B.Sc. (honors) in Mechanical Engineering (Production/ Power)
10 semesters in 5 Years
Full-Time
Khartoum Bahri
This program prepares mechanical engineers capable of designing, operating, and maintaining mechanical energy systems such as engines, power plants, and HVAC systems, as well as production techniques such as metalworking, welding, and computer-aided manufacturing. It equips students with skills in analyzing and designing energy conversion systems, planning and executing industrial production processes, using simulation tools and engineering design software, applying quality and safety standards, and working in multidisciplinary teams.
About The Program
Program Mission:
The program’s mission is derived from the mission of the College of Safety, Science, and Technology, and can be summarized as follows:
To provide a workforce that possesses knowledge and skills aligned with the needs of the job market, by preparing students who are capable of keeping up with continuous development and succeeding in their careers. This will be achieved through adopting the following strategy:
- Diversifying engineering specializations to meet the job market’s needs.
- Continuously developing curricula with a focus on practical and applied aspects.
- Enhancing skills in computer use, information technology, and the handling of software and the global information network to serve the specialization.
Educational Objectives of the Program:
- To prepare specialized personnel in the field of mechanical engineering.
- To contribute to filling the gap in the demand for various sectors in mechanical and industrial engineering.
- To keep pace with modern developments in the various fields of mechanical engineering.
- To enable graduates to make mechanical engineering decisions that contribute to the development of their work and organizational activities.
- To enhance graduates’ skills in various mechanical engineering fields, including curricula and practical applications.
- To build a well-rounded generation of graduates who possess the ability to plan and anticipate the mechanical engineering needs of industrial establishments, both in the long and short term, regardless of their type.
- To foster research skills and the ability to continue learning in the field of mechanical engineering.
Entry Requirments
Academic Section:
Scientific Section: Arabic Language – English Language – Religious Education – Specialized Mathematics – Physics – Chemistry + any of the following: Biology – Computer Science – Engineering Sciences – Arts and Design
Industrial Technical Section: Arabic Language – English Language – Religious Education – Specialized Mathematics – Physics – Mechanical Drawing + any of the following: Automotive Electricity – Automotive Engines – Production Mechanics – Refrigeration and Air Conditioning. Minimum competitive score (65%)
Courses Offered
Year 1
| Semester 1 | Semester 2 |
|---|---|
| Arabic Language 1 | Arabic Language 2 |
| English Language 1 | English Language 2 |
| Calculus 1 | Calculus 2 |
| Linear Algebra | Analytical Geometry |
| General physics | Modern physics |
| Chemistry | Mechanics of Engineering 2 |
| Mechanics of Engineering 1 | Workshop 2 |
| Workshop 1 | Engineering Drawing 2 |
| Engineering Drawing 1 |
Year 2
| Semester 3 | Semester 4 |
|---|---|
| Differential Equations | Complex Functions |
| Introduction to computer science | Vector Analysis |
| Materials Science & Characteristics | Properties of engineering materials |
| Principles of Mechanical Eng. | Mechanics of Materials 2 |
| Principles of Electrical & Electronics Eng. | Thermodynamics 1 |
| Mechanical Drawing | Mechanics of Machine 1 |
| Mechanics of Materials 1 | Manufacturing Processes 1 |
| English Language 3 | Production Management |
| Programming languages | English Language 4 |
Year 3
| Semester 5 | Semester 6 |
|---|---|
| Islamic Contracts | Occupational and Environmental Safety |
| Statistics and Probability | Numerical Methods |
| Computer Applications | Engineering Design 1 |
| Thermodynamics 2 | Digital Circuits (Power) |
| Mechanics of Machines 2 | Fluid Mechanics 2 (Power) |
| Manufacturing Technology 1 | Internal Combustion Engine (Power) |
| Manufacturing Processes 2 | Mechanical Vibration (Power) |
| Heat Transfer | Maintenance Management (Power) |
| Fluid Mechanics 1 | Digital Circuits (Power) |
| Engineering Materials (Production) | |
| Joining Technology (Production) | |
| Manufacturing Processes 3 (Production) | |
| Digital Control & Robotics (Production) | |
| Manufacturing Technology2 (Production) |
Year 4
| Semester 7 | Semester 8 |
|---|---|
| Engineering Economics | Engineering Projects Management |
| Research Methodology | Automatic Control |
| Engineering Design 2 (Power) | Tribology |
| Mechanical Measurements (Power) | Air Dynamics (Power) |
| Machine Elements (Power) | Gas Dynamics (Power) |
| Computational dynamics (Power) | Computer Design (Power) |
| Internal Combustion Engine 2 (Power) | Refrigeration & Conditioning (Power) |
| Heat & Mass Transfer (Power) | Hydraulic Machinery (Power) |
| Steel Technology (Production) | Plastics and Ceramics Technology (Production) |
| Machine Elements Design (Production) | Machines Operating Design (Production) |
| Design for production (Production) | Reliability & Quality (Production) |
| Operation Research (Production) | Design and manufacturing of computer (Production) |
| Production Planning & Control 1 (Production) | Production Planning & Control 2 (Production) |
| Assembly technology (Production) |
Year 5
| Semester 9 | Semester 10 |
|---|---|
| Professional ethics | Optional Subject |
| Graduation Project 1 | Optional Subject |
| Stations of Renewable Energies (Power) | Graduation Project 2 |
| Mechanical System Design (Power) | Automatic control of Power System (Power) |
| Power Plants (Power) | Power Plants Economics (Power) |
| Optional Subject (Power) | Work design and Ergonomics |
| Operation and maintenance management (Production) | Manufacturing Systems 2 |
| Digital Control Technology (Production) | |
| Manufacturing Systems 1 (Production) | |
| Modeling & Simulation (Production) | |
| Non Traditional Machining Processes (Production) |
Fees
Local Students
1,600,000 SDG
International Students
2,000 USD
