1. nuclear engineering: nuclear engineering is a discipline that studies the generation, transformation and utilization of nuclear energy. Students can learn about nuclear reactor design, nuclear fuel cycle and nuclear radiation safety.
2. Optoelectronics and optical communication: Optoelectronics is a subject that studies the interaction between light and electrons, while optical communication is a technology that uses optical signals to transmit information. Students can learn about optical fiber communication, lasers and optical sensors.
3. Materials Science and Engineering: Materials Science and Engineering is a discipline that studies the structure, properties and applications of materials. Students can learn about the synthesis, characterization and performance testing of materials.
4. Energy engineering: Energy engineering is a discipline that studies the generation, transformation and utilization of energy. Students can learn renewable energy technology, energy system optimization, energy policy and other related knowledge.
5. Microelectronics and integrated circuits: Microelectronics and integrated circuits are disciplines that study microelectronic devices and circuits. Students can learn semiconductor device manufacturing, integrated circuit design, micro-nano processing and other related knowledge.
6. Biomedical engineering: Biomedical engineering is a discipline that studies the application of engineering technology in the medical field. Students can learn medical imaging, biomaterials, medical device design and other related knowledge.