Arabic 
English 
The Faculty of Engineering and Information Technology at Vertex University offers a PhD program in computer engineering in order to meet the needs of rapid technological development and prepare researchers and specialists who are able to develop modern computer systems in line with the requirements of the digital age. The program aims to enable students to acquire advanced knowledge in the fields of technical research, improve system performance, and create leading technological solutions that contribute to the development of computing infrastructure and artificial intelligence in accordance with the latest scientific developments.
The PhD program focuses on developing research and applied skills by conducting advanced studies in computer engineering, analyzing smart systems, and designing complex technological solutions. This approach allows students to analyze data in depth, develop new strategies for technical innovation, and contribute to the advancement of scientific research. The program also focuses on legal and ethical aspects related to information technology. Students are trained in data governance, cybersecurity standards, and transparency in the development of digital systems, which enhances their awareness of ethical responsibilities in driving digital transformations.
The program aims to qualify students to design and implement advanced computing solutions based on the latest technologies such as cloud computing, artificial intelligence, and information security, with a focus on developing new models for data analysis and creating innovative digital solutions that support the needs of academic and industrial institutions. The program also enhances the ability of researchers to contribute to the sustainable development of technology, support digital transformation in various sectors, and create technological strategies that enhance competitiveness in the global labor market.
The program is supervised by a group of academic experts and researchers specialized in computer engineering, ensuring the provision of advanced research methods in line with the latest technical and scientific developments. The university provides a supportive academic environment that encourages innovation, applied research, and scientific publishing. Students are enabled to use the latest laboratories and technological tools to support their research and enhance their practical experience.
The PhD degree in computer engineering opens up outstanding professional prospects in the fields of research and development. Graduates can work in universities as faculty members and researchers, lead advanced technology projects in major companies, or contribute to the development of technological solutions for government and research institutions. They can also work in disciplines such as smart systems analysis, advanced algorithm design, information security, and big data management, providing them with leadership opportunities in the fields of technology and innovation at the local and global levels.
Our Vision and Mission
Your gateway to leadership in research and technical innovation. It is designed to prepare experts who are able to develop smart systems, analyze the complex digital structure, and contribute to creating a safe and sustainable technological future.
Our Vision
The PhD Program in Computer Engineering at Vertex University should be a prestigious academic platform for preparing intellectual leaders and researchers specialized in developing future computer systems and contributing to global technological progress through innovation, solid research, and supporting sustainable digital transformation.
Our Mission
The program aims to develop high research competencies in advanced fields of computer engineering by providing specialized research education that integrates the latest technologies such as artificial intelligence, cloud computing, and smart systems analysis. The program also promotes students' commitment to ethical standards and research excellence in order to be active in research centers and digital industries locally and internationally.
- Promoting advanced scientific research: developing students' abilities to conduct high-quality scientific research that contributes to scientific and technical progress in the field of computer engineering.
- Preparing specialized research staff: qualifying researchers who are able to provide innovative solutions to technical challenges in the academic and industrial sectors.
- Developing advanced technical solutions: enabling students to design and develop advanced computer systems that meet the needs of society and industry.
- Enhancing academic teaching skills: qualifying students to assume academic and educational positions in higher education institutions.
- Supporting innovation and entrepreneurship: encouraging students to develop innovative technology projects that contribute to promoting the digital economy.
- Deepening understanding of computer disciplines: providing students with advanced knowledge in areas such as artificial intelligence, cloud computing, and information security.
- Developing analytical and problem-solving skills: developing students' abilities to analyze complex technical problems and provide effective solutions.
- Promoting research cooperation: encouraging teamwork and cooperation with local and international researchers and research institutions.
- Application of modern technologies: enabling students to use the latest tools and techniques in their research and projects.
- Understanding ethical and professional responsibilities: promoting awareness of research ethics and professional practices in the field of computer engineering.
- Developing scientific communication skills: enabling students to present and present their research and results effectively in scientific forums.
- Enhance the ability to continuously learn: encourage students to follow the continuous developments in technology and computing.
- Contributing to sustainable development: directing research towards technical solutions that support environmental and economic sustainability.
- Meeting the needs of the labor market: qualifying graduates who have the skills and knowledge required in the local and international labor market.
- Enhancing leadership and management abilities: developing leadership and management skills among students to effectively manage work teams and technical projects.
Teaching methods and strategy
The Computer Engineering PhD program is based on the analysis and study of advanced research and technical experiments in the fields of advanced software, cloud infrastructure, and cybersecurity, giving students a deeper understanding of the challenges facing academic and industrial institutions. By studying successful computer systems and analyzing technical failures, students learn how to design innovative strategies to enhance the efficiency of systems, improve their performance, and develop advanced solutions in artificial intelligence, big data analysis, and information security using the latest digital technologies.
The program provides students with the opportunity to conduct advanced research aimed at finding new technical solutions to computer engineering problems. Research projects include areas such as improving the performance of parallel computing, developing artificial intelligence algorithms, and analyzing the security of advanced computer systems. Students design smart solutions for complex computer systems, improve data management strategies, and develop innovative applications based on machine learning and the Internet of Things. They are encouraged to use the latest research tools and cloud technologies to provide viable solutions that contribute to developing digital infrastructure and achieving sustainable technological innovation.
The program is based on advanced educational methods that integrate deep theoretical study and applied experience, giving students a comprehensive understanding of the areas of smart computer systems design, cloud computing, and big data analysis. Academic content is delivered through interactive online lectures, virtual research labs, technical case studies, and applied research projects, promoting critical thinking and innovation in scientific research. The program also encourages research collaboration and teamwork by discussing the latest developments in computer engineering, artificial intelligence, and cybersecurity techniques.
What can you do with a PhD in Computer Engineering?
The PhD in Computer Engineering from Vertex University qualifies its graduates to hold multiple positions in technical and administrative institutions, including:
Design your future as a researcher, system developer, or technical leader in major digital institutions and advanced research centers.
- University Professor of Computer Engineering
- Researcher in research and development centers
- Advanced computer systems engineer
- Director of Information Technology (CIO)
- Cybersecurity expert and digital security researcher
The PhD in Computer Engineering opens you to academic work and technical leadership in the global technology industry.
- Specialized in artificial intelligence and machine learning
- Technical and strategic consultant in computer engineering
- Director of Advanced Research and Technical Projects
- Big Data Analyst
- An entrepreneur in advanced technology
Get a consultation
Free now
Do you want to help?
+1 (984) 382-6080
Target group for the PhD program in computer engineering
The Computer Engineering PhD program targets individuals who aspire to achieve academic and research progress in the fields of advanced technology. This includes:
- Researchers with a master's degree in computer engineering, computer science, electrical engineering, or related fields who seek to deepen scientific research, technological development, and develop advanced computer solutions.
- Engineers and experts in software development, networking, cybersecurity, and cloud computing who want to enhance their research and technical skills, conduct advanced studies in systems analysis and design innovative technology solutions.
- Lecturers and professors who aspire to develop their academic research, publish advanced studies, and contribute to scientific innovations in the field of computer engineering and artificial intelligence.
- Startup owners and technologists who seek to develop advanced solutions in cloud computing, artificial intelligence, Internet of Things, and enhance the digital infrastructure of their organizations.
Enhance your professional skills with international certifications
An international certificate that focuses on auditing and controlling information systems. It is essential to evaluate the efficiency of digital systems and risk management in institutions.
An advanced degree in information security, covering the basic aspects of protecting digital systems, and is internationally recognized as proof of cyber expertise.
It gives you advanced skills in designing and operating large networks. It is one of the most important certifications in corporate communication architecture.
It gives you tools to understand patterns and analyze complex data. It is a foundation in developing intelligent information systems based on artificial intelligence.
It focuses on linking business goals to digital systems and supports strategic decision-making based on clear technical policies.
It integrates software development and operations, speeding up the delivery of digital products and improving collaboration between technical teams.
A set of specialized certificates in the design, management, and security of cloud computing environments, which are among the most sought after qualifications in the world.
Awarded by the Project Management Institute (PMI), it is a global standard for project management. The engineer gains the ability to lead technical teams and achieve project goals efficiently and professionally.
Admission Requirements
- Regular admission: the student applying for the graduate program must have a bachelor's and master's degree from a reputable university or from the student's country.
- Applicants must have a bachelor's and master's degree in computer engineering, computer science, software engineering, or any related discipline from an accredited university.
- English language proficiency if the language of instruction in the program is English, with passing the approved language test.
- Conditional admission: The university may offer conditional admission to applicants until all admission requirements are met (terms and conditions for this category apply).
- Submit official documents including the original Bachelor's degree and transcript, along with true copies.
- Fill out the electronic application form through the admission and registration portal at the university.
- Pay the registration fees and tuition fees prescribed in accordance with the university regulations.
- Comply with the university's rules and regulations by signing an official pledge.
Required Documents
- A colored copy of the bachelor's degree issued by the student's country “Ministry of Higher Education”.
- A colored copy of the student's or family ID for matching.
- A colored copy of the student's passport.
- Personal photo (6*4) with a white background.
- Complete the registration data and sign it by the student.
Requirements for Obtaining PhD in Computer Engineering Ph.D Specialization
| Number of Credit Hours Required to Complete the PhD Degree | 36 Minimum Required Credit Hours |
|---|---|
| Number of Required Academic Semesters | 4 Academic Semesters |
| Number of Semesters per Year | 3 Semesters |
| Annual Credit Hours | 45 Credit Hour |
| Semester Duration | 8 to 10 weeks |
| Expected Duration to Complete the Program | 1 year and 8 months |
Advantages of this system.
- Complete the master's degree in a short time: the program can be completed in one and a half years instead of two or three years.
- Flexible distribution of materials: materials are distributed throughout the year, allowing continuous learning without long interruptions.
- An intensive schedule: allows you to finish school quickly and is suitable for students who want to enter the labor market as soon as possible.
*This system was designed at Vertex University to enable students to obtain their university degree in a shorter time while maintaining the quality of education and the efficiency of the academic process.
Want to get more information?
Register your details and we will contact you as soon as possible
Frequently Asked Questions about PhD Computer Engineering Ph.D
Mainly research, with some advanced courses in applied research, technical project management, and scientific analysis.
The program includes a combination of advanced introductory courses in scientific research methods, applied engineering or computer science, followed by intensive scientific research and thesis preparation.
Yes, the college offers workshops on academic writing, scientific databases, and international publishing requirements.
The duration of the study ranges from one and a half to two years, depending on the student's academic and research progress and the nature of the required research thesis.
Yes, all doctoral programs at Vertex University are internationally accredited and can be used for academic and professional recruitment or for equivalence by recognized official bodies.