University Name

Arab Academy for Science and Technology and Maritime Transport

About

The Arab Academy for Science, Technology & Maritime Transport (AASTMT) has earned recognition for its strong performance in global research and sustainability metrics. In the 2024 Times Higher Education Impact Rankings, AASTMT ranked 306th globally among 1,963 universities—3rd among Egyptian universities and 19th in the Arab region—highlighted by top national positions in SDG 4 (Quality Education), SDG 7 (Affordable & Clean Energy), SDG 8 (Decent Work & Economic Growth), and SDG 14 (Life Below Water) . Internationally, it achieved 6th worldwide for SDG 7, 84th for SDG 4, and top100 placements for SDGs 8, 12, and 14 . Regionally, AASTMT leads on SDG 7 and ranks 12th in the Arab world for SDG 4 . Beyond SDGs, it is ranked within 1001–1200 in the QS World University Rankings 2025 and is among Egypt’s top 15 universities recognized by QS subject rankings in fields such as Petroleum Engineering, Electrical & Electronics Engineering, and Computer Science . These accolades reflect AASTMT’s commitment to integrating sustainability and high-quality research into its core mission.

The Arab Academy for Science, Technology & Maritime Transport (AASTMT) has cultivated a dynamic ecosystem for interdisciplinary and multidisciplinary research, aligning with global trends in knowledge integration and innovation. Through its diverse faculties—ranging from engineering, computing, and logistics to pharmacy, maritime transport, and business—AASTMT encourages research that transcends traditional academic boundaries. Initiatives like the Smart Mobility Lab, Maritime Logistics Simulation Center, and Innovation and Entrepreneurship Center facilitate collaborations across domains such as AI, urban planning, sustainable energy, and healthcare. The Academy’s research agenda also includes climate resilience, blue economy strategies, and digital transformation, often combining technical sciences with policy, management, and social impact. Moreover, AASTMT actively promotes joint supervision of graduate research across faculties and regions, further strengthening cross-cutting expertise. Supported by partnerships with global organizations and local industries, the Academy’s multidisciplinary approach not only addresses complex societal challenges but also fosters innovation ecosystems that prepare students and researchers for the demands of emerging knowledge economies.

Partnering Department / Office

Deanery of Research and Innovation

About

The Deanery of Scientific Research and Innovation at AASTMT, headed by Prof. Dr. Yasser Gaber Dessouky, serves as the Academy's central hub for fostering research excellence, technological advancement, and innovation across all campuses. As the Dean, Prof. Dessouky brings a distinguished pedigree—holding a PhD from HeriotWatt University and specializing in electrical engineering and renewable energy—through which he leads strategic research initiatives, grant acquisition, and knowledge transfer activities. Under his leadership, the Deanery oversees major centers and programs such as the Technology, Innovation and Commercialization Office (TICO), journals like Renewable Energy & Sustainable Development, and projects funded by EU, ITIDA, and ESCWA. Additionally, the office ensures rigorous compliance with intellectual property policies and promotes academic publishing, ethical research, capacitybuilding workshops, and interfaculty collaboration. Serving as both a strategic and operational cornerstone, the Deanery plays a pivotal role in driving AASTMT's vision to become a leading institution in scientific research and innovation within Egypt and the MENA region.

Partnering Discipline for R&D

Cognitive Cities

About

Cognitive Cities integrate intelligent systems with human-centered urbanism, aiming for cities that not only respond to data but also learn from people, adapt to context, and evolve over time. For researchers in urban planning, design, and architecture, this opens new interdisciplinary directions.

1. Cognitive Urban Design & Architecture

• Adaptive design informed by behavioral data
• Responsive public spaces using real-time urban sensing
• Emotionally-aware environments and affective computing in placemaking
• Generative design tools using urban AI models
• Cognitive mapping of memory, identity, and user perception

2. Human Behavior & Perception in Cities

• Urban affordances and sensory experience
• Behavioral simulation for crowd dynamics and safety
• Cognitive accessibility: navigating cities with disabilities or age-specific needs
• Public realm design based on neuro-urbanism principles
• Urban mental health and stress-aware design

3. Spatial Intelligence & Data-Driven Planning

• Urban knowledge graphs and spatial ontologies
• AI-powered land-use and zoning optimization
• Predictive modeling of urban development and gentrification
• Digital twins of urban districts for scenario testing
• Participatory GIS with natural language interfaces

4. Cognitive Mobility & Public Space

• Context-aware walkability and pedestrian routing
• Intelligent mobility hubs and intermodal design
• Smart streetscapes adapting to real-time flows
• Urban rhythm analysis and space-time behavior mapping
• Mobility equity and cognitive accessibility audits

5. Sustainable & Resilient Urban Systems

• Climate-adaptive urban morphology (form-based cognition)
• Smart green infrastructure and responsive landscape design
• AI models for urban microclimate design
• Cognitive frameworks for circular construction and urban metabolism
• Post-disaster cognition and recovery planning

6. Civic Interaction & Governance in Design

• AI for co-design and participatory planning platforms
• Urban design ethics in automated decision-making
• Cognitive feedback loops between citizens and the built environment
• Interfaces for public engagement using immersive tech (AR/VR)
• Transparency and explainability in algorithmic urban planning

7. Heritage, Culture & Cognitive Identity

• Cognitive mapping of heritage values and collective memory
• AI-assisted adaptive reuse strategies
• Cultural narrative modeling for historic urban landscapes
• Mixed-reality storytelling for heritage interpretation
• Preservation of intangible urban culture in the age of data

8. Educational, Research & Living Labs

• Urban living labs for cognitive city experimentation
• Design-led research in interdisciplinary urban cognition
• Knowledge sharing in open-campus city frameworks
• Cross-sector testbeds linking planners, citizens, and algorithms
• Evaluation metrics for cognitive city impact in urban design