The field of Mechanical and Production Engineering embraces a vast field of technical activities including mechanical designs and production methodologies along with work methods, quality control and safety. It also includes fields of human factor, operational researchers, and organization and management systems.

International Conference for Mechanical and Production Engineering is an outstanding forum to display new advances and research results in the field of Mechanical and Production Engineering.

ICMPE shall provide a platform to present strong methodological approach and focus mostly on mechanical and production engineering that will facilitate various techniques and applications.

The conference is scheduled to be having lectures followed by session of paper presentation. The sessions start with an invitational talk about the topic followed by contributed papers.

Each contributed paper is invited from the prospective authors related to industries, research fields, engineering departments and from professional engineers.

Topic Coverage:

• Aerodynamics and fluid mechanics
• Automation, Mechatronics, and Robotics
• Automotive engineering
• Bioengineering materials, biomechanics and biotribology
• Bulk deformation processes and sheet metal forming
• Composites, ceramics, and polymers processing
• Computational mechanics / FEM modeling and simulation
• Computer-based manufacturing technologies: CNC, CAD, CAM, FMS, CIM
• Concurrent engineering
• Corrosion, Heat treatment, microstructure and materials properties
• Cryogenics
• Dynamic system analysis
• Energy conservation and auditing
• Expert system
• Failure and fracture mechanics
• Friction, wear, tribology, and Surface engineering
• Functionally graded materials, cellular materials
• Heating and ventilation air conditioning system
• High speed machining
• Hydrostatic transmissions and pneumatics
• I.C engines and Turbo machinery
• Kinematics and dynamics of rigid bodies
• Lubricants and lubrication
• Machinability and formability of materials
• Manufacturing design for 3r "reduce, reuse, recycling"
• Mechanical micro machining
• Mechanisms and machines
• Medical device manufacturing
• Metal casting, metal joining processes
• Metrology and computer aided inspection
• Micro and nanomechanics
• Modeling, simulation, and optimization
• Multifunctional and smart materials
• Nanomaterials and nanomanufacturing
• Precision engineering
• Product design and development
• Rapid manufacturing technologies and prototyping, remanufacturing
• Recycling systems
• Renewable energies technology
• Reverse engineering
• Sensors for intelligent manufacturing and artificial intelligence
• Soft computing techniques
• Solid mechanics and structural mechanics
• Sustainable and green manufacturing
• Thermodynamics and heat transfer
• Tool condition monitoring
• Traditional and non-traditional machining processes
• Vibration and acoustics