يهدف هي المقرر إلى توضيح المفاهيم الأساسية في الثقافة الإسلامية المبنية على الوسطية والاعتدال المأخوذة من القران والسنة وليتزود بالمعارف والفنون والاتجاهات السلوكية اللازمة والتي تحلي بقيم الإسلام المواضيع هذا المقرر تشمل مفهوم الثقافة الإسلامية، خصائص الثقافة الإسلامية، أسس العقيدة الإسلامية، لمحات من حياه رسولنا الكريم صلى وعلية وسلم، مفهوم النظم الإسلامية، النظام الاجتماعي في الإسلام، النظام الاخلاقي في الإسلام، مكانه المرأة في الإسلام، الشباب ومشكلاته، اسهامات المسلمين.

صُمِّم هذا المساق؛ ليزوّد الطالب بأساسيّات اللغة العربيّة التي تبصّره بقواعد نظامها النحويّ والصرفيّ بأسلوب سهل وواضح؛ ليتمكّن من التواصل اللغويّ السليم، متحدّثا، وكاتبا، وقارئا، ومستمعا، بوصفه ناطقا بالعربيّة.

This course for students of all B.A departments at A-Arab University to improve their skills writing, listening, speaking and reading) of English language. The course offers new vocabulary and illustrates punctuations and grammar rules and makes the students familiar with daily language.

This course aims to introduce the student to the basic skills and knowledge necessary to deal with the computer to enable him to use the basic systems, applications and services as an information and knowledge base for use in his field of specialization and the possibility of dealing with any applications or services that may be provided to the student in other courses according to his field of specialization. The course includes learning about the components of information technology, the Windows operating system, a word processing program, an electronic spreadsheet program, and a presentation program, in addition to skills in dealing with the Internet and using e-mail. The course is accompanied by performing some applications in the laboratory.

This course deals with the concepts of sets,  graphs and their gradients,  rectangular coordinates system, lines, the  circle,  functions  and  their  graphs,  some  types  of  functions,  trigonometric  functions,  the exponential function, logarithmic functions, limits and continuity of functions,  derivatives  of functions, derivatives of  trigonometric  functions,  higher  order  derivative,  implicit  differentiation, velocity  and acceleration.

This course provides the concepts of units, dimensions, vectors and state the different kinds of motion including one-dimension and two-dimension motion and the laws that govern them, in addition illustrate the basic principles of fluid mechanics and Summarize the elastic inelastic properties of solids.      

This course aims to develop students’ skills in architectural drawing, including the use of traditional and digital tools to create technical drawings and architectural plans. Students are taught how to transform architectural ideas into clear and accurate drawings, with a focus on structural and aesthetic details.

يهدف هذا المقرر إلى توضيح السياسة الشرعية بمبادئها واصولها في سياسة الحياة والرقي به على الرفاهية والحياة الكريمة والقدرة على مواجهه التحديات بأنواعها الداخلية والخارجية والمستجدة وإيجاد الحلول المناسبة لها ويشمل هذا المقرر المواضيع التالية النظام السياسي في الإسلام، فضل الإسلام، نظام الشورى في الإسلام، قضايا سياسية/ قضايا اقتصادية، قضايا معاصره وغزو فكري.

صُمِّم هذا المقرّر؛ ليزوّد الطالب بأساسيّات اللغة العربيّة التي تبصّره بقواعد نظامها النحويّ والصرفيّ، وبالأساليب اللغويّة الشائعة في العربيّة، وبمهارات الكتابة الأساسيّة، كل ذلك بأسلوب سهل وواضح؛ لتعزيز تمكّنه من التواصل اللغويّ السليم في أثناء القراءة والكتابة والمحادثة، بوصفه ناطقا بالعربيّة.

This course for students of all B.A departments at A-Arab University to improve their skills writing, listening, speaking and reading) of English language. The course offers new vocabulary and illustrates punctuations and grammar rules and makes the students familiar with daily language.

تهدف المادة إلى المام الطالب بالمفاهيم والنظريات في مجال الاتصال الإنساني واكسابه المهارات الأساسية في مجال التواصل مع الذات والأخرين وتعزيز ممارستها في مجال حياته اليومية والعلمية باستخدام أساليب جدية تعتمد على التدريب والتقويم المتنوع والفعال ويشكل المواضيع التالية: مقدمة في الاتصال، الاتصال مع الذات، مهارات الاستقبال، مهارات الارسال، الانصات غير الكلامي، مهارات الحوار والاقناع، الاتصال في بيئة العمل.

This course proves the principles of integral Calculus. The topics include Integration, Antiderivative, Indefinite Integral, rules of Indefinite Integral, the definite Integral:  sums and sigma notation, the area under the curve, the definite integral and the fundamental theorem of calculus, the mean value theorem for definite integral, substitution in definite integral.  Techniques of integration:  basic integration formulas, integration by parts, trigonometric integrals, trigonometric substitutions, integration by partial fraction, numerical integration:  trapezoidal and Simpson rules, errors and their estimation.  Some applications of integration:  area under the curves, volume of the solid of revolution, work.  Indeterminate forms and improper integrals: indeterminate formulas, L’Hopital’s rule, improper integrals of types one and two, tests for convergence, divergence: direct comparison test, limit comparison test.

This course introduces the fundamental concepts of chemistry that are essential for understanding the chemical properties of materials used in architectural engineering. Topics include atomic structure, the periodic table, chemical bonds, chemical reactions, and states of matter (solid, liquid, and gas). The course also focuses on the applications of chemistry in architectural engineering, such as understanding the properties of construction materials (e.g., concrete, steel, and glass) and how they interact with environmental factors like moisture and heat. Environmental chemistry is also studied to understand the impact of chemicals on the environment and how to design more sustainable buildings.

This course provides an overview of the field of architectural engineering, including the history of architecture, fundamental principles of architectural design, and modern design tools. The focus is on understanding the relationship between architecture and society, and how to design buildings that meet human and environmental needs.

The objective of this course is to study the fundamentals of technical writing. Topics include the concepts of technical writing  and its differences with academic writing, processes in technical communication, tools and techniques to perform collaborative projects and writing, formatting the technical documents with modern tools and techniques, techniques to write official letters, memos and Email, writing definitions and descriptions, writing informal reports to address immediate and intermediate tasks accomplishment, writing formal report to portray complex nature of issues, writing informal proposals to cover project with limited scope, writing formal proposals to submit a detailed document, normally applied to large projects, developing presentation skills, preparing effective CV’s and cover letter, developing skills for Job interview, learning styles in technical writing for effective revision, and practicing professional presentations in a seminar environment.

This course covers the basic concepts of differential equations such as types, order, degree, types of solutions, differential equations of first order and first degree and then linear differential equations of first order and their solutions, and applications. Recognition of linear differential equations of higher order and finding their solutions by general and short methods, as well as undetermined coefficients and variation of parameters methods for finding the particular integral.

This course focuses on the fundamental principles of statics and its applications in architectural and structural engineering. Students learn to analyze forces and equilibrium, apply Newton’s laws of motion to structural systems, and calculate reactions in static structures. The course also covers moments, internal stresses, and structural stability, providing a solid foundation for understanding building structural design.

This course focuses on developing a fundamental understanding of architectural design principles, where students learn to analyze spaces and design small residential buildings. The course includes studying human dimensions, movement within spaces, spatial distribution, and the interaction between users and the built environment. Manual and digital drawing techniques are applied to produce comprehensive architectural designs that meet specific functional and aesthetic requirements.

This course provides an overview of the evolution of architecture from ancient times to the modern era, studying the influence of cultural and social factors on architectural styles across different civilizations.

This course focuses on teaching students how to use computer-aided architectural design (CAD) software to create precise and efficient architectural plans. It introduces 2D and 3D modeling techniques, as well as visualization and rendering tools for professional presentation.

This course covers the fundamentals of probability theory and statistics used in engineering and applied science. The course begins with an introduction to statistics and data analysis. Then the probability topics will be covered which include; basic probability, presentation of data, Measures of central tendency, Measures of central tendency, Measures of dispersion, Counting Techniques, Definition of the probability and its applications, Independence of events and Bayes theorem and its applications, Definition of the random variable and The probability function.

This course continues to develop architectural design skills, focusing on medium-scale projects such as schools, libraries, and public buildings. Students are trained to analyze urban context, use appropriate materials, and implement effective architectural planning. The course emphasizes integrating environmental and sustainability considerations into the design process, utilizing advanced software for modeling and project presentation.

3This course examines the properties of various construction materials, such as concrete, steel, wood, and glass, and their impact on building performance. It also includes an analysis of material behavior under different loads.

This course explores the evolution of Yemeni architecture over the ages, emphasizing the influence of environmental, cultural, and social factors on building styles. It includes detailed analysis of traditional architecture and the use of local materials.

This course introduces students to the fundamentals of surveying, including the use of modern surveying instruments such as the theodolite, GPS devices, and topographic maps. The course focuses on surveying applications in engineering and architectural projects and teaches students how to accurately measure and determine dimensions and distances.

This course focuses on advanced 3D design techniques and professional project presentation, integrating lighting and materials to create realistic architectural environments.

This course is proved the student the skills of Learning, Thinking, and Research. Topic include: Introduction to Learning & Thinking & Research, Study Skills and Motivation to Learn, Information Processing Skills, Speed Reading Skills, The Concept of Scientific Research & Its Tools, Mechanics for Searching Documented Information, Elements of Scientific Research and Its Tools, Skills using   MS word to write project Skills using  reference management tool, Thinking Skills and it’s Types, The Six Hats of Thinking and Program (S.C.A.M.P.E.R) in Thinking, Renew Your Thinking (The CoRT Thinking Program).

This course provide linear equations and  their solutions ( Gauss and Gauss-Jordan elimination  methods), matrices and their operations- types of matrices- matrices and system of linear equations– inverse of matrix, Determinants and its properties- minors and cofactors- adjoin of a matrix-inverse of a matrix- solution of  linear equations by using determinants (Cramer’s rule), Eigenvalues and eigenvectors of a matrix- Cayley-Hamiltion theorem- Power method.

This course focuses on designing complex buildings such as commercial complexes and mixed-use structures. Students are trained to understand user requirements, design public and private spaces, and analyze functional flows. The course also includes studying the impact of cultural and social factors on architectural design, while enhancing problem-solving skills through innovative approaches.

This course introduces students to the fundamentals of reinforced concrete design, including load calculations, stress distribution, and the design of concrete elements such as columns, beams, and foundations. The focus is on applying engineering and design standards to ensure structural safety and efficiency.

This course covers the impact of acoustics on buildings and how to design interior spaces to achieve optimal levels of sound insulation and noise control, with applications in halls, theaters, and studios.

This course covers various architectural construction systems, focusing on building materials, construction techniques, and architectural finishing systems. Students are introduced to both traditional and modern construction methods, as well as the impact of environmental factors on structural system selection. The course also includes studying foundation details, walls, roofs, and other structural elements.

This course addresses advanced challenges in architectural design by studying and designing large-scale projects such as hospitals, airports, and conference centers. The focus is on coordinating different engineering systems, achieving environmental comfort, and applying global standards in design. The course includes real-world projects requiring the integration of technical and aesthetic solutions to ensure both practical and visual success.

This course focuses on the principles of structural analysis, including load distribution and the design of structural systems for modern buildings, with practical applications in engineering projects.

This course focuses on the fundamental principles of natural and artificial lighting in architectural design. The course focuses on analyzing light distribution, its impact on interior and exterior spaces, and the use of energy-efficient lighting techniques.

This course focuses on environmental technologies in buildings, such as ventilation systems, thermal insulation, and energy management. It examines smart solutions for sustainable design to enhance energy efficiency and reduce environmental impact.

This course covers the design of building service systems, such as water supply and drainage, ventilation, air conditioning, and lighting and electrical systems, focusing on efficiency and sustainability standards.

This course focuses on preparing precise working drawings, including construction details, electrical connections, and plumbing. Students learn how to create construction documents and coordinate between different engineering disciplines.

This training provides students with hands-on experience in real work environments, where they are guided to work in architectural firms or construction sites to gain practical skills in design and implementation.

In this course, students begin working on their graduation project, conducting analytical research and developing preliminary studies for a comprehensive architectural project. The work includes preparing design schematics, initial models, and studying project requirements from environmental, economic, and functional perspectives.

his course covers the design of steel structures used in construction, focusing on structural analysis theories, material selection, and connection design. Theoretical concepts are applied through practical projects.

This course focuses on planning and managing engineering projects, studying cost analysis, budget estimation, execution scheduling, and best practices in resource management.

This course is a continuation of the graduation project, where students finalize the project design, including working drawings, digital modeling, and detailed technical reports. The project is evaluated based on creativity, practical application, and adherence to engineering and design standards.