Programmes / Bachelors Programmes / Bachelor of Science in Electrical and Electronics Engineering / Module Descriptors
The purpose of this module is prepare students for university studies in which English is the language of instruction. Students will gain solid knowledge and understanding on how to communicate, build and share knowledge in academic contexts through reading, writing, speaking and listening. The emphasis is also on improving confidence and technical competence in using English in these context. In doing so, the intended outcome is to help advance the ability to perform in all four skills related to students’ own degree programme.
This module introduces students to the concept of innovation and Entrepreneurship. The module provides students with basic knowledge and understanding of the role of innovation in value creation. The module will introduce students to the core concepts of entrepreneurship.
Students will develop an understanding of the nature of entrepreneurship and its connection to the culture and economy of the UAE and how innovation drives entrepreneurship.
The aim of this module is to examine computer systems and learn how they can enhance personal productivity. The module will focus on essential computer skills in today’s world, including computer hardware, important software applications, such as, word processing, worksheets, database, and presentation graphics. Emphasis will be placed on data analytics and AI
This module is intended for beginners with no prior knowledge of Arabic. It introduces students to basic vocabulary, grammatical structures, and useful phrases and sentences for everyday use. Modern Standard Arabic (MSA) speaking, listening, reading, and writing skills are developed for communicative purposes.
The purpose of this module is to provide students with knowledge and discourse on fundamental of UAE Society. Student will gain solid knowledge and understanding of the basic components of The UAE including history, government and constitution, geography, Agriculture, vegetation and flora, Oil, fishing, Civil society Education and culture, health, tradition and demography. The global status, role and impact of the UAE will also be dealt in various elements of the module.
The module introduces the fundamental principles of sustainability including avoidance or minimization of negative impacts on the environment; Conservation and efficient use of natural resources; preservation of cultural patterns; and Ecological harmony and respect for biodiversity. It emphasises the importance of creating a livable environment and the practical goal that our interaction with the natural world should be working towards.
This course is designed to help learners continue to hone their writing, research and critical thinking skills. It introduces key skills in critical thinking frameworks which continues to prepare students for academic life. This course also focuses on how to integrate logical constructs into one’s writing clearly, concisely and academically.
A study of basic college kinematic physics including the following topics: Kinematics in one, two, and three dimensions, Dynamics, Work, Energy, and conservation of momentum, Rotational motion and equilibrium of rigid bodies.
This module aims to study the basic college chemistry including the following topics: Elements and compounds, Nomenclature, Periodic table, Basic chemical reactions, chemical bonds, Gaseous state, Quantities in chemistry and Modern atomic theory.
A module of basic college electricity and Magnetism physics including the following topics: Electric Field, Gauss’s Law, Electric Potential, Capacitors and Dielectric, Current and Resistance, DC Circuits, Magnetic Field, Sources of Magnetic Field, Electromagnetic Induction and Faraday’s Law. The emphasis will be on the physical understanding of the principals involved including physical properties of electromagnetics leading to the resistor, the capacitor and the inductor.
This General Mathematics module focuses on quantitative reasoning to provide a base for developing a quantitatively literate college graduate. It emphasizes the development of the student’s capability to do mathematical reasoning and problem solving. In addition, the objectives of this course are to introduce the students to the fundamental concepts of calculus: limits, continuity, differentiability and integrability; and to train them on applying these concepts to problems that arise in science and engineering.
The module will tackle integration in depth, focusing on various applications and techniques of the aforesaid. It also focuses on double and triple integration as well as introduction to differential al equations. Furthermore, infinite sequences and series with some of their applications to develop the student’s capability to do mathematical reasoning and problem solving in other modules in the major related programs are addressed. Finally, it covers other relevant topics such as the use of polar coordinates.
This module will focus on understanding basic statistical concepts and reasoning; probability; organizing, interpreting, and producing data; analysing statistical arguments and communicating findings clearly; and appreciating the relevance of statistics to contemporary issues and applying solutions to statistical problems.
This module introduces the theory and analysis of linear algebra, including, matrices, determinants, and systems of linear equations, vector spaces, the Euclidian space, inner product spaces, linear transformations, eigenvalues, and diagonalisation.
This module introduces the theory, solution, and application of ordinary differential equations. Topics discussed in the module include methods of solving first-order differential equations, existence and uniqueness theorems, second-order linear equations, higher-order linear equations, and systems of equations. The relationship between differential equations and linear algebra is emphasized in this module.
This module is designed to enhance and extend previous mathematical knowledge and the understanding of the principles supporting engineering themes, and to develop concepts facilitating analytical solutions and the application of advanced techniques for treating engineering problems.
This module provides basic introduction to the MATLAB language including array manipulations, control-flow, script and function files. Simple 2-D plotting and editing. Real engineering problems will be used in the module assignments. This module is intended to provide the student with working knowledge of MATLAB as a solution tool that can be used in future modules or professional practice.
This module provides the framework for developing an understanding of electrical engineering discipline concerned with the study of electrical and electronic circuits and its applications by introducing the fundamental theorems and analysis techniques for problem-solving in electrical circuit theory. In addition to provide students with the knowledge and intellectual skills necessary to model and analyse electrical and electronic systems using circuit theory by analysing and experimenting the fundamental functionally of many electrical and electronic elements.
This module introduces students to the fundamental concepts and principles of electrical power generation and its various types of electrical machines applications. It aims also to equip the students with basic experimental and modelling skills for handling problems associated with electrical machines and to develop an appreciation of design and operational problems in the electrical power industry. It introduces students to key electro-mechanical energy conversion devices, including induction motors and synchronous machines. It also develops practical skills through hands-on testing in the lab.
This module introduces the principles of feedback control systems and analysis techniques for linear systems in engineering. Students will develop and interpret block diagrams and transfer functions for simple systems, linking time response to system poles. Key concepts such as ‘frequency response’ (or ‘harmonic response’), and their relationship to transfer functions will be explored. The module also covers the specification, analysis, and design of feedback control systems using graphical methods and techniques.
This module introduces various sensor types, their applications, and methods for interfacing with engineering and electronic systems. Students will explore practical design considerations for selecting suitable sensors for specific applications. The module also covers electronic instrumentation systems, key components, and fundamental design principles to achieve the required performance. Additionally, it examines the theoretical foundations and practical applications of electronic, electrochemical, piezoelectric, fibre optic, thermal, and magnetic sensors in modern technology.
In this module, the students will perform laboratory to gain practical skills of using feedback control systems and the analysis techniques for linear systems which are used in control of engineering systems. In addition, develop a practical application of electronic, electrochemical, piezoelectric, fibre optic, thermal, and magnetic sensors and their use in the modern era.
This module enables students to understand the principles of technical engineering drawing. Students must be able to comprehend, analyse and draft technical drawings with a concentration on mechanical engineering. The module introduces standards and codes for engineering drawings using effective computer-aided drafting software package according to the international conventions and drawing standards with in- class hands on exercises to gain practical drawing experience.
This module introduces the common concepts of engineering’s disciplines and their role in society. The module covers areas such as role of engineers in society, history of engineering, innovation, creativity, practicality and project finances. Other topics include advancements in materials, role of AI, the concept of design and quality control, and ethical considerations. Students will be asked to work on a simple engineering project.
This module addresses the methods of economic analysis in engineering, including time value of money, equivalence, economic measures of worth, selection rules for alternatives, income taxes and equipment depreciation, inflation, and uncertainty. The module also introduces theoretical and practical areas that are required in entrepreneurship in general and technological entrepreneurship.
This module addresses the need for developing specific professional skills in early-career engineers and those new to engineering positions in engineering and technology organisations. This module also offers a short introduction to ethics for professional engineers.
In this module the students will learn about the classes of engineering materials and their physical as well as microstructural properties. The classes of engineering materials included in this module are metals, polymers, glass, and ceramics. The topics covered in this module will also include phase transformations and diffusion. Students will be able to select an appropriate material for a given product/process.
This module introduces students to the fundamentals of combinatorial and sequential logic circuit design. It provides students with the fundamental techniques that are the basis of digital system design as employed in modern computer-aided design tools such as VHDL. Ultsuch skills can lead to employment opportunities in electronic systems design, such as mobile technologies, computer design and silicon chip design.
Introduce the fundamental properties of electromagnetic fields in an engineering context. Describe the origins of electromagnetic fields in terms of their sources and explain the reasons for the different electric and magnetic properties of materials, and how they are exploited. In addition, this module will explore the basis of magnetism: classical and quantum mechanical points of view and different kinds of magnetic materials. Also, will cover the concept of Electrostatics and magneto-statics; electrodynamics.
This module explains the principles of operational amplification using electronic circuits and components. It describes the characteristics of electronic components and introduces the concept of functional characteristics and applications of diodes, detector circuits; D.C level control. Familiarising students with the Field Effect Transistor (FET) characteristics, Bipolar Junction Transistor (BJT) characteristics, amplifier and switch circuits and biasing.
In this module, the students will perform laboratory to gain practical skills by using the basis of digital system design as employed in modern computer-aided design tools such as VHDL. In addition, exploring the concept of Electrostatics and magneto-statics; electrodynamics. Students will practice the principles of amplification using electronic components and explore the concept of functional flexibility.
The module provides students with a foundation in practical C programming skills. it Introduces problem solving, data structures and algorithms, and good programme’s design using C.
This module aims to introduce the mathematical tools for analysing signals and systems in the time and frequency domains and provides a basis for applying these techniques in control and communications engineering. In addition, this module will include Convolution theorem, Fourier series and transforms, Transfer functions of continuous-time systems and Transfer functions of discrete-time systems.
The module teaches the fundamental and advanced electronic circuits for engineering applications. Students will gain the ability of analysing and designing electronic circuits for different engineering applications.
This module enables students to use structured digital system design methods, hardware description languages and verification tools to design digital systems. Also, it exposes students to practical implementation issues for digital systems.
In this module, the students will perform laboratory to gain practical skills by building and testing electronic circuits in lab, using real electronic components. In addition, use structured digital system design methods and verification tools to design digital systems with the exposure to practical implementation issues for digital systems.
This module introduces the students to a wide range of fundamental communication concepts and techniques using example applications from contemporary communication systems. In addition, the module covers different related topics, such as, Analogy and digital modulation techniques, Baseband signalling and detection, Sampling theorem and pulse shaping theorem.
The module prepares students for a career in electrical power engineering covering a spectrum of important aspects of electrical power systems analysis and operation. It provides graduates with a systematic knowledge and understanding of the mathematics and engineering science required for the analysis of electrical power systems. It enhances both analytical and practical skills required in the field. The module covers various topics, including power flow analysis, power system control and stability, and asymmetrical fault theory.
The module provides a thorough and complete introduction to the subject of modern digital signal processing. It emphasises the links between the theoretical foundations of the subject and the essentially practical nature of its realisation, Students will understand it through the use of algorithms and real-world examples. It provides useful skills through detailed practical laboratories, which explore both off-line and real-time DSP software and hardware.
In this module, the students will perform laboratory to gain practical skills of fundamental communication concepts and techniques using example applications from contemporary communication systems. Students will develop the analytical and practical skills appropriate for a career in electrical power engineering. The module provides useful skills through detailed practical laboratories, which explore both off-line and real-time DSP software and hardware.
An internship work experience is intended to help students apply their formal classroom education to “real world” work experience and help them to gain valuable experience in a related field of work. The work assignment must be related to an area of interest and may be conducted within business or industry in public or private sector.
This module enables students to apply their knowledge and skills to solve practical Electrical and Electronics Engineering problems. Solutions must align with relevant technologies, engineering standards, economic factors, and safety considerations.
Students will plan, schedule, and identify appropriate research methodologies while formulating a project outline, conducting a literature review, and submitting periodic progress reports. Under faculty supervision, the senior design project spans three terms and culminates in a final comprehensive report and an oral presentation before a jury.
The module aims to introduce modern methods for control systems design, based on state space models. Show the relationship between state-space and classical design methods. Also, illustrate control system design methods through practical case studies.
The module builds upon fundamental principles from circuit analysis to yield a quantitative model for wave propagation along transmission lines. Also, it introduces the use of optical fibres for wideband digital communication.
This module covers the fundamentals of digital and mobile communication systems, focusing on the physical and MAC layers. It introduces digital communication principles, channel coding, and error control mechanisms while also exploring wireless channel characteristics, including fading. Additionally, it covers cellular system design, mobile radio propagation, diversity, and multiple access techniques (FDMA, TDMA, CDMA, OFDMA), along with frequency reuse planning and signal-to-interference calculations.
This module provides a strong foundation in modern computer system architecture, focusing on processors, memories, and networks. It covers key topics such as instruction set architecture, processor microarchitecture (single-cycle, FSM, and pipelined), cache design and optimization, memory protection, virtualization, and system integration. The course also explores advanced techniques for building shared memory multicore systems and teaches students to evaluate design decisions based on application needs and technology constraints.
This module outlines the structure and key functions of engineering companies, covering their activities and procedures from research and design to manufacturing and sales. It discusses performance, safety, reliability, and systematic design principles. Economic aspects such as supply and demand, cost control, and financial management are included. Additionally, the module addresses technology, innovation, product development, and strategies for business growth, risk management, and profitability.
This module introduces students to the topic of maintenance including definition, scope, purpose, levels, types, planning, monitoring and diagnostics techniques. The student is to become aware of the significance of maintenance in insuring safe, economical, and uninterrupted operations of a range of systems expected to be encountered during their career.
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