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The Bachelor’s Degree programme in Mobile and Network Engineering (BSMNE) is a broad-based programme that provides the student with the technical knowledge and skills required to plan, design, construct and maintain telecommunications networks, equipment and facilities. This programme emphasizes an in-depth understanding of the technologies that support the local and global broadband digital networking, and mobile communication systems that are required for tomorrow’s broadband-interactive information transmission.
Through this programme, students acquire an in-depth knowledge in wireless and mobile communications, Computer networks, network design, Network switching and routing, mobile device programmeming, modern digital and analogue communication systems, and multimedia service convergences ensuring that graduates are fully prepared for employment within the sector. The several network courses embedded within the curriculum prepare students for professional certification such as Cisco CCNA and CCNP
The aim of the programme is to enable graduates to:
Graduates from the department of Telecommunication Engineering have the opportunity to work as Mobile Communications Engineer, Network Engineer, System Engineer, Mobile Network Planning Engineer, RF Cellular Engineer, and Network/ IT administrator. Besides, they have the opportunity to be instructors in universities after continuing their higher studies.
A1. Concepts and Theories
Demonstrate detailed knowledge and understanding of the concepts and required theories of mathematics, science, and engineering essential for a specialization in mobile and network engineering.
A2. Contemporary Trends, Problems and Research
Impart knowledge of established research methods in the field of mobile and network engineering to enable students to grapple with contemporary issues in the field.
A3. Professional Responsibility
Gain appreciation of and insight into technical aspects in engaging in engineering practice as a mobile and network engineering.
B1. Problem solving
Demonstrate creativity in solving engineering problems germane to mobile and network engineering.
B2. Modelling and Designing
Conduct engineering experiments in mobile and network system to meet desired needs within realistic engineering constraints using various concept.
B3. Application of Methods and Tools
Use specialized level of modern engineering tools necessary for engineering practice and experiments in mobile and network engineering.
C1. Analytic
Use range of approaches to analyze specific mobile and network engineering solutions with a view to practical implementation in computer and communication engineering.
C2. Synthetic
Integrate information and concepts within the common understanding of mobile and network engineering to generate cogent conclusions with respect to theoretical and practical issues encountered in mobile and network engineering.
C3. Creative
Demonstrate insight and innovative techniques in solving specific mobile and network engineering problems in complex solutions.
D1. Communication
Operate at specialized level of skills to communicate ideas to make formal presentations on special topics in the field of mobile and network engineering.
D2. Teamwork and Leadership
Operate with significant responsibility as a member of a team on specialized topics, often involving experimentation in mobile and network engineering.
D3. Organizational and Developmental skills
Demonstrate ability to engage in scientific life-long learning to hone professional and organizational skills.
D4. Ethics and social responsibility
Gain insight into ethical dimensions of engineering and the role of the engineer as a positive agent of societal improvement in socioeconomic contexts at the local, regional, and international level.
Year one consists of the general (University and College) required courses and include the following courses: Arabic, Academic English I, Introduction to Computers & IT, Calculus I, General Physics I, Academic, English II, Modern History of Bahrain, Introduction to Computer Programmeming, Calculus II, General Physics II, Introduction to Statistics, Principles of Human Rights
Year two consists of the remaining college required courses and includes the following courses: Electric Circuits, Discrete Structures, Differential Equations, Objectoriented Programming I, Signals & System, Digital Logic.
Year three focuses on the courses required for the major and consists of the following courses: Computer Architecture & Organization, Communication Systems I, Mobile Application Development, Computer Networks, Antenna & wave propagation, Network Routing & Switching, Ethics & Professional Practice in IT & Engineering, Humanities/ Social Sciences.
Year four focuses on the remaining major courses and consists of the following courses: Network Design & Security, Digital Signal Processing, Research Methods in Information Technology & Engineering, Multimedia Communications, Wireless Communication, Work-place Internship, Major Electives, Final Project.
To be eligible for consideration for admission at the
undergraduate level, an applicant should normally hold a recently issued
recognized secondary school certificate or its equivalent. The requirements for
admission stated by the University are in all cases the minimum demanded for
admission, and their fulfilment by a candidate does not automatically ensure
his /her selection. Prior to enrolling at Ahlia University, citizens of non-GCC
States should secure residence permits in the Kingdom of Bahrain; otherwise,
their admission will be conditional and subject to being rescinded at the
discretion of the University
Applicants must demonstrate a level of English proficiency consistent with the demands of an academic programme taught and assessed almost exclusively in the English language. This can be done in one of the following ways:
The applicants who meet the following programme specific admission requirements will be admitted to the programme:
Academic Score in the Secondary School Certificate (Tawjihia) or its Equivalent
The estimated duration for completion of a Bachelors Degree at Ahlia University is 4 years. This is structured around 134 credit-hours covering 45 courses.
The duration of study for each course is fifteen weeks, covering approximately 45 study hours.
| Application Fee | BD 20 |
| Registration Fee | BD 200 |
| HEC ID Fee | BD 30 |
| 100 Level Courses – 12 courses ( BD 300 Per Course ) | BD 3,600 |
| 200 Level Courses – 11 courses ( BD 330 Per Course ) | BD 3,630 |
| 300 Level Courses – 11 courses ( BD 360 Per Course ) | BD 3,960 |
| 400 Level Courses – 11 courses ( BD 390 Per Course ) | BD 4,290 |
| Total | BD 15,730 |
| Placement Tests Fee (if required) | BD 40 |
| Orientation Courses (if required) | BD 1,200 |
| Item | Fee |
|---|---|
| Application Fee | BD 20 |
| Registration Fee | BD 200 |
| Placement Tests Fee ( if applicable ) | BD 40 |
| Orientation Courses ( if applicable ) | BD 1,200 |
| 100 Level Courses – 12 courses ( BD 300 Per Course ) | BD 3,600 |
| 200 Level Courses – 11 courses ( BD 330 Per Course ) | BD 3,630 |
| 300 Level Courses – 11 courses ( BD 360 Per Course ) | BD 3,960 |
| 400 Level Courses – 11 courses ( BD 390 Per Course ) | BD 4,290 |
| Orphans and people with special needs | 50% |
| High school average of 95% or above | 50% |
| High school average of 90% or above | 25% |
| High school average of 80% or above | 20% |
| Item | Discount |
|---|---|
| Orphans and people with special needs | 50% |
| High school average of 95% or above | 50% |
| High school average of 90% or above | 25% |
| High school average of 80% or above | 20% |
HEC ACCREDITED | MET BQA REQUIREMENTS
