V-JST SUBJECT CLASSIFICATION

1. Natural Products

1.1. Natural Products Chemistry

1.1.1. Isolation and structure determination of natural products (NPs)
1.1.2. Transformation and synthesis of natural products
1.1.3. Organic analysis
1.1.4. Chemotaxonomy
1.1.5. Biosynthesis
1.1.6. Spectroscopic Properties of natural products

1.2. Pharmacology and medicinal chemistry of NPs

1.2.1. Biological activity of natural products
1.2.2. Ethnopharmacology
1.2.3. Toxicology
1.2.4. Drug design and development
1.2.5. Biomolecules
1.2.6. Pharmacokinetics of natural products

1.3. Chemical engineering and biotechnology

1.3.1. Processing techniques and production of natural products
1.3.2. Biotechnology of natural products
1.3.3. Nanotechnology of natural produts
1.3.4. Biochemistry of natural products

1.4. Natural products by class/subjects

1.4.1. Lipids
1.4.2. Polysaccharids
1.4.3. Peptid-Proteins
1.4.4. Food chemistry
1.4.5. Natural products in plant protection
1.4.6. Essential oils
1.4.7. Natural products in ecology
1.4.8. Dietary Supplements

1.5. Marine biochemistry

1.5.1. Natural products from marine animals
1.5.2. Natural products from marine plants
1.5.3. Natural products from marine microorganisms
1.5.4. Biochemistry of marine natural products

2. Materials

2.1. Optical, photonic and optoelectronic materials
2.1.1. Optical material
2.1.2. Metamaterial
2.1.3. Optoelectronic material
2.2. Magnetic and superconducting, and electronic materials

2.2.1. Magnetic material
2.2.2. Electronic material
2.2.3. Superconducting material
2.3. Organic and soft materials

2.3.1. Organic material
2.3.2. Soft material

2.4. Nanoscale materials

2.4.1. Optoelectronic nanomaterial & device
2.4.2. Catalytic and environmental nanomaterials
2.4.3. Biomedical nanomaterials
2.4.4. Hybrid nanomaterials

2.5. Particles, Thin films and Surfaces

2.5.1. Particles
2.5.2. Films and layers
2.5.3. Surface & coating materials

2.6. Catalytic and separation materials

2.6.1. Catalytic material
2.6.2. Separation material

2.7. Biomedical and biomolecular materials

2.7.1. Biomedical material
2.7.2. Biomolecular materials

2.8. Materials for energy

2.8.1. Solar energy material
2.8.2. New energy material
2.8.3. Energy technology

2.9. Engineering and structural materials

2.9.1. Metal & alloys
2.9.2. Ceramic material
2.9.3. Polymer material
2.9.4. Composite material

2.10. Design, synthesis, processing and characterization techniques

2.10.1. Material design
2.10.2. Synthesis & processing
2.10.3. Characterization techniques

3. Environment

3.1. Environmental Biology

3.1.1. Bioremediation and biodegrediation
3.1.2. Biodiversity and ecosystem

3.2. Environmental analysis and monitoring

3.2.1. Environmental chemical analysis
3.2.2. Radioactive analysis and monitoring
3.2.3. Toxicological analysis

3.3. Pollution and waste

3.3.1. Pollution effect and control
3.3.2. Waste resources and management
3.3.3. Civil and environmental engineering

3.4. Environment, Energy and Sustanaible development

3.4.1. Renewable energy and application
3.4.2. Water environment
3.4.3. Soil environment
3.4.4. Marine environment
3.4.5. Air environment

3.5. Environment and global climate change

3.5.1. Climate change
3.5.2. Natural disaster
3.5.3. Ecography

3.6. Toxicology and health

3.6.1. Environmental toxicology
3.6.2. Environment and public health

3.7. Process, system and technology of environmental treatment

3.7.1. Process and environmental systems
3.7.2. Biological technology
3.7.3. Chemical technology
3.7.4. Physical technology

3.8. Environmental modeling and management

3.8.1. Environment quality modeling
3.8.2. Environmental planning
3.8.3. Environmental management

4. Electronics and telecommunication

4.1. Electronics

4.1.1. Electronic devices
4.1.2. Micro-controller
4.1.3. Bio-electronics
4.1.4. Electronic measurement

4.2. Telecommunications

4.2.1. Telecommunications Techniques
4.2.2. Fiber-optics communications
4.2.3. Signal processing
4.2.4. TV broadcasting techniques

4.3. Mobile communications

4.3.1. Mobile networks generations
4.3.2. Satellite communications
4.3.3. Mobile networks technology
4.3.4. Mobile Applications

4.4. Internet

4.4.1.. Internet technology
4.4.2. Internet services
4.4.3. Internet applications
4.4.4. Social networks

4.5. Ubiquitous networks

4.5.1. Wireless sensor networks
4.5.2. Adhoc networks
4.5.3. Internet of things (IoT)
4.5.4. Smart networks

4.6. Information security

4.6.1. Network security
4.6.2. Data security
4.6.3. Security techniques
4.6.4. Information security management

4.7. Distributed systems

4.7.1. Cloud computing
4.7.2. Distributed computing
4.7.3. Expert and decision support systems
4.7.4. Artificial intelligence

4.8. Software engineering

4.8.1. Webservices and webtechnology
4.8.2. Speech and image processing
4.8.3. Knowledge engineering
4.8.4. Data, Software engineering
4.8.5. Bioinformatics

4.9. System programming

4.9.1. Network protocols
4.9.2. Network programming
4.9.3. Realtime embedding systems
4.9.4. Software development and testing

4.10. Communication and control theory

4.10.1. Communications theory
4.10.2. Computing techniques
4.10.3. Control and fuzzy logic
4.10.4. Modeling and simulation

5. Mechanical engineering - Mechatronics

5.1. Mechanical engineering

5.1.1. Manufacturing technology
5.1.2. Precision mechanical engineering
5.1.3. Machines and tools
5.1.4. Welding and material technology

5.2. Mechatronics

5.2.1. Modelling of mechatronic systems
5.2.2. Integration of mechatronic systems
5.2.3. Advanced mechatronics devices
5.2.4. MEMS/NEMS technology

5.3. Robotics

5.3.1. Robotic computing
5.3.2. Manipulator
5.3.3. Mobile robot
5.3.4. Cooperating robot
5.3.5. Robot kinematics, dynamics
5.3.6. Robot motion planning, simulation
5.3.7. Robot control
5.3.8. Robot for mechanical manufacturing
5.3.9. Human robot

5.4. Engineering Mechanics

5.4.1. Multibody dynamics
5.4.2. Dynamics and vibration
5.4.3. Structural mechanics
5.4.4. Fluid mechanics
5.4.5. Mechanics of composite and smart materials
5.4.6. Fracture mechanics

5.5. Machine and Mechanism

5.5.1. Design of machinery
5.5.2. Dynamics of machine and mechanism
5.5.3. Structural optimization of machine and mechanism

5.6. Mechanical design

5.6.1. Automation of design
5.6.2. Optimization design
5.6.3. Rapid prototype design

5.7. Advanced manufacturing technology

5.7.1. Advanced machining processes
5.7.2. Flexible Manufacturing Technology & System
5.7.3. Smart manufacturing

5.8. Intelligent and optimization control

5.8.1. Fuzzy control
5.8.2. Control based on artificial intelligence
5.8.3. Control based on Hedge algebras, genetic algorithm

5.9. Forming technology

5.9.1. Product design
5.9.2. Tolling design
5.9.3. Advanced forming technology

5.10. Automotive and vehicle engineering

5.10.1. Internal combustion engines
5.10.2. Vehicle dynamics and intelligent control systems
5.10.3. Vehicle design and manufacturing