Xidian University Campuses

The North Campus of Xidian University is renowned for its focus on foundational and advanced programs in electronic engineering and information sciences. This campus hosts a variety of undergraduate and graduate courses emphasizing theoretical and practical knowledge in telecommunications and computing.

• Electronic Engineering: Core courses include analog and digital circuit design, signal processing, and electromagnetic theory, providing students with hands-on experience in building electronic systems.
• Computer Science and Technology: Programs cover algorithms, data structures, software engineering, and artificial intelligence, with labs dedicated to programming and machine learning applications.
• Information and Communication Engineering: Students study wireless communications, network protocols, and optical fiber systems, preparing for careers in telecom industries.
• Automation: Courses in control systems, robotics, and industrial automation equip learners with skills for smart manufacturing and IoT development.
• Physics and Microelectronics: Advanced topics like quantum mechanics, semiconductor physics, and integrated circuit design are taught, fostering innovation in nanotechnology.
• Software Engineering: Focus on full-stack development, cybersecurity, and big data analytics, with projects simulating real-world software challenges.
• Applied Mathematics: Mathematical modeling, numerical analysis, and optimization techniques support interdisciplinary research in engineering fields.

Additionally, the campus offers interdisciplinary electives such as bioinformatics and electronic commerce, integrating electronics with emerging technologies. Research-oriented courses encourage participation in labs studying radar systems and satellite communications. With state-of-the-art facilities, students engage in collaborative projects, internships, and international exchanges. The curriculum is designed to align with national priorities in science and technology, producing graduates who excel in research, development, and innovation. Extracurricular seminars and workshops enhance practical skills, ensuring a comprehensive education that spans from basic principles to cutting-edge advancements. This holistic approach prepares students for leadership roles in the global tech landscape, emphasizing ethical practices and sustainable technologies. The North Campus's programs are continually updated to incorporate the latest industry trends, such as 5G/6G networks and quantum computing, ensuring relevance in a rapidly evolving digital era.

The South Campus of Xidian University serves as the primary hub for expansive programs in advanced engineering and technological innovation. It offers a broad spectrum of courses tailored to modern demands in electronics, computing, and related disciplines, with a strong emphasis on research and application.

• Electronic Science and Technology: In-depth courses on microelectronics, optoelectronics, and nanoelectronics, including fabrication techniques and device testing in specialized cleanrooms.
• Computer Science: Advanced studies in cloud computing, cybersecurity, and human-computer interaction, with opportunities for thesis work on AI ethics and blockchain.
• Telecommunications Engineering: Curriculum includes mobile communications, satellite systems, and broadband networks, featuring simulations of next-generation infrastructure.
• Control Science and Engineering: Topics cover intelligent control, embedded systems, and autonomous vehicles, with practical training in drone technology and smart grids.
• Materials Science: Focus on advanced materials for electronics, such as semiconductors and superconductors, integrating chemistry and physics principles.
• Information Security: Courses on cryptography, network security, and digital forensics, preparing students for roles in protecting critical information systems.
• Biomedical Engineering: Emerging programs in medical imaging, bioelectronics, and wearable devices, bridging engineering with healthcare applications.

The campus also provides executive education and continuing studies in areas like data science and e-commerce engineering. Students benefit from collaborations with industry leaders, participating in joint research on 5G applications and quantum information. The facilities include innovation centers for prototyping and testing, fostering entrepreneurship. Courses incorporate project-based learning, where teams develop solutions to real-world problems like sustainable energy systems and smart cities. International partnerships enable exchange programs and dual-degree options, broadening global perspectives. The curriculum evolves with technological shifts, incorporating virtual reality for simulations and big data for analytics training. Emphasis is placed on interdisciplinary integration, allowing students to combine electronics with business or environmental science. This prepares graduates for diverse careers in academia, industry, and government, contributing to China's technological self-reliance. Workshops on soft skills, such as technical writing and team management, complement technical education, ensuring well-rounded professionals ready to tackle future challenges in a connected world.