(The following topics include but are not limited to)
Theme 1: Ships
Design and manufacture of ships and Marine structures
Structural mechanics of ship and ocean engineering
Marine engineering
Engineering fluid mechanics, Marine fluid mechanics, computational fluid mechanics
Ship micro smart grid, ship movement mathematical model
Ship design/Performance/Structure and construction
Hydrodynamic performance, water transport and Marine resource exploitation
Multi-energy ship power network system
New energy and conventional ship power system
Ship power system simulation and optimization, ship power system modeling and algorithm
Marine electronics and electrical technology, Marine electronics and electrical engineering
Marine electrical equipment and systems
Submersible and underwater robot technology
Marine power plant
Power machinery operation and control
Marine and Marine engineering equipment
Theme 2: Dynamics
Computational fluid dynamics
Design and construction of space structure and materials
Design and construction, simulation and testing of space systems
Earth observation projects and planning, monitoring and mitigation of natural disasters
UVA and MAV
Radar detection and imaging technology, synthetic aperture radar technology
Circuits and systems
Engineering mechanics, engineering thermodynamics
Fundamentals of mechanical design
Fluid mechanics, heat transfer
Control theory, fluid mechanics
Energy and power machinery
Test technology, thermal and power engineering test technology, intelligent device automation
Theme 3: Mechatronic
Control theory and application
Electrical and electronic systems
Intelligent systems, circuits and systems
Digital circuit design and PLC
Electronics, electronic science and Engineering
Mechatronics controls, circuits and systems
Sensors and actuators, sensors
Control engineering, power engineering
Electrical automation
Introduction to electronic science and technology
Fundamentals of electronic circuits
Microcomputer system and interface
Electromagnetic field theory
Foundation of solid state physics, foundation of modern optics
Field and wave in information electronics
Fundamentals of optoelectronic physics, electronic devices
Fundamentals of VLSI design
Display technology, optoelectronic technology