(Topics include but are not limited to)
Topic 1: Instrument Science
Measurement and Control Technology and Instruments
Precision instruments
Intelligent Perception Engineering
Analog Electronic Technology
Digital Electronic Technology
Engineering Optics
Signal and System
digital signal processing 
High frequency electronic technology
Principles of Communication
Principles and Applications of Sensors
Principles and Design of Intelligent Instruments
Automated instruments
Intelligent Instrument Technology
Computer Control Technology and Devices
Automatic detection technology
Process Control System and Design
Mathematical Image Communication
Optoelectronic detection technology
Principle of Automatic Control
Measurement and Control Technology and Systems
Machine Vision and Applications
Microcomputer Principles and Interface Technology
Error Theory and Data Processing
Industrial Automation and Robotics Technology
Mechanical automation
Mechanical and electrical integration
Mechanical Engineering Drawing
Mechanical Design and Theory
Intelligent instruments and meters
virtual instrument 
automation equipment 
Design of testing instruments
Laser measurement and control
Ultrasonic non-destructive testing
sensor
Topic 2: Electronic Science
signal processing 
image processing
semiconductor technology 
Power system
Integrated circuit
Physical Electronics
electronic circuit 
computer language
Principles of Microcomputer
electrodynamics
quantum mechanics
Theoretical Physics
Semiconductor Physics
Physical Electronics and Electronics
microelectronics
Computer Architecture and Logic Design
Introduction to Electronic Science and Technology
Signal and System
Fundamentals of Electronic Circuits
Microcomputer System and Interface
Electromagnetic field theory
Fundamentals of Solid State Physics
Fundamentals of Modern Optics
Fields and Waves in Information Electronic Technology
Fundamentals of Optoelectronic Physics
electronic device
Fundamentals of VLSI Design
display technique 
Microwave and Millimeter Wave Electronics
digital signal processing 
Embed system conspectus 
Topic 3: Biomaterials
Fundamentals of Biology
Fundamentals of Chemistry
Fundamentals of Materials Science
Preparation and processing of biomaterials
Performance testing and characterization of biomaterials
Application of Biomedical Materials
material science 
life sciences
Chemistry
biology
anatomy
Pathology
clinical medicine
Pharmacology
Metallic materials
Inorganic materials
Organic materials
Biomedical polymer materials
Nano drug carriers and biological effects
Nanobiomaterials
Functional materials
Intelligent materials
tissue engineering
Surface modification
Green materials
Structural materials
Functional materials
Advanced Materials and Nanotechnology
3D printing/additive manufacturing
Material characterization and testing
Electronic and Photonics Materials
Materials for lightweight and durable prosthetics
Materials used for reliable telecommunications in medical robots
Materials for exoskeletons and assistive devices
Imaging equipment enhancement materials
Materials used for controlling drug release