The ICAESIS-2026 invites original research papers from students, researchers, academicians, and
industry professionals. The conference accepts paper submissions on the following tracks and topics
(but not limited to):
1. Innovative Sustainable Energy & Power Systems
Focuses on cutting-edge technologies and strategies that accelerate the transition toward clean,
reliable, and sustainable energy.
- Renewable energy systems: solar, wind, hydro, geothermal, and hybrid solutions
- Smart grids, microgrids, and distributed energy resources (DERs)
- Energy storage systems: batteries, hydrogen, supercapacitors
- Grid integration, grid resilience, protection, and power quality
- Digital twins and AI-driven energy forecasting
- Electric vehicles, charging infrastructure, and vehicle-to-grid (V2G/G2V) systems
- High-voltage engineering and advanced monitoring techniques
2. Next-Gen Power Electronics, Embedded Systems & VLSI for Sustainability
Highlights advancements in power electronic converters, intelligent embedded systems, and VLSI
technologies focused on high efficiency and sustainability.
- High-efficiency converters using wide bandgap semiconductors (GaN, SiC)
- Multilevel inverters and advanced modulation/control strategies
- Power electronics for EVs, renewables, and industrial applications
- Embedded architectures for low-power intelligent devices
- FPGA, DSP, and microcontroller-based control systems
- VLSI/ASIC design for energy-efficient computing
- IoT-enabled power electronic systems and cyber-physical integration
3. Intelligent Systems: AI, IoT & Cybersecurity for Sustainability
Explores intelligent, interconnected, and secure systems that enable sustainable and resilient
infrastructures.
- AI/ML for engineering optimisation and smart decision-making
- IoT systems for smart cities, smart grids, and digital ecosystems
- 5G/6G communication technologies for sustainable connectivity
- Robotics, autonomous systems, and intelligent sensing
- Cybersecurity for critical infrastructure and industrial systems
- Blockchain for sustainable operations and energy trading
- Edge computing and real-time analytics for sustainable applications
4. Sustainable Automation, Manufacturing & Industrial Innovation
Emphasizes sustainable and efficient industrial processes through modern automation and
manufacturing advancements.
- Industry 4.0/5.0 technologies and sustainable digital factories
- Smart automation systems and intelligent control
- Robotics, cobots, and mechatronic innovations
- Additive manufacturing (3D/4D printing) for engineering solutions
- Energy-efficient manufacturing and green production practices
- Predictive maintenance, digital twins, and condition monitoring
- Mechatronics and servo systems for industrial sustainability
5. Innovative Materials, Biotechnology & Healthcare for Sustainability
Focuses on transformative materials, biotechnologies, and healthcare innovations contributing to
sustainable engineering.
- Functional and advanced materials for energy, electronics, and the environment
- Sustainable materials: biodegradable, recyclable, and circular-economy based
- Nanomaterials and nano-enabled devices
- Biomedical devices, wearables, and smart healthcare systems
- Biotechnology for water treatment, waste management, and bioenergy
- Materials for EVs, aerospace, and next-generation infrastructure
- Sustainable construction materials and smart building technologies