Call for papers/Topics

Full Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields:

1. Digital & Intelligent Systems

The primary driver of modern engineering is the shift from "writing code" to "expressing intent," where AI autonomously optimizes designs.

Generative Engineering & AI-Driven Design
- Automated code compliance and structural stress testing.
- Natural language CAD modeling (text-to-3D).
- Topology optimization for material reduction.
Digital Twins & Virtual Simulation
- Real-time "mirroring" of physical assets for predictive maintenance.
- GPU-accelerated 3D navigation and modeling.
- Cloud 3.0: Hybrid and sovereign cloud architectures for AI scalability.
Cyber-Physical Security
- Zero-Trust security models for smart grids and autonomous fleets.
- AI-powered threat detection for industrial control systems.
- Post-quantum cryptography to secure engineering data.

Civil engineering has evolved to focus on "living" structures that can sense, adapt, and repair themselves.

Advanced Sustainable Materials
- Self-healing concrete (using embedded bacteria or healing agents).
- Self-healing asphalt with conductive fibers.
- Carbon-negative building materials and bio-concrete.
Smart Infrastructure
- Civil Information Modeling (CIM) for horizontal infrastructure.
- Fiber-optic sensors for real-time stress and seismic monitoring in high-rises.
- Intelligent water and waste management systems.
Resilient Urban Planning
- Modular and 3D-printed construction.
- Digital twin-based urban flood and heatwave simulation.
- Integration of IoT into public transit and smart grids.

Mechanical engineering is increasingly defined by mechatronics and autonomy, moving from rigid machines to adaptive systems.

Autonomous Systems & Mobility
- Level 4 and 5 autonomous vehicle powertrains and thermal management.
- Drone delivery networks and advanced rail systems.
- In-road wireless charging for electric vehicles (EVs).
Advanced Robotics
- Biohybrid robots (combining living muscle tissue with 3D-printed frames).
- Hyper-automation of industrial assembly lines.
- Soft robotics for surgical and disaster-relief environments.
Aerospace & Defense
- Shape-memory alloys for morphing aircraft wings and landing gear.
- UAV (Unmanned Aerial Vehicle) autonomous flight technologies.
- Miniaturized satellite technology and lunar base engineering.

The transition to "Green Engineering" is no longer an elective but a core requirement across all disciplines.

Next-Generation Energy Storage
- Solid-state batteries (replacing lithium-ion for safer, faster charging).
- Energy harvesting (piezoelectric fabrics and surfaces).
- Microgrids and localized energy networks.
Sustainable Power Systems
- Organic and transparent solar panels.
- Hydrogen fuel cell optimization.
- Smart grid load forecasting and fault detection using AI.
Environmental Remediation
- Advanced water purification using nanomaterials.
- Aerogels for oil spill clean-up and high-performance insulation.
- Carbon capture and storage (CCS) engineering.

Engineering at the micro and nano scale is revolutionizing healthcare and material properties.

Biomedical Engineering
- Bio-integrated materials (mimicking skin and muscle).
- Electric bandages for accelerated wound healing.
- 3D bioprinting of tissues and organs.
- AI-powered prosthetic limbs (e.g., the "Esper Hand").
Nanotechnology & Metamaterials
- Metamaterials for 5G/6G signal enhancement and "invisibility" cloaking.
- Nano-scale drug delivery systems.
- Phase-change materials for thermal energy storage.
Human-Machine Interaction
- Brain-Computer Interfaces (BCIs) for rehabilitation and control.
- Extended Reality (XR) for remote surgical and engineering collaboration.