Design, train, and deploy neural networks and advanced machine learning models to solve complex data-driven problems, improve predictions, and enable autonomous decision-making across industries.
Analyze, understand, and generate human language using AI to enable sentiment analysis, chatbots, machine translation, and text mining applications in real-world scenarios.
Develop AI systems that interpret and process visual information from images and videos for tasks like object detection, facial recognition, medical imaging, and autonomous navigation.
Combine AI algorithms with robotics to create intelligent autonomous systems capable of perception, learning, and interaction with humans and complex environments.
Leverage AI-driven statistical models and machine learning techniques to forecast trends, optimize processes, and drive data-informed business and operational decisions.
Ensure AI systems are transparent, unbiased, and accountable, with proper governance to meet ethical standards and societal expectations in critical applications.
Develop AI-powered software tools and frameworks that streamline development, integrate automation, and enhance performance in applications across multiple domains.
Apply AI in diagnostics, medical imaging, drug discovery, and personalized treatments to enhance healthcare outcomes and optimize clinical workflows.
Develop microcontroller-based applications, firmware, and real-time embedded architectures for high-performance computing in constrained environments.
Design and implement control systems, feedback loops, and automation solutions for industrial and mechatronic applications.
Integrate devices with communication protocols and network architectures for seamless data exchange in embedded ecosystems.
Create custom hardware solutions using FPGA and ASIC platforms for optimized performance and specialized computing tasks.
Integrate AI models into edge devices to enable intelligent decision-making and autonomous operations on embedded platforms.
Apply digital signal processing techniques for audio, sensor, and communication systems in embedded applications.
Design and implement nanoscale devices and circuits for advanced embedded technology solutions.
Develop micro-electromechanical systems and smart sensors for precision measurement and embedded applications.
Create IoT ecosystems connecting devices, cloud services, and applications for smart and scalable solutions.
Design and deploy distributed low-power sensor networks for monitoring, control, and automation applications.
Develop urban infrastructure solutions integrating IoT for intelligent traffic, utilities, and resource management.
Ensure secure communication, encryption, and privacy for IoT devices and distributed networks.
Implement IoT-enabled transportation systems to enhance vehicle safety, navigation, and autonomous capabilities.
Design connected home solutions for automation, monitoring, and energy-efficient living environments.
Enable distributed processing and scalable IoT solutions by leveraging edge devices and cloud infrastructure.
Use real-time data analytics to drive decision-making, predictive maintenance, and optimized IoT operations.
Design solar, wind, and hybrid energy generation systems to promote sustainable power production and reduce carbon footprint.
Develop efficient storage solutions such as advanced batteries, fuel cells, and energy management systems to balance supply and demand.
Implement intelligent energy distribution networks with automation and monitoring to optimize power transmission and efficiency.
Promote environmentally-friendly technologies and sustainable practices in energy production and consumption.
Innovate in wave, tidal, and hydroelectric power solutions to harness renewable energy from water sources.
Optimize heat generation, transfer, and sustainable combustion processes for industrial and energy applications.
Combine wind and solar energy systems with advanced models to maximize renewable efficiency and reliability.
Implement smart solutions and industrial practices to reduce energy consumption while maintaining performance standards.
The International Conference on AI, IoT, Embedded Technologies & Sustainable Energy "AITEC'26" will be held from March 26-28, 2026 at the Rosa Beach Hotel, Monastir, Tunisia.
Rosa Beach Hotel, Monastir, Tunisia
contact@aitec-conf.com
+216 55 531 177