International Conference on Mechanical Engineering and Electrical Systems (ICMEES)

Event Overview

The International Conference on Mechanical Engineering and Electrical Systems (ICMEES) will be held on 6 February 2026 in Delhi, India. ICMEES serves as an international platform for researchers, engineers, academicians, and industry professionals to present, discuss, and exchange innovative research ideas and emerging technologies. The conference aims to foster intellectual interaction and collaboration by providing participants with opportunities to share recent advances, research outcomes, and technological developments. ICMEES aspires to build a strong global academic and technological community comprising engineers, scholars, academicians, industrialists, and students across relevant disciplines. The event is organized by Ieeeconference, Delhi, India.

Key Information

Event Status - Active

Organizer - IEECONFERENCE

Organizing Secretary - Conference Coordinator

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

Important Dates

Submission Deadline - 17/01/2026

Conference Start - 06/02/2026

Conference End - 06/02/2026

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

Track 1: Mechanical Design & Dynamics

· Kinematics, mechanics of deformable bodies, and dynamics

· Machine elements and machine tool design (CNC, metrology)

· Dynamics, motion control, and force/impedance control

· Haptics, tele robotics, and teleoperation

· Multi-robot systems: networked, mobile & legged robots

Track 2: Mechatronics, Automation & Robotics

· Mechatronic system architecture, modeling and simulation

· Industrial automation, process control, and intelligent manufacturing

· Human–machine interfaces and personal/service robots

· Micro‑mechatronics and networked control systems

Track 3: Production, Manufacturing & Industrial Engineering

· Manufacturing systems, production technology, and operations research

· Machining, metal forming, welding, casting, and powder metallurgy

· Lean & intelligent manufacturing systems

· Quality control, industrial planning, and production management

Track 4: Advanced Materials & Materials Processing

· Smart materials and functional gradation

· Mechanical metallurgy and materials science

· Surface engineering, coating, solidification, micro/nanomaterials

· Biomaterials and material processing techniques

Track 5: Electrical Machines, Drives & Power Systems

· Electrical machines and electric drive technologies

· Power electronics, converters, inverters, and renewable energy systems

· Power quality, harmonic analysis, and supply reliability

· High-voltage engineering and insulation

Track 6: Signal Processing, Instrumentation & Control

· Digital signal processing and microprocessor-based solutions

· Instrumentation, sensing, and MEMS technologies

· Control theory and applications in industrial environments

· Electromagnetic transients, communication, and digital security

Track 7: Energy Systems & Renewable Integration

· Power system planning, scheduling, and protection

· Transmission & distribution systems, including HVDC and FACTS

· Integration of renewable energy (wind, solar) into power grids

· Energy efficiency in industrial processes