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The course is divided into two parts: CHE 205 - General Chemistry I at bridging the gap between biology business, healthcare, education, present worth (PW), the future worth algebra, logic gates, combinational
Mechanics, and Waves. The topics Credit Hours: 3 and engineering. engineering, and governance. The (FW), the annual equivalent (AE), and sequential circuit design and
covered are; Units, Vectors and course covers basic AI concepts and cost-benefit analysis and breakeven analysis, Kamaugh maps, truth
Scalars, Kinematics, Newton’s laws of Co-requisite: ENG102 (Co)/ENG200 (Co) BIO 205 - General Biology I terminologies, applications, tools, and payback analysis. Other topics tables, logic optimization, arithmetic
Motion, Work and Energy, Oscillatory Chemistry is the study of matter and Credit Hours: 3 and performance evaluation in an include replacement analysis, circuits, flip-flops, counters, memory
Motion, Waves Motion, Sound interactions. This course introduces Prerequisite: FWS 100 accessible way to a wide range of inflation and depreciation. The course and storage, synchronous and
Waves and Superposition of Waves. the principles of chemistry including; audiences. Students are introduced enables students to make suitable asynchronous state machines, and
Taken simultaneously with PHY 102L elements and their symbols, the This course introduces the principles to supervised learning including decisions in their professional life introduction to programmable logic.
when they have to make a decision
(1credit hour) prerequisite MTT 102 + periodic table, names and formulas and concepts of biology with classification and regression, deep on ethical and economical basis. It also introduces students to a
PHY 102 Co-requisite. of compounds, chemical reactions, the emphasis on the cell and its learning, unsupervised learning, and systematic design methodology.
balancing chemical equations, metabolic activity, genetics and reinforcement learning. They are also MTT 204 - Introduction to Linear
PHY 102L - Physics and stoichiometry, and other major inheritance in living organism. trained in using simple yet powerful Algebra CEN 304 - Electronic Devices and
Engineering Applications I principles of organic and in-organic This course attempts to offer an AI tools to empower their creativity Credit Hours: 3 Circuits
Laboratory substances. Laws and applications introduction to biology. It presents and innovation in problem-solving, AI Prerequisite: MTT 200 Credit Hours: 3
Credit Hour: 1 will also be described in this course. the chemical basis of life, the living strategy design, process automation, Prerequisite: CEN 201
cell as a structural unit of the living
and cost reduction, and thus add
This course gives the students a full
Prerequisite: MTT 102 idea about the basic definitions of organism, photosynthesis, aerobic value to their future employers. This This course introduces Linear This course introduces the
Algebra and its practical applications,
Co-requisite: PHY 102 chemistry, chemical interactions and and anaerobic respiration, cell is done through a practical course particularly in Engineering. It aims fundamentals and essential topics
laws, and characteristics of mater. division, genetics and biotechnology. component designed to allow for the study of electronic circuits.
This course is designed to help Also, it reviews important algebraic In addition, this course will cover students to build simple data-driven to impart fundamental concepts of Topics covered include: diodes,
students develop the ability to concepts and introduces the use of topics in the mechanisms of AI using Excel. The data used in linear algebra while demonstrating Bipolar Junction Transistors (BJTs),
perform scientific experiments and these concepts in chemistry. evolutions such as the Darwinian these laboratories is collected from their applicability in engineering Field Effect Transistors (FETs), and
to enhance their understanding view of life and the history of life on different domains such as health, contexts. Topics covered include Operational Amplifiers (Op Amps).
of theoretical concepts presented CHE 201L - Chemistry earth. environmental science, business, and matrices, systems of linear equations, Firstly, students will be introduced
in Physics I course (PHY102) by Laboratory engineering. determinants, linear transformations, to the basics of Semiconductor
performing landmark experiments BIO 205L - General Biology I eigenvalues, eigenvectors, and materials, mass-action law, formation
with emphasis on the presentation Credit Hour: 1 Laboratory COE 202 Engineering Ethics, diagonalizing matrices. of p-n junctions, and flow of diffusion
and interpretation of experimental Co-requisite: CHE 205 Economy and Law and drift current within the junction.
data. Credit Hour: 1 Credit Hours: 3 The diode concept will be introduced
This course introduces the principles Co-requisite: BIO 205 subsequently, starting with
and concepts of chemistry with the Prerequisite: ENG 200 + MTT 102 Major Requirements
emphasis on laboratory skills and This course introduces the principles mathematical model of diode current
MTT 205 - Differential Equations practical hands-on experiences for and concepts of biology with the This course integrates two and then moving towards the diode
Credit Hours: 3 the students. This course will have emphasis on laboratory skills and interrelated general engineering applications (rectification, clipping,
Prerequisite: MTT 200 laboratory experiments, simulated practical hands-on experiences for disciplines, namely: ethics and CEN 201 - Electric Circuits and damper). The topics of half-wave,
Co-requisite: MTT 204 experiments, demonstrations and the students. This course will have economy. In the first part of the Credit Hours: 3 full-wave rectification, clipping and
clamping circuits will be discussed
This course is designed to equip group activities for the students that laboratory experiments, simulated course, the students are introduced Prerequisite: ECS 100 or PHY 201 in details. The types of didoes such
to ethical issues that practicing
engineering students with essential illustrate the principles and concepts experiments, demonstrations and engineers may face in their This is the first course in the as Zener and LEDs will be discussed
techniques for solving various types for the course CHE 205 including group activities for the students that professional practice. This includes a Computer and Electrical Engineering briefly. The device structure for
of first-order differential equations density measurements, separation illustrate the principles and concepts discussion of the code of ethics and Program on electric circuits. It the formation of BJT and FET and
including Separable, Exact, Linear, of mixtures, spectrophotometry, for the course BIO 205. responsibility of engineers, ethical their physical operation leading to
and Bernoulli equations. Additionally, titration, flame test, etc. COE 101 - Introductory Artificial theories, ethical problems-solving teaches the fundamentals of their terminal characteristics will be
electrical circuit theory and its
students will learn to formulate Intelligence methods, and case studies based application to practical direct and covered. The DC and AC analysis of
mathematical models for basic BME 301 - Applied Molecular on real events that illustrate the alternating current circuits. Whilst different types of BJT and FETs will
physical systems. Moreover, they will and Cellular Biology for Credit Hours: 3 problems faced by engineers. The MTT 102 is the formal pre-requisite be covered. The course will also treat
solve higher-order linear ordinary Engineers Prerequisite: STT 100 case studies also show the effects the use of equivalent circuit models
differential equations using different Credit Hours: 3 This course introduces students of engineering decisions on society. to this course, general knowledge of that describe the operation of these
personal computers and operating
methods such as the auxiliary to broad topics in artificial The second part of the course gives systems will be beneficial. devices and how they can be used to
equation, infinite series, and Laplace Prerequisite: BIO 205 intelligence (AI) and machine students a working knowledge design circuits that provide important
transforms. Furthermore, students This course aims at familiarizing learning without requiring them to on making economic comparison EEN 210 - Digital Circuits electronic functions.
of investment alternatives in
will explore the solution of systems of biomedical engineering students with engineering project environment. Credit Hours: 3
differential equations. the basics of molecular and cellular have a computing or mathematical This includes description of the CEN 330 - Probability and
background. Students will have a
biology principles and concepts, and closer look at the booming field interest and time value of money Prerequisite: ECS 100 Stochastic Processes
to apply biomedical and engineering of AI and develop insights into relationships, methods of comparing This course introduces theory Credit Hours: 3
principles to the understanding of how it drives value for society alternatives using economic concepts and design of digital logic circuits, Prerequisite: MTT 200 + STT 100
biological systems. The course aims in virtually all sectors including such as: the rate-of return (ROR), the including number systems, Boolean

Abu Dhabi University | Undergraduate Catalog 2026 - 2027 Abu Dhabi University | Undergraduate Catalog 2026 - 2027