RDCAPE 2025

Track 1: Power Converters Topologies, Modelling and Control

• DC-DC converters
• Inverters and its topologies
• Power Converter Control and Drive Circuits
• Cyclo-converters
• Power quality and Harmonics
• Power Devices
• Control and Modelling of Power Converters

Track 2: Battery, Charging Infrastructure, and Energy Storage Technologies

• Batteries and it’s advanced technologies
• Battery Charging Infrastructure
• Battery Management Systems
• Intelligent & Fast Charging
• Hydrogen & Fuel-cell technologies
• Super capacitors

Track 3: Mathematical Modelling and Control of Systems

• Model predictive control
• Adaptive control
• Robust control techniques
• Application of Nonlinear and Modern Control for Robotics and Automation
• Fuzzy and Neural Network based Control
• Innovative Control Design for Electrical and Aerospace Systems

Track 4: Electric Drives and Control

• Electrical Machines and Control
• Electrical Drive system modelling and efficiency
• Sensors and Fault diagnosis & tolerant in Electric Drives
• Predictive and Adaptive Control Methods for Electrical Drives
• Motor Drives & Motion Control
• Multi-motor drives
• Innovations in Electric drives & Sustainable Transportation

Track 5: Electric Vehicles and Sustainable Transportation

• Electric Vehicles & Hybrid Electric Vehicles Design Innovation
• Vehicle-to-Grid and Grid-to-Vehicle
• Hydrogen-Based Transportation Systems
• Energy management and Control in Electric Vehicles
• Modelling, Simulation and Control of EV Systems
• Communication Protocols for Electric Vehicles

Theme 2: Innovation for Power System Design and Sustainability

Track 1: Power System Design and Operation

• Grid Design and Configuration
• Load Flow and Stability Analysis
• Dynamic Modeling of Smart Grid
• Resilience Strategies for Power System Operations
• Optimal Power Flow Algorithms and Tools
• Load Forecasting Techniques for Future Grids
• Demand Response Optimization

Track 2: Renewable Energy Integration

• Solar and Wind Energy Systems
• Grid Parity and Energy Storage
• Microgrid and Islanding Operations
• Hybrid Renewable Systems
• Distributed Energy Resources and Virtual Power Plants

Track 3: Sustainable Power Systems

• Energy Transition Strategies
• Decarbonization.
• Life Cycle Analysis (LCA)
• Green Infrastructure
• Energy Efficiency in Industrial and Residential Sectors
• Role of Smart Cities in Sustainable Energy Management
• Waste-to-Energy Systems and Innovations

Track 4: Control and Automation in Power Systems

• Advanced Control Techniques
• Automation Technologies
• Energy Management Systems (EMS)
• Real-Time Monitoring Systems for Smart Grids
• Control Techniques for Grid Stability
• SCADA in Power Systems
• Load Balancing with Control Algorithms
• Robotics in Power System Maintenance and Monitoring

Track 5: Policy, Economics, and Market Dynamics

• Energy Policies and Regulations
• Economic Analysis of Power Systems
• Power System Deregulation
• Impact of Deregulation on Power Market Operations
• Electricity Pricing Models and Consumer Behavior
• Economic Viability of Decentralized Power Systems
• Regulatory Challenges in Grid Modernization

Theme 3: Intelligent Computational Technology: Applications for Electrical and Allied Engineering

Track 1: Artificial Intelligence (AI) and Machine Learning (ML) Applications for Modelling and Sustainable Development

• Artificial Intelligent techniques
• Neural networks
• Fuzzy expert systems
• Renewable Energy Optimization and forecasting
• Smart Grids
• Climate Change Prediction
• Big Data for forecasting
• E-Waste Management
• Predictive Analytics for Sustainability

Track 2: Computational Technologies for Sustainable Energy Systems

• Computational Modeling
• Simulation-Based Design
• Digital Twin Technology
• Optimization Algorithms
• Energy System Simulations
• Grid Integration Models
• High-Performance Computing
• Data-Driven Analytics
• Predictive Maintenance
• Cloud Computing in Energy Systems
• Block chain technology

Track 3: Cyber Intelligence and Security for Modern Infrastructure

• Cyber Threat Intelligence (CTI)
• Incident Detection and Response
• Critical Infrastructure Protection (CIP)
• Industrial Control Systems (ICS) Security
• Supervisory Control and Data Acquisition (SCADA) Security
• Operational Technology (OT) Security
• Internet of Things (IoT) Security
• Energy Grid Cybersecurity
• Transportation Systems Security
• Smart Manufacturing (Industry 4.0) Security
• Military and Defense Cybersecurity

Track 4: Internet of Things Based System Design

• IoT system architectures and design frameworks
• IoT sensor and actuator design and integration
• Low-power design techniques for IoT devices
• Data processing and analytics for IoT systems
• Security and privacy in IoT-based system design
• IoT-enabled smart cities and urban infrastructure
• IoT applications in healthcare, e-health, and wellness
• Industrial IoT (IIoT) and cyber-physical systems design
• Sensor Integration
• Actuator Control
• Energy Harvesting for IoT Devices
• Multi-Sensor Fusion
• Real-Time Data Acquisition
• Wireless Sensor Networks (WSN)

Track 5: Signal Processing and Computational Intelligence

• Advanced signal processing techniques (e.g., wavelet transform, filtering, Fourier analysis)
• Digital Signal Processing (DSP)
• Adaptive Signal Processing
• Signal Reconstruction
• Noise Reduction
• Filter Design
• Spectral Estimation
• Image and Video Signal Processing
• Pattern Recognition
• Speech Recognition and Synthesis
• Medical Imaging