Module Code:

EL1902 (L4)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• Develop students’ knowledge and skills in the use of the techniques of calculus, complex numbers and vector algebra.
• Develop students' knowledge and skills in the use of the basic concepts and techniques of linear algebra and modelling linear systems with matrices.
• Give students confidence in developing their own mathematical skills and solving mathematical engineering problems

Module Code:

EL1785 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To introduce the fundamentals of electronics in the context of instrumentation and control systems
• To provide the basic skills and knowledge required to specify and develop a simple electronic system.
• To develop familiarity with the use of instrumentation systems.

Module Code:

EL1802 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To provide the foundation knowledge on Semiconductor, Electromagnetism, and Optical properties of matter as well as foster problem-solving skills related to the relevant theory.

Module Code:

EL1904 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To introduce students into Engineering and Technology with Emphasis on Electrical, Electronic and Computer Engineering. Students should be able to understand the multi-disciplinary aspects of enginering and how different disciplines come together in Industrial settings.
• To provide students with basic computing skills and introduce them into various engineering design principles.
• To cultivate teamwork.
• To help students improve their ability to communicate in an academic English-speaking environment with regards to general and technical English vocabulary use and effective grammar use
• To teach students how to research a topic, write a technical report and give a technical presentation in English

Module Code:

EL1801 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• Provide knowledge on fundamental theory of Electrical engineering, applicable for understanding and solving simple dc and ac circuits.

Module Code:

CO1407 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To develop basic skills in coding, editing, compiling, debugging and testing computer programs.
• To develop skills in analysing problems and designing software solutions.

Module Code:

AP1842 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To provide a basic introduction to Mechanics including the presentation of Newton's laws of motion and the application of these, and their consequences, to simple configurations.

Module Code:

EL1242 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• Provide understanding of basic concepts applicable to digital systems and microprocessor systems.

Module Code:

EL1205 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To give students the basic practical skills and knowledge required to develop electronic systems, and to raise students’ awareness of personal and professional development relating to employability.

Module Code:

EL1903(L4)

Credit Value:

10 CREDITS (5 ECTS)

Module Aims:

• Develop student’s knowledge on problems which can be solved using a computer program and develop the skills in using such a computer algebra package (e.g. MATLAB)

Module Code:

EL1901 (L4)

Credit Value:

10 CREDITS (5 ECTS)

Module Aims:

• Give students a grounding in the basic concepts and techniques of probability theory and applied statistics.
• Develop students’ critical and analytical skills in using statistics in practice
• Develop students’ skills in solving statistical problems.

Module Code:

CO1406 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• This module develops students' problem-solving skills while introducing common algorithms and data structures. Discussion of advantages and disadvantages of a limited range of algorithms and data structures will enable students to solve simple problems for themselves and to select and apply more complex published techniques. Implementation of algorithms and data structures will enhance students' programming skills and reinforce their programming language knowledge. Their programming toolkit will be extended to include dynamic memory allocation, pointers and the use of existing algorithms and data structures from a library.
• To develop problem-solving skills
• To evaluate common data structures
• To analyse the performance of common algorithms• To enhance practical programming skills.

Module Code:

CO1417 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• To create a stimulating learning environment, inspiring students’ interest and enthusiasm for the subject of computer science and its prospects,
• To introduce various exciting topics in computer science relevant to the course’s specializations,
• To advance students programming skills by exposing them to engaging, visual, and interactive coding activities,
• To introduce students to Object Oriented Programming principles and methodology,
• To develop students’ problem-solving skills and analytical thinking – core competencies relevant to computing professionals.

Module Code:

CO1508 (L4)

Credit Value:

20 UK CREDITS / 10 ECTS

Module Aims:

• Explore the fundamentals of computer architecture and operating systems.
• Examine a range of recent security threats and data breaches, their consequences on businesses and potential countermeasures.
• Create awareness of the importance of complying with law, ethical and privacy issues regarding any collected data.
• Discuss recent technologies and their emerging security problems.
• Make students mindful of their computer security behaviour.

Module Code:

EL2100 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• The aims of this module are to develop the students' understanding of signals and systems and control engineering principles and to provide the necessary theoretical treatment supported by practical simulations.

Module Code:

EL2205 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• This module develops the practical and intellectual skills required to develop an electronic system, meeting a user need and taking account of technical and other requirements.It builds on the skills developed in previous modules.

Module Code:

EL2006 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• To give students an understanding of the underlying principles in digital communications networks with a special emphasis on the importance of Physical Layer concepts.

Module Code:

EL2242 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• To develop students’ digital system design skills, enabling them to effectively implement a digital system in dedicated hardware or a micro-controller system; as appropriate.

Module Code:

EL2241 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• To broaden and deepen students' experience of problem solving, using engineering principles and concepts. To enable students to further develop their analytical and experimental skills as applied to electronic circuits and systems. To enable students to design and use circuits employed in the processing and conversion of analogue signals.

Module Code:

EL2801 (L5)

Credit Value:

20 CREDITS (10 ECTS)

Module Aims:

• The aim of this module is to enhance students knowledge of fundamental topics in the field of Power Systems Engineering.

Module Code:

EL3996

Credit Value:

10 CREDITS (5 ECTS)

Module Aims:

• To equip students with an appreciation of the social and environmental aspects of a career in engineering.

Module Code:

EL3995 (L6)

Credit Value:

30 CREDITS (15 ECTS)

Module Aims:

• To develop students’ ability to undertake an individual project, meeting an engineering requirement and integrating particular technical knowledge and skills of relevance to their specific course title.

Module Code:

EL3800 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• The aim of this module is to enhance students' knowledge and skills on Electrical power operation as well as to extend students' knowledge and skills on power systems control.

Module Code:

EL3808 (L6)

Credit Value:

10 CREDITS (5 ECTS)

Module Aims:

• To give students an overview of modern Digital communication systems.To enable students to analyse, design and compare the performance of different digital communication systems.To give students the ability to make informed decisions on the most appropriate telecommunication system to choose for a given circumstance.

Module Code:

EL3806 (L6)

Credit Value:

10 CREDITS (5 ECTS)

Module Aims:

• The aim of this module is to enable students to develop a thorough understanding of the fundamental topics in the field of Electrical Services

Module Code:

EL3250 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• To provide students with the competence to design and implement a microcontroller system through the acquisition of skills in embedded software development and hardware interfacing.

Module Code:

EL3801 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• To examine the physical principles behind fibre-optics and the consequent developments made in communication systems.
• To discuss the theoretical basis of the physical principles behind the implementation of wireless and mobile systems.
• To extend students' knowledge on the increasing complexity of modern communication systems both in terms of technical implementation and the business needs they meet.
• To explore and discuss the differences between wireless/mobile media and fibre-optic media for the implementation of communication systems.

Module Code:

EL3807 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• To discuss, examine, and evaluate different wireless and mobile technologies.
• To explore the potential applications of wireless mobile technologies in both, enterprise and home environments
• To enhance students’ skills and knowledge related to the set-up, configuration and testing of specific wireless and mobile technologies.

Module Code:

EL3813 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• The aim of this module is to enable students to develop a thorough understanding of the fundamental topics in the field of Power Electronics and apply these to various systems.

Module Code:

EL3802(L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• The aim of this module is to enable students to develop a thorough knowledge of the fundamental topics in the fields of Renewable Energy Sources.

Module Code:

EL3147 (L6)

Credit Value:

20 CREDITS / 10 ECTS

Module Aims:

• The aim of this module is to enable students to develop a thorough understanding of the fundamental topics in the fields of Digital Signal Processing and Digital Image Processing.