ARTIFICIAL INTELLIGENCE AND INTERNET OF THINGS

The Artificial Intelligence and Internet of Things major, under the field of Information Technology at Vietnam Aviation Academy, is designed to train highly qualified IT professionals for both society and the aviation industry. The program emphasizes in-depth specialized knowledge, strong practical skills, and professional ethics, aiming to foster the comprehensive development of each student.

Design and develop intelligent system software by integrating AI algorithms into IoT devices. Leverage advanced programming knowledge such as Python, Java, C++, IoT communication protocols, and frameworks like TensorFlow, PyTorch, etc., to build optimized software solutions. The role requires strong analytical, design, and optimization skills to ensure efficient performance on IoT platforms. A professional working attitude is essential, including a high sense of responsibility, continuous learning, and staying up-to-date with technological advancements to meet practical demands and global technology trends in both the information technology and aviation sectors.

Conduct research, develop algorithms, and improve AI models for recognition, detection, and prediction tasks, addressing complex problems in multinational AI domains. The role requires proficiency in analyzing and designing AI models to build applications in the field of AIoT (Artificial Intelligence of Things). A professional working attitude is essential, including a strong sense of responsibility, creative thinking, continuous learning, innovative integration of solutions, focus on quality, high accountability, and effective collaboration with related teams.

Design and implement security solutions, access control mechanisms, and threat detection and response systems for IoT environments. In-depth knowledge of network security, IoT communication protocols, and security standards is required to develop optimized solutions that align with international standards and are suitable for IoT systems. Essential skills include vulnerability analysis, secure system design, and the use of monitoring tools to protect data and IoT devices. A professional working attitude is crucial, including a high sense of responsibility, the ability to work both independently and in teams, continuous learning of new technologies and solutions, and the capacity to effectively respond to evolving security threats—meeting practical demands in both the information technology sector and the aviation industry.

Design and develop applications for object recognition, detection, motion tracking, and data analysis from IoT devices. This requires in-depth knowledge of computer vision, machine learning, and related technologies. Strong skills in data analysis, algorithm design and optimization are essential to ensure efficient performance on IoT devices in accordance with international standards.
A professional working attitude is expected, including a high sense of responsibility, creative thinking, teamwork, and a commitment to continuous learning to stay updated with emerging technologies.

Organize the monitoring, operation, and maintenance of intelligent systems integrated with Artificial Intelligence (AI) and the Internet of Things (IoT). This role requires in-depth knowledge of IoT devices, computer networks, and system security. Proficiency in system monitoring, analysis, troubleshooting, periodic maintenance, device and software upgrades, and performance optimization is essential. In addition, a professional working attitude is crucial—characterized by a high sense of responsibility, creative thinking, teamwork, continuous learning, a strong focus on work quality, willingness to take on challenges, perseverance in problem-solving, and effective collaboration in multinational environments.

The Artificial Intelligence and Internet of Things (AI & IoT) program provides comprehensive and in-depth knowledge of Artificial Intelligence (AI), Internet of Things (IoT), cloud computing, data security, and other modern interdisciplinary technologies. The program is designed to equip students with creative thinking, teamwork abilities, scientific research skills, self-directed learning, and the capability to apply emerging technologies to solve real-world problems across various domains such as aviation security and management, smart transportation, healthcare, and smart cities, among others.
KNOWLEDGE – SKILLS – AUTONOMY AND RESPONSIBILITY