International Conference on Artificial Intelligence, Robots and Mechanical Engineering (ICAIRME)

Event Overview

The International Conference on Artificial Intelligence, Robots and Mechanical Engineering (ICAIRME) will be held on 14 February 2026 in Delhi, India. ICAIRME aims to provide a global platform for researchers, academicians, industry professionals, and scholars to present and exchange their research ideas and experiences through in-person interactions with participants from around the world.

The conference will also offer valuable opportunities for networking, fostering research and business collaborations, and building international connections that support future academic and professional growth. The outcomes of ICAIRME are expected to contribute significantly to the advancement of knowledge in the rapidly evolving fields of Artificial Intelligence, Robotics, and Mechanical Engineering.

This conference is organized by Academicsconference in Delhi, India.

Key Information

Event Status - Active

Organizer - Academicsconference

Organizing Secretary - Conference Coordinator

Conference inquiry Email ID - papers.academicsconference@gmail.com

Important Dates

Submission Deadline - 25/01/2026

Conference Start - 14/02/2026

Conference End - 14/02/2026

Program Schedule

Physical Schedule

Timing Sessions : 

08:30 AM – 09:00 AM On-Site Check-In & Welcome Coffee

09:10 AM – 09:30 AM Inaugural Address & Conference Overview

12:00 PM – 01:00 PM Networking Lunch

03:00 PM – 03:15 PM Closing Ceremony & Awards

Major topics covered for this event

Artificial Intelligence

AI Algorithms

Artificial Intelligence tools & Applications

Automatic Control

Bioinformatics

Natural Language Processing

CAD Design & Testing

Computer Vision and Speech Understanding

Data Mining and Machine Learning Tools

Fuzzy Logic

Heuristic and AI Planning Strategies and Tools

Computational Theories of Learning

Hybrid Intelligent Systems

Information Retrieval

Intelligent System Architectures

Knowledge Representation

Knowledge-based Systems

Mechatronics

Multimedia & Cognitive Informatics

Neural Networks

Parallel Processing

Pattern Recognition

Robotics

Semantic Web Techniques and Technologies

Soft computing theory and applications

Software & Hardware Architectures

Robotics Engineering

Robotics engineering

Applications of robotics

Applications of robotics, advantages and disadvantages

Current and common research projects

Innovations in robotics

Robotics and engineering applications

Kinematics, dynamics, and control

Dexterous manipulation

Locomotion, nonlinear control, and visual serving

Mechanisms of robots

Design, humanoids, hands, and legged system

Snakes, and novel actuators

Reconfigurable robots and mems/nems

Micro/nanobots, and novel sensors

Haptics and tactile interfaces

Planning and algorithms for robots

Motion planning, task planning, coordination, complexity and completeness

Computational geometry, simulation, and planning

Contact modeling, grasp synthesis, and assembly

Force control and manipulation planning

Human-robot interaction and human centered systems

Brain-machine interfaces, and telerobotics

Human augmentation, and assistive robots,

Social robots, safe interaction, robots and art

Grounded language acquisition

Natural language generation

Human-robot dialogue

Underwater robotics

Aerial/space robotics

Agricultural and mining robotics

Distributed systems

Multi-robot systems

Networked robots

Medical robotics

Robot-assisted procedures

Smart surgical tools

Rehabilitation robotics

Interventional therapy

Image-guided procedures

Surgical simulation

Soft-tissue modeling

Telesurgery

Biological robotics

Biomimetic robotics

Robotic investigation of biological science and systems

Neurobotics, prosthetics, robotics and molecular biology

Robot perception

Vision, tactile and force perception, and range sensing

Sensor fusion, calibration and identification

Mobile systems and mobility

Mapping, localization, navigation, slam

Collision avoidance, and exploration

Estimation and learning for robotic systems

Reinforcement learning

Bayesian techniques

Deep learning

Graphical models

Imitation learning

Mechanical Engineering

Dynamics, Motion Control

Industrial Planning

Machine Design

Production Management

Fault Diagnosis

Force/Impedance Control, Architecture and Programming

Functionality graded materials

Haptics, Teleoperation, Telerobotics and Network Robotics

Hardware/software Co-design

Human-Robot Interfaces

Industrial automation, process control, manufacturing process and automation

Industrial Engineering

Industrial Planning

Intelligent Manufacturing Systems

Intelligent mechatronics, robotics, biomimetics, automation, and control systems

Intelligent System

Intelligent Transportation Systems

Kinematics, Mechanics and Mechanism Design

Legged Robots, Wheeled Mobile Robots

Machine Design

Machine Elements

Machine Toll Design, CNC, Metrology

Machining Processes

Man Machine Interfaces

Manufacturing System Architecture, Design and Performance

Material Science

Materials and Material Processing

Mechanical Metallurgy

Mechanics of Deformable Bodies

Mechanisms, Systems

Mechatronic Systems and Applications

Mechatronics Design

Mechatronics Education

Medical Robots and Systems

Metal Cutting

Metal Forming

Methodologies for Robotics and Automation

Micro Mechatronics

Micro/Nano, Distributed, Cellular and Multi Robots

Modeling and Simulation of Mechatronic Systems

Modeling, Planning and Control

Motion Control

Network based control systems

Operations Research

Personal and Service Robotics

Petri Nets

Process Control

Production Management

Production Technology

Quality Control

Robotics and Automation in Unstructured Environment

Robots and Mobile Machines

Smart Materials

Solidification

Stability and Noise

Robots and Mobile Machines

Welding and Powder Technology