faculty of Pharmacy
Program Overview
University mission
The Civil Engineering Program at the College of Engineering and Computing seeks to graduate competent engineers who are capable of meeting the demands of the local and regional labor markets and are committed to professional ethics. The program also aims to conduct various scientific research studies and provide distinguished engineering consultancy services to serve the environment and society, through highly qualified academic expertise and an appropriate educational environment.
Course Plan
The study plan for the Bachelor of Civil Engineering program consists of 143 credit hours distributed as follows:
- University requirements: 25 hours
- College requirements: 19 hours.
- Compulsory department requirements: 64 hours.
- Compulsory specialization requirements: 29 hours.
- Elective major requirements: 6 hours.
Program Learning Outcomes
- Show knowledge and understanding of the concepts in principles and theories related to fundamental, general, and supporting science.
- Identifies the fundamental elements of engineering analysis and design.
- Illustrate the impact of engineering projects on the environment, economy and their engineering solutions.
- Describe the procedures of laboratory tests and the properties and behavior of structural materials.
- Explains the results of the analysis, design, and laboratory tests in accordance with the codes of practice in civil engineering.
- Links engineering problems in real field with theoretical solutions and chooses the economic and safe alternatives.
- Assesses risks and innovates creative solutions and procedures for managing.
- Designs and implements laboratory experiments, prepares reports and engineering drawings in accordance with the specified standards.
- Designs engineering systems, components and operations required considering economic and environmental parameters.
- Use of modern engineering techniques professionally in civil engineering applications.
- Manage, supervise and evaluate engineering projects.
- Use statistical and mathematical techniques in solving engineering problems.
- Communicates effectively with others, takes decisions, and presents his ideas clearly and defend them objectively.
- Develop his knowledge and abilities in the field of civil engineering is subjective.
Program Objectives and Features
Program Goals
The program aims to:
- Graduating competent engineers equipped with the fundamental knowledge and skills necessary to solve problems in the field of civil engineering.
- Improving the capabilities related to the civil engineer's responsibilities towards the profession and society.
- Keeping abreast of recent developments in the fields of civil engineering.
- Contributing to serving the community by providing engineering consultations and studies, as well as training personnel.
Program Features
- Its fields are involved in numerous construction projects related to infrastructure
- Covering a wide range of local and regional labor market needs related to construction projects.
- A highly qualified faculty with extensive academic experience in teaching.
- The department provides advanced laboratories, workshops, and facilities designed to qualify and train students practically in accordance with labor market needs.
- Adopting modern teaching methods and instructional approaches that align with the latest educational practices used in accredited international universities.
Our Values
- Excellence: A continuous pursuit of academic and professional distinction in the field.
- Ethics: Upholding professional conduct and safeguarding intellectual property rights.
- Teamwork: Promoting collaboration to achieve team objectives
- Leadership: Leveraging the individual strengths of team members wherever possible.
- Integrity: Demonstrating both personal and organizational integrity.
- Creativity: Innovation and skillfulness in executing and developing work.
- Social Responsibility: Actively interacting with society and promoting collaborative values within the community.
Career Opportunities
- مهندس انشائي.
- مهندس رفع مساحي.
- مهندس تعاقدات وتقدير الكميات والكلفة.
- مهندس طرقات.
- مهندس شبكات المياه والصرف الصحي.
- مهندس جيوتقني
- مهندس سدود وري.
- مهندس موانئ ومطارات.
- مهندس بنى تحتية متنوعة.
- مهندس في الشركات الصناعية المختلفة.
- مهندس تنفيذي في مواقع البناء.
Graduate Attributes
1. The graduate should be capable to apply engineering and mathematical concepts and effectively utilizing materials, equipment, and recent technologies in professional practice
2. The graduate should possess the technical skills necessary for engineering planning and design in accordance with professional and ethical standards.
3. The graduate should be qualified to efficiently manage civil engineering projects, mastering the managerial skills required to ensure effective implementation.
4. The graduate should demonstrate strong abilities in effective oral and written communication and be able to work responsibly and efficiently within multidisciplinary engineering teams
5. The graduate should be prepared to assume leadership roles in the workplace and the community, and contribute effectively to the advancement of the profession.
6. The graduate should recognize the importance of lifelong learning, and be capable of pursuing training courses, development programs, graduate studies and scientific research to keep pace with advancements in engineering and technology.
7. The graduate should embody professional integrity, ethical responsibility, and respect for laws and regulations, with a commitment to engineering practices that safeguard public safety, health, and the environment.
Admission requirements
- Applicants should fill up the admission application in accordance with the terms of the university.
- الأصل من شهادة الثانوية العامة أو ما يعادلها، مصدقة من الجهات المعنية، مرفقاً معها صورة طبق الأصل مصدقة.
- ترجمة الشهادة والتصديق عليها في حال إذا كانت بغير اللغة العربية.
- A copy of the applicant's passport or family card or passport.
- Six personal photos, size 4*6, with a white background.
- The registration payment slip.
Laboratories and workshops
- مختبر الخرسانة ومواد البناء
- مختبر ميكانيك التربة
- معامل الحاسوب
- مختبر الهيدروليك
- معمل الرفع المساحي
- مختبر الطرقات
- مختبر المياة والبيئة
Course Plan
First: University Requirements (25 Credit Hours) | |||
Course | Code | CH | Pre-Requisites |
Skills of Holy Quran Recitation and Tajweed | BUST01 | 1 | – |
English Language (1) | BUST02 | 4 | – |
Arabic Language | BUST03 | 4 | – |
Leadership Skills Development | BUST04 | 1 | – |
Islamic Culture | BUST05 | 4 | – |
English Language (2) | BUST06 | 4 | BUST02 |
Communication Skills | BUST07 | 1 | – |
Critical Thinking | BUST08 | 1 | – |
Computer Skills | BUST09 | 3 | – |
Research Methodology | BUST10 | 2 | BUST03,06 BENG05 |
Second: Faculty Requirements (19 Credit Hours) | |||
Course | Code | CH | Pre-Requisites |
Mathematics | BENG01 | 3 | – |
Engineering Drawing | BENG02 | 3 | – |
Physics | BENG03 | 4 | – |
Calculus | BENG04 | 3 | BENG01 |
Statistics &Probability | BENG05 | 3 | BENG01 |
Engineering Mechanics | BENG06 | 3 | BENG03 |
Third: Department Requirements (64 Credit Hours) | |||
Course | Code | CH | Pre-Requisites |
Differential Equations | BCV01 | 3 | BENG04 |
Surveying (1) | BCV02 | 4 | BENG01 |
Arch. Engineering + CAD | BCV03 | 3 | BENG02 |
Engineering Geology | BCV04 | 2 | – |
Structural Analysis (1) | BCV05 | 3 | BCV01,07 |
Linear Algebra | BCV06 | 3 | BENG01 |
Strength of Materials | BCV07 | 4 | BENG06 |
Fluid Mechanics | BCV08 | 4 | BENG06 |
Construction Contracts and Cost Estimation | BCV09 | 2 | BCVG22 |
Structural Analysis (2) | BCV10 | 3 | BCV05 |
Reinforced Concrete (1) | BCV11 | 3 | BCV05 |
Civil Drawing | BCV12 | 3 | BCV03 |
Cont. Department Requirements | |||
Course | Code | CH | Pre-Requisites |
Traffic Engineering and Transportation Planning | BCV13 | 3 | BCVG23 |
Highway Engineering | BCV14 | 4 | BCV13 |
Steel Structures | BCV15 | 3 | BCV10 |
Reinforced Concrete (2) | BCV16 | 3 | BCV10,11 |
Sanitary Engineering | BCV17 | 4 | BCVG25 |
Computer Applications Specialist | BCV18 | 2 | BCV03,10,11 BUST09 |
Foundation Engineering | BCV19 | 3 | BCV16, BCVG27 |
Engineering Economy | BCV20 | 2 | BENG01 |
Chemistry | BCV21 | 3 | – |
Fourth: Program Requirements A. Compulsory Program Requirements (29 Credit Hours) | |||
Course | Code | CH | Pre-Requisites |
Building Materials | BCVG22 | 3 | BENG01 |
Surveying (2) | BCVG23 | 4 | BCV02 |
Electricity Buildings | BCVG24 | 2 | BENG01,03 |
Hydraulics | BCVG25 | 4 | BCV08 |
Soil Mechanics (1) | BCVG26 | 4 | BCV04, BENG06 |
Soil Mechanics (2) | BCVG27 | 3 | BCVG26 |
Reinforced Concrete (3) | BCVG28 | 3 | BCV16 |
Project (1) | BCVG29 | 2 | BCV06,09,12,14,15,16,17,18 BCVG24,27 |
Construction Management | BCVG30 | 2 | BCV09 |
Project (2) | BCVG31 | 2 | BCV06,09,12,14,15,16,17,18 BCVG24,27 |
B. Elective Program Requirements (6 Credit Hours) | |||
Course | Code | CH | Pre-Requisites |
Advanced Steel Structures | BCVL32 | 3 | BCV15 |
Advanced Highway Engineering | BCVL33 | 3 | BCV14 |
Structural of Hydraulics | BCVL34 | 3 | BCV17 |
Bridges Engineering | BCVL35 | 3 | BCV15,16 |
Design of Special Structural | BCVL36 | 3 | BCVG28 |
Advanced Foundation | BCVL37 | 3 | BCV19 |