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starts by introducing vectors, a tool to analyze and model fuel RSN480A - Energy-Efficient net zero buildings, and more, with Object-Oriented programming. students a working knowledge
analytical and graphical methods cells, fuel stacks, photovoltaic cells, Green Building Design I contributions by leaders in the field on making economic comparison
of vector analysis, properties of photovoltaic modules, photovoltaic that illustrate the most recent shifts COE101 - Introductory Artificial of investment alternatives in
areas, and various application in systems, wind turbines, and wind Credit Hours: 4 in thinking and practice. The course Intelligence engineering project environment.
engineering. Then two main modules farms. It introduces the students Pre-requisite: Senior Level, RSN301 is delivered over two terms with each Credit Hours: 3 This includes description of the
are introduced. The first module to demonstrate the mathematical Green buildings operate at a very part as a 2-credit hours course. The Pre-requisite: STT101 interest and time value of money
includes: equilibrium of rigid bodies, models for energy systems and high level of efficiency. Sustainable course is delivered from a civil and relationships, methods of comparing
free body diagram, friction, energy investigates the ambient conditions construction has gone mainstream, chemical engineering perspectives. This course builds on the concepts alternatives using economic concepts
conservation and virtual work on the performance of the systems. and will one day be the industry Students will design a green building and skills acquired in STT100 General such as: the rate-of return (ROR), the
principle in rigid bodies analyses. The This includes partial shading, wind norm. This course introduces in a competitive setting for the course Statistics. It introduces students present worth (PW), the future worth
second module includes: kinetics and speed, operating temperature, air students to the design, construction, project and defend their designs at to concepts, techniques, and (FW), the annual equivalent (AE), and
dynamics of particles, kinematics and density and more. and operation of high-performance the end of the second course. applications of Artificial Intelligence. cost-benefit analysis. Other topics
dynamics of rigid bodies, and energy green buildings covering a breadth Topics covered include Artificial include replacement analysis, and
and momentum methods. RSN404 - UAE Energy and depth of all aspects of the green RSN455 - Wind Energy Intelligence Termonologies, Data inflation. The course enables students
Regulations and Standards Preprocessing, Supervised Learning to make suitable decisions in their
RSN301 - Energy Materials building process, from materials Credit Hours: 3 ( e.g., Regression and Classification),
Credit Hours: 3 selection to building systems and Pre-requisite: MEC350 professional life when they have
Credit Hours: 3 Pre-requisite: EEN345 more. The course features the latest AI Performance Evaluation and Bias, to make a decision on ethical and
Pre-requisite: CHE205 codes and standards, including LEED This course applies the principles Neural Networks, Convolutional economical basis.
This course introduces students to v4, and carbon accounting. It exposes of fluid mechanics and mechanical Neural Networks, Clustering, Ethics in
An introduction to the structure and the United Arab Emirates standards students to the current thinking systems to design wind turbine AI and AI Strategy. Students connect CEN201 - Electric Circuits I
properties of engineering materials and regulations governing the on economics, climate change, systems. Principles of horizontal- theoretical concepts learned in the Credit Hours: 3
and the processing routes utilized production of electrical energy from net zero buildings, and more, with axis wind turbines and vertical-axis course to practice using hands-on Pre-requisite: ECS100 or PHY201 +
to optimize properties. All major renewable energy resources as well contributions by leaders in the field wind turbines will be introduced laboratory experiences covering EEN210L
classes of engineering materials are as the standards and regulations that illustrate the most recent shifts from the fundamentals to the data preprocessing, performance
covered, including metals, ceramics, governing the integration of those in thinking and practice. The course design procedure. The course also evaluation, cross-validation, and This course builds on the concepts
composites, and polymers. Emphasis renewable energy resources with is delivered over two terms with each will consider studying the available neural networks. The course has a and skills acquired in ECS100
on the relationships between grid. Furthermore the UAE standards part as a 2-credit hours course. The wind resources and link them to the project. In this project, students work Introduction to Engineering and
chemical bonding, crystal structure, and regulations governing the course is delivered from a civil and design procedures to localize the teams using Excel and AI-Training Computing. It introduces students
phase equilibria, microstructure, design of power distribution systems chemical engineering perspectives. designed systems. The installation Software to design a classification to concepts, techniques, and
and properties including electrical in residential and commercial Students will design a green building and operation of the wind farms model and communicate their applications of Electric Circuits. Topics
band structures, electron excitation buildings as well as the design of in a competitive setting for the course will also be covered. Team- based experience using presentations and covered include Circuit Variables,
events and semiconductors. The proper protection and backup power project and defend their designs at projects are considered as an reports. Circuit Elements, Resistive Circuits,
course is intended to give the generation systems for emergencies the end of the second course. essential activity on the application of Voltage-Divider and Current-Divider
student an overview on selecting are also discussed in details. the design procedures, installation, COE202 - Engineering Ethics, Circuit Circuits, Circuit Analysis.
and using materials for energy RSN480B - Energy-Efficient and operation of the wind turbine Economy and Law Students connect theoretical
engineering applications. The RSN352 - Thermal Energy Green Building Design II systems. Credit Hours: 3 concepts learned in the course to
course covers materials for energy- Credit Hours: 3 Pre-requisite: ENG200 + MTT102 practice using hands-on laboratory
efficient technologies, materials Pre-requisite: MEC320 Credit Hours: 4 CSC201 - Computer experiences covering voltage and
selection, materials processing, use Pre-requisite: RSN480A Programming I This course integrates two current dividers, Star-Delta, and
and recycling, materials for energy The course covers thermal energy Green buildings operate at a very Credit Hours: 3 interrelated general engineering equivalent circuits. The course has a
harvesting, transformation and generation in solar thermal and high level of efficiency. Sustainable Pre-requisite: MTT101 or higher disciplines, namely: ethics and project. In this project, students work
storage, phase change materials, geothermal applications. The course construction has gone mainstream, economy. In the first part of the teams using Multisim and testing
and advanced materials for energy builds up in parallel: i) the theoretical and will one day be the industry The main objective of this course is to course, the students are introduced equipment to design a an RC high
engineering. knowledge of heat transfer and its norm. This course introduces provide students with the logic and to ethical issues that practicing pass filter and communicate their
three mechanisms (conduction, tools required to develop scientific engineers may face in their experience using presentations and
RSN323 - Modeling and convection and radiation) ii) its students to advanced design, software programs in MATLAB. professional practice. This includes a reports.
Simulation of Energy Systems application in the form of set-ups construction, and operation of MATLAB is a matrix based language discussion of the code of ethics and
high-performance green buildings
Credit Hours: 3 for thermal energy conversion covering a breadth and depth of that is commonly used for scientific responsibility of engineers, ethical EEN220 - Electric Circuits II
Pre-requisite: EEN220, MEC350 (boilers, heat exchangers, solar all aspects of the green building and engineering computing. MATLAB theories, ethical problems-solving Credit Hours: 3
panels), energy storage tanks iii) process, from materials selection has a rich set of toolboxes for a wide methods, and case studies based Pre-requisite: CEN201
This course introduces Simulink ®, a the system integration of such set- to building systems and more. The range of applications in science on real events that illustrate the
companion application to MATLAB ®, ups as elements in thermal energy course features the latest codes and engineering. The material for problems faced by engineers. The This course builds on the concepts
to perform graphical computations conversion processes (heat plants, and standards, including LEED v4, this course includes: Introduction case studies also show the effects of and skills acquired in CEN201 Electric
and programming of various district heating systems, solar power and carbon accounting. It exposes to Matlab Programming concepts, engineering decisions on society. Circuits I. It introduces students
renewable engineering applications. systems). students to the current thinking Control Structures (loops and to concepts, techniques, and
The students will apply Simulink as on economics, climate change, conditions), Functions, Arrays and The second part of the course gives applications of AC Electric Circuits.

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