A – 1 - Modern Architecture,
A – 2 - Contemporary Design in Historic Environment
A – 3 - Green Building Design,
A – 4 - BIM Design,
A - 5 - Landscape Architecture

B-Historic Monuments and Sites

B – 1 - Traditional Architecture,
B – 2 - 20^th C. Heritage,
B – 3 - Archaeological Sites
B – 4 - Archival Studies, Documentation,
B – 5 - Assessment and Restoration of Historic Buildings
B – 6 - Construction History

C-Structural Engineering

C – 1 - Structural Design (RC, Timber, Steel Structures)
C – 2 - Highrise Buildings
C – 3 - Bridges
C – 4 - Glass Structures
C – 5 - Spatial Structures
C – 6 - Tension and Membrane Structures
C – 7 -  Active Structures (Retractable, Deployable, Kinetic, Adaptive Structures)
C – 8 - Traditional Masonry Structures,
C – 9 - Structural Prognosis, Diagnosis, Monitoring
C – 10 - Service Life of structures
C – 11 - Energy Efficient Building Envelopes
C – 12 - Numerical Analysis and Simulation
C – 13 - Archival / Theoretical Studies

D-Earthquake Engineering

D – 1 - Earthquake Resistant Design
D – 2 - Seismic Retrofit and Strengthening of Structures
D – 3 - Active and Passive Control systems
D – 4 - Performance Based Design
D – 5 - Soil-Structure Interaction,
D – 6 - Earthquake Geotechnical Engineering
D – 7 - Innovative Approaches
D – 8 - Earthquake History

E-Transportation Engineering

E – 1 - Transportation Systems (Highway, Subway, Airport, Train Station design..)
E – 2 - Structural Crashworthiness of Road Infrastructure
E – 3 - Transportation Safety and Security
E – 4 - Intelligent Transportation Systems
E – 5 - Transportation Planning

F-Environmental Engineering

F – 1 - Sustainable Development and Structures
F – 2 - Environment Impacts on Structures (air, land, water pollution)
F – 3 - Environmental Life Cycle of Structures

G-Hydraulic and Coastal Engineering

G – 1 - Coastal and Offshore Structures
G – 2 - Water Resources Structures
G – 3 - River Engineering
G – 4 - Coastal Hydrodynamics
G – 5 - Marina Design
G – 6 - Marine Technology
G – 7 - Eco-Coastal Structures

H-Material Engineering

H – 1 - Ceramics
H – 2 - Metals and Alloys
H – 3 - Concrete and Mortars
H – 4 - Cementitious Materials
H – 5 - Polymers,
H – 6 - Composites 
H - 7 - Wood / Timber
H – 8 - Sustainable Construction Materials
H – 9- Test Methods

I-Construction Management

I – 1 - Automation and Robotics in Construction
I – 2 - Building Information Modeling
I – 3 - Project Integration
I – 4 - Project Cost and Time
I – 5 - Construction Risk Management,
I – 6 - International and Global Issues in Construction Management
I – 7 - Project Planning and Management

J-Urbanism

J – 1 - Urban Transformation
J – 2 - Housing
J – 3 - Natural, Cultural, Historical Environment
J – 4 - Huge Urban Projects
J – 5 - Transportation and Infrastructure Projects
J – 6 - Rural Areas
J – 7 - Coastal Areas
J – 8 - Urban Recovery
J – 9 - Smart Cities

K-Disasters and Risk Mitigation

K – 1 - Fire Engineering
K – 2 - Flooding
K – 3 - Hurricanes
K – 4 - Earthquake
K – 5 - Climate Change
K – 6 - Risk Analysis
K – 7 - Risk Modelling
K – 8 - Monitoring and Management
K – 9 - Disaster Recovery

L-Education/Training

L – 1 - Structure in Architecture Education
L – 2 - Structure in Engineering Education
L – 3 - Perception of Structures in Scholars
L – 4 - Communication and Collaboration between Architects and Engineers
L – 5 - Education of Traditional Structures and Construction Techniques