Home
Program and Course
Intelligent Systems - 135 Credit Hours

Intelligent Systems - 135 Credit Hours

College of Artificial Intelligence |
English

Program Description

The Bachelor of Artificial Intelligence, Major Intelligent Systems, offered by the College of Artificial Intelligence at the Arab Academy for Science, Technology and Maritime Transport (AASTMT), is an undergraduate academic program designed to prepare graduates for professional and research-oriented careers in artificial intelligence and intelligent technologies. The program extends over four academic years, comprising eight semesters, with a total of 135 credit hours according to the 2023 curriculum document. It provides a comprehensive foundation in mathematics, basic sciences, computer science, programming, software engineering, and hardware fundamentals, followed by specialized study in artificial intelligence and intelligent systems. The curriculum covers fundamental and advanced concepts in artificial intelligence, machine learning, deep learning, intelligent agents, natural language processing, computer vision, pattern recognition, robotics, and applied intelligent systems. It also incorporates data science, cybersecurity, software development, and hardware-related subjects to provide students with an interdisciplinary understanding of intelligent technologies. The program emphasizes the practical application of theoretical knowledge through laboratory activities, professional training, practical summer training, and multidisciplinary graduation projects. Students develop the ability to analyze complex problems, select appropriate AI techniques, design intelligent algorithms, implement software solutions, and evaluate system performance against defined requirements. Particular emphasis is placed on developing intelligent systems capable of learning from data, adapting to changing environments, recognizing patterns, processing information, and supporting automated decision-making. Students are also encouraged to consider ethical, social, economic, environmental, and professional responsibilities when designing and deploying AI applications. Graduates are prepared to contribute to the development of intelligent solutions in areas such as healthcare, finance, manufacturing, autonomous systems, robotics, smart technologies, and information technology. The program also provides a foundation for postgraduate studies and continued professional development in artificial intelligence and related disciplines.

Learning Outcomes

Upon successful completion of the Bachelor of Artificial Intelligence, Major Intelligent Systems, graduates will be able to: 1. **Apply mathematical and scientific principles:** Apply mathematics, probability, statistics, and basic sciences to formulate and solve complex computational and artificial intelligence problems. 2. **Develop artificial intelligence models:** Design, implement, and evaluate AI models and algorithms to analyze data, recognize patterns, simulate processes, and solve problems across different application domains. 3. **Apply machine learning and deep learning:** Select and implement appropriate supervised and unsupervised learning algorithms and deep learning techniques for classification, prediction, recognition, and decision-making tasks. 4. **Design intelligent systems:** Analyze requirements and design, develop, and implement intelligent systems that address practical problems and satisfy defined functional and performance requirements. 5. **Implement computer vision and pattern recognition:** Apply appropriate algorithms and techniques to process images, extract visual features, recognize objects, and solve image analysis and pattern recognition problems. 6. **Develop natural language processing applications:** Apply natural language processing techniques to analyze, interpret, and process human language for suitable intelligent applications. 7. **Design and implement robotic systems:** Apply artificial intelligence, programming, and computational techniques to develop and evaluate robotic applications and intelligent autonomous systems. 8. **Develop adaptive intelligent solutions:** Apply suitable learning and optimization techniques to develop intelligent systems capable of responding to new data, changing conditions, and dynamic environments. 9. **Apply software engineering principles:** Use appropriate programming languages, software architectures, development methodologies, and computational tools to implement reliable and maintainable AI applications. 10. **Evaluate AI algorithms and systems:** Compare alternative AI techniques, select appropriate algorithms, and evaluate their effectiveness using suitable performance metrics and experimental methods. 11. **Integrate hardware and software technologies:** Apply relevant computing and hardware concepts to understand and develop AI-powered applications involving physical devices, sensors, robotics, and autonomous technologies. 12. **Address cybersecurity and ethical considerations:** Identify relevant security, privacy, ethical, legal, and social considerations when designing, implementing, and deploying intelligent systems. 13. **Manage AI projects effectively:** Plan, organize, execute, and evaluate AI projects using appropriate project management principles, teamwork, and resource management techniques. 14. **Communicate and collaborate professionally:** Communicate technical concepts and project results effectively through written reports, presentations, and professional discussions, and contribute effectively to multidisciplinary teams. 15. **Pursue innovation and lifelong learning:** Identify opportunities for innovation, develop creative solutions to emerging problems, evaluate new AI technologies, and pursue continuous professional development in artificial intelligence.

Markets and Career

The increasing adoption of artificial intelligence, automation, robotics, and intelligent technologies across industries creates diverse career opportunities for graduates specializing in Intelligent Systems. Organizations increasingly use AI-powered solutions to automate processes, improve operational efficiency, enhance decision-making, analyze information, and develop innovative products and services. Graduates of the Bachelor of Artificial Intelligence, Major Intelligent Systems, may pursue career opportunities in the following areas: 1. **Artificial Intelligence Engineer:** Design, develop, and implement AI-powered applications and intelligent solutions using appropriate algorithms, models, and computational techniques. 2. **Machine Learning Engineer:** Develop, train, test, and deploy machine learning models to solve prediction, classification, recognition, and optimization problems. 3. **Robotics Engineer:** Design, program, integrate, and evaluate robotic systems for industrial automation, healthcare, manufacturing, and other applications. 4. **Computer Vision Engineer:** Develop systems that process and interpret images and videos for applications such as object detection, image recognition, visual inspection, and automated monitoring. 5. **Natural Language Processing Engineer:** Develop applications that process and analyze human language, including text classification, information extraction, conversational systems, and language-based intelligent applications. 6. **Intelligent Systems Developer:** Design and implement software solutions that integrate AI algorithms, data processing, and automated decision-making capabilities. 7. **Autonomous Systems Engineer:** Contribute to the development of autonomous technologies, including intelligent vehicles, mobile robots, and automated systems capable of operating with limited human intervention. 8. **AI Software Developer:** Build and maintain software applications that incorporate machine learning, deep learning, intelligent agents, and other artificial intelligence technologies. 9. **AI Research and Development Specialist:** Participate in research, experimentation, prototyping, and evaluation of emerging AI techniques and intelligent technologies. 10. **Automation and Control Specialist:** Apply intelligent algorithms and computational methods to improve automated processes, monitoring systems, and industrial control applications. 11. **AI Solutions Consultant:** Analyze organizational requirements and recommend suitable AI technologies and intelligent solutions to address operational and business challenges. 12. **Cybersecurity and Intelligent Threat Detection Specialist:** Contribute to the development of AI-supported security solutions for anomaly detection, threat analysis, and automated monitoring, subject to the relevant technical and cybersecurity qualifications. 13. **Embedded AI and Smart Devices Developer:** Develop applications that integrate AI capabilities into embedded systems, sensors, smart devices, and hardware platforms. 14. **AI Project Coordinator or Project Manager:** Support the planning, coordination, implementation, and evaluation of AI projects across technical teams and organizational departments, with responsibilities appropriate to professional experience. Graduates may find opportunities in information technology, telecommunications, healthcare, financial services, manufacturing, industrial automation, transportation, logistics, robotics, smart devices, and research and development organizations. The program also provides a foundation for postgraduate education and specialized research in artificial intelligence, machine learning, robotics, computer vision, natural language processing, autonomous systems, and related fields. By combining theoretical knowledge with practical implementation and project-based learning, the program prepares graduates to contribute to the development of innovative intelligent technologies and adapt to the continuing evolution of the artificial intelligence industry.

Admission Requirements

Applicants seeking admission to the Bachelor of Artificial Intelligence, Major Intelligent Systems, must hold an Egyptian General Secondary Education Certificate or an equivalent recognized qualification, in accordance with the admission regulations approved by the Arab Academy for Science, Technology and Maritime Transport (AASTMT). Applicants must satisfy the Academy's general admission requirements and any additional requirements established by the College of Artificial Intelligence. They must also submit the required documents and complete the applicable application procedures, including verification of their academic qualifications. Applicants holding non-Egyptian educational qualifications must meet the applicable certificate equivalency and authentication requirements established by the competent authorities, in accordance with the relevant regulations. Final admission is subject to fulfillment of all academic and administrative requirements approved for the relevant academic year.

Tests & Prerequisites

Applicants seeking admission to the Bachelor of Artificial Intelligence must satisfy the admission assessment and placement testing requirements established by the Arab Academy for Science, Technology and Maritime Transport (AASTMT), in accordance with the regulations applicable to the relevant academic year. Depending on the admission system and the applicant's educational background, assessments may include English language proficiency tests and placement tests in foundational subjects. The Academy determines the required tests, minimum scores, and any applicable exemptions in accordance with its approved admission regulations. Applicants may also be required to fulfill additional requirements established by the Academy or the College of Artificial Intelligence before completing the final admission process.

Cooperation

Data will be available soon!

Accreditation

Data will be available soon!

Brief

The Bachelor of Artificial Intelligence, Major Intelligent Systems, is a four-year undergraduate program designed to prepare graduates with the knowledge and practical skills required to design, develop, and implement intelligent systems that address real-world challenges. The program integrates mathematics, programming, artificial intelligence, machine learning, deep learning, computer vision, natural language processing, robotics, and cybersecurity. Through theoretical study, laboratory practice, professional training, and graduation projects, students develop the technical, analytical, and problem-solving skills needed to create innovative AI-powered applications across various industries..