resources and the associated technologies while energy efficiency and the role of fossil energy and its contribution to the future energy mix are also covered. It is believed that the near-term energy outlook is a mix of Oil, gas, and renewables. Students learn knowledge, thinking skills, subject-based practical skills, and skills for life, and work as global citizens. The BEng Energy Engineering graduates will be capable to deal with all Energy Engineering aspects including energy systems design, operation, monitoring, and system troubleshooting, project engineering, energy resource management, and a detailed understanding of a range of renewable energy technologies. The main objective of this program is to prepare fresh, relevant, and innovative Omani engineers for the fulfillment of Oman's 2040 vision, where those young engineers can create a balanced development, utilization, and sustainability of natural resources that are a priority to support energy security and the national economy.
Gallery
Admissions
Curriculum
Year 1
- Mathematics for Engineers
- Design, Build, and Sustainability
- Chemistry for Engineers
- Introduction to Energy Engineering
- Fluid and Heat Transfer
- Professional Skills for Engineers
- Mechanics 1
- Electrical and Electronics 1
Year 2
- Interim award of Diploma
- Electrical and Electronics 2
- Engineering Materials
- Transfer processes
- Thermodynamics
- Design and manufacturing
- Energy Technologies and Systems
- Energy management
- Mechanics 2
Year 3
Interim award of Advanced Diploma
- Placement
- Entrepreneurship
Year 4
- Computational Methods for Engineers
- Solar Energy Systems
- Wind and hydro technologies
- Final year project
- Instrumentation and control
- Elective: Energy storage technology
- Elective: Fuel Cell
- Elective: Environmental Engineering
- Elective: Energy and Power Generation
Program Outcome
Objectives
The BEng in Chemical Engineering aims:
- To provide a high level of education and up-to-date knowledge that will enable graduates to handle and manage the latest technologies in the energy fields.
- To explore cleaner and more efficient energy sources.
- To investigate and specify the design of renewable energy systems using renewable and sustainable resources.
- To develop students understanding of the production and efficient use of conventional and renewable energy sources for power generation and modern energy storage solutions.
- To qualify graduates for a vast range of careers in production, utilization, energy storage and management, design, research and development, environment control, and policy making.
- To prepare future energy engineers for energy challenges in the industry.
- To foster multidisciplinary abilities in thinking and execution enabling future engineers to work on innovative energy generation.