Main subjects: electronic science and technology.
Main courses: electronic circuit, computer language, microcomputer principle, electrodynamics, quantum mechanics, theoretical physics, solid state physics, semiconductor physics, physical electronics and electronics, microelectronics.
Main practical teaching links: including electronic technology practice, electronic circuit experiment, computer language and algorithm practice, course design, production practice, graduation project, etc. Generally arranged for 20 weeks.
Extended data:
Core knowledge fields of electronic science and technology specialty:
Core knowledge fields of professional foundation: circuit principle, electronic technology foundation, signal and system, electromagnetic field and electromagnetic wave, solid-state electronics physics foundation (including quantum mechanics, solid-state physics, semiconductor physics, etc.). ).
Professional direction Core knowledge areas:
1. Fundamentals of microelectronics, semiconductor devices, integrated circuits;
2. Physical optics, laser principle and technology, photoelectric devices;
3. Dielectric physics, electronic materials and electronic components;
4. Physical electronics, electron optics, plasma physics and technology;
5. Microwave technology, antennas and radio waves, RF/microwave circuits.
Example of core courses:
Example 1: electronics basic course group (96 hours), digital circuit basic course group (96 hours), computer basic course group (96 hours), signal and system (64 hours), quantum and statistics (64 hours), solid state physics foundation (48 hours), electrodynamics (48 hours) and laser principle (48 hours).
Example 2: Core compulsory courses, including fundamentals of circuit analysis (68 hours), signals and systems (68 hours), fundamentals of analog electronic technology (60 hours), digital circuit and logic design (46 hours), electromagnetic field and electromagnetic wave (46 hours) and quantum mechanics (46 hours); The core elective courses in the professional direction are solid state physics (46 hours) and semiconductor physics (46 hours);
Physical optics and applied optics (80 hours), electronic materials (46 hours), solid-state electronic devices (76 hours), photoelectric technology (46 hours), laser principle and technology (46 hours), dielectric physics (46 hours), and electronic components (54 hours).
Example 3: Fundamentals of Circuit Analysis (48 hours), Signals and Systems (64 hours), Analog Electronic Technology (64 hours), Digital Circuit and Logic Design (64 hours), Quantum Physics (64 hours) and Electromagnetic Field Theory (32 hours);
Laser principle (48 hours), introduction to solid-state electronics (64 hours), physical optics (48 hours), optoelectronics (48 hours), and semiconductor device physics (48 hours).