Digital Egypt Builders Initiative aims to graduate distinguished young cadres in the latest fields of information and communication technology. The two programs include a group of major technical tracks as follows:
o Digital Egypt Builders Initiative - Professional Program:
o Digital Egypt Builders Initiative – Senior Program:
These areas were meticulously selected to suit the requirements of Egypt Vision 2030 and the local and international job market.
Each program includes a set of carefully selected courses to be studied by enrolled students during the scholarship period, followed by students completing their graduation project. Study plans for each major will be announced upon completion of the registration process and student admission.
Learning software development has been always one of the most important fields in the field of ICT, especially in the era of the Fourth Industrial Revolution and the demand for digitalization around the world.
The educational objectives of the program are:
• Empowering graduates with the technical knowledge and skills necessary to create advanced software development and applications.
• Raise the graduates' skills to be able to develop different software applications on demand.
• Understand and use the most in-demand software and tools to graduate a software developer who can work anywhere.
• Preparing strong cadres who can build and develop excellent software applications.
• The ability to develop programs that run on different computers in terms of architecture and technology used.
• Effectively implement and manage large-scale and complex information systems projects.
• Developing the necessary capabilities and expertise to keep pace with the global demand for various software applications.
Since the past decade, the fields of artificial intelligence and data science have been receiving increasing attention due to the great progress in computer accelerators and digitization processes, which has been positively reflected in deep learning techniques and facilitated the utilization of big data available in a wide range of fields (such as communications, health care, agriculture, government, education, etc.).
This track primarily focuses on applying data science and machine learning techniques to solve real-world challenges and problems.
The educational objectives of the program are:
• Gain the practical experience needed to use artificial intelligence to solve problems.
• Familiarity with a wide range of topics related to this field, for example: machine learning, deep learning, language processing, and others.
• The ability to deal with data in its various forms, collect it, and extract data in easier images for processing by various programs.
• The ability to understand and analyze data and extract important information from it, and thus provide recommendations to companies in various fields.
• Effectively implement and manage large-scale and complex AI projects.
• Participate in the design and implementation of high-quality and reliable intelligent systems.
• The ability to evaluate and analyze problems as well as propose solutions related to the development of artificial intelligence systems.
• The ability to develop programs that run on different computers in terms of architecture and technology used.
• The ability to define the infrastructure needed to store big data and develop competitive AI solutions.
• Applying artificial intelligence techniques to contribute to overcoming emerging humanitarian challenges.
With the increase in the use of the Internet in the tasks of our daily lives (such as electronic banking services, online shopping, social media, etc.), personal data has become increasingly vulnerable to electronic attacks, as attackers use modern methods and technologies to overcome traditional security controls. This is why cyber security has become an important field and is in high demand.
The cyber security track includes the techniques and mechanisms for ensuring the security of computer systems, data and networks and protecting them from various electronic attacks.
The educational objectives of the program are:
• Developing the manpower required to protect Egypt from electronic threats, while ensuring that security priorities are aligned with the country's work needs and strategies.
• Empowering graduates with the technical knowledge and skills necessary to protect and defend computer systems and networks.
• Develop graduates who are able to identify, analyze and remedy computer security breaches.
• Develop graduates who can plan, implement and monitor cyber security mechanisms to help ensure that IT assets are protected.
Embedded systems have been one of the hottest topics in recent years, becoming ubiquitous both in industrial settings and in everyday life. Embedded systems can be used in a wide range of applications, for example they can be used in smart homes and office work environments as well as controlling factories, transportation, cars and others.
The educational objectives of the program are:
• Providing a high-quality educational opportunity in the field of embedded systems.
• Provide students with relevant theoretical knowledge and practical skills to become specialists in the field of embedded systems.
• Learn about the tools and techniques most used in this field.
Digital arts represent an important development in the art world, enabling artists to express themselves in new and innovative ways using technology and digital tools and employing them innovatively in their artistic creations, which opens new doors for expression and innovation in the art world.
The educational field revolves around enabling students to grow as specialized digital artists, who can apply their skills in producing innovative and high-quality works of art using modern technologies in this field, such as dealing with software and applications that contribute to the creation of works of art, such as photo and video editing programs, and 3D design programs. and digital drawing tools.
The track is concerned with exploring and integrating cutting-edge technology with a focus on its impact on the development of artistic works. It means thinking about how technology can be used to enhance artistic expression and provide new experiences to the public. For example, virtual and augmented reality technologies can be used to create distinctive and immersive interactions in artworks.
The educational objectives of the program are:
• Providing an educational environment that includes comprehensive and effective knowledge in the field of digital arts. This includes providing students with detailed knowledge about the concepts and foundations of digital arts and its development.
• Equipping students with the practical skills necessary to work in the digital arts industry. These skills include using various software and digital tools, developing 2D and 3D artwork, and the ability to interact with advanced technology.
The field of business analysis is the science of identifying business needs through data analysis to make informed business decisions and identify solutions to business problems in various industries.
The field of business analysis has witnessed great importance in recent years due to the boom in technology and the creation of advanced tools and techniques that help provide the best results and solutions to various organizations. Business Analysis contributes in improving business management and improving the efficiency of production processes within institutions. Therefore, companies around the world are looking for ways to make the most of the opportunities and innovations in this field.
The educational objectives of the program are:
• Learning different ways of data analysis.
• Applying statistical models and modern data science tools to understand and analyze data and solve business problems.
• Studying machine learning algorithms to make the right decisions and meet the challenges of modern business.
• Acquiring different skills, tools and methodologies to explore past businesses performance and drive future planning.
The field of Enterprise Resource planning is concerned with the study of various techniques for organizing and managing the personnel and resources of companies with high efficiency, improving operations, achieving automation, and making decisions based on data and various scientific and technological methods that have boomed in recent years.
The importance of studying this specialization lies in increasing the income of individuals and companies through:
1. various job possibilities open up in the business and technology sectors, as institutions increasingly apply ERP systems locally and globally.
2. Also, the experiences gained from the study contribute to the success of the institutions, and this success is represented in increasing the competitiveness with international companies.
The educational objectives of the program are:
• The study provides a comprehensive understanding of administrative processes and scientific methods for improving them and enhances problem-solving skills using various algorithms.
• The study equips individuals with the necessary skills to adapt to digital transformation and collaborate and communicate effectively within multidisciplinary teams.
• Enabling organizations to manage their daily tasks and internal and external resources with high efficiency.
• Learn about and use the different technologies used globally such as SAP, MS Dynamics 365, and Odoo.
As an electronics engineer, you are in high demand in the job market, due to the tremendous development of smart electronics. This means everything from smart homes to health technology and energy systems in the smart cities of the future.
This Master's program develops your skills so you can work with advanced electronics development. This program gives you a strong background in semiconductor technology as well as in component and circuit design. The program specializes in designing and implementing electronic components and devices based on modern technologies, so that the graduate is able to design electronic circuits for future embedded systems and communications systems. The program also grants you a professional master’s degree in the field
The educational objectives of the program are:
• Gain experience with practical issues related to device-level design and system-level performance requirements.
• Gain industry recognition through an accredited degree awarded by a world-class university.
• Implementing a research project in the field of study in preparation for the labor market.