Patron

Shri. Sunil Raisoni

Mr. Sunil Raisoni

Chairman RGI

Shri. Shreyas Raisoni

Shri. Shreyas Raisoni

Executive Director RGI

Prof. Dr. Ahmad Sudiro

Prof. Dr. Ahmad Sudiro

Indonesia

Prof. Goh Khang Wen

Prof. Goh Khang Wen

Malaysia

Chairs

Honorary Chair
  • Dr. Sachin Untawale, India
  • Ir. Harto Tanujaya , Indonesia.
  • Assoc. Prof. Dr. Zuraidah Harith, Malaysia
Honorary Co-Chair
  • Dr. Pramod V.Walke, India .
  • Dr. Hetty Karunia Tunjungsari, Indonesia
  • Dr. Nurulhuda Ahamad, Malaysia
Advisory Board
  • Prof. Dr. Ir. Agustinus Purna Irawan, Indonesia
  • Dr. Tezara Cionita, Malaysia
  • Dr. Muslum Arici, Turkey
Organizing Chair
  • Dr. Santosh B. Jaju, India
  • Dr. Rupesh S. Shelke, India
  • Dr. Ir. Steven Darmawan, Indonesia
General Chair
  • Dr. Ganesh Kedar,
    Professor and Head of Department of Mathematics,
    Rashtrasant Tukdoji Maharaj Nagpur University
  • Dr. Rupali J. Thete
    Dean, First Year Engineering, GHRCE
Convener
  • Dr. Ashish S. Raut, India
  • Dr. Dra. Fransisca Iriani Roesmala Dewi, Indonesia
  • Assoc. Prof. Dr. Nurharniza Abdul Rahman, Malaysia
Co-Convener
  • Prof. Yogesh N. Nandanwar, India
Conference Chair
  • Prof. Amol D. Pitale, India
  • Dr. Didi Widya Utama, Indonesia
  • Dr. Jeya Gopi Raman, Malaysia
Program Chair
  • Dr. Vinod N. Bhaiswar, India
  • Dr. Abhay M. Khalatkar, India
  • Dr. Rorlen, Indonesia
Publication Chair
  • Dr. Nilesh W. Nirwan, India
  • Dr. Yuli Panca Asmara, Malaysia
Finance Chair
  • Dr. Vivek W. Khond, India
  • Dr. Nilesh P. Awate, India
  • Dr. Mei Ie, Indonesia
Registration Chair
  • Dr. Shilpa Vinchurkar, India
  • Prof. Amol S. Chaudhary, India
Technical Chair
  • Dr. Anand Babu Kotta, India
  • Dr. Sourabh Shukla, India
  • Dr. Vednath P. Kalbande, India
  • Dr. Laukik P. Raut, India
  • Prof. Rahul A. Jibhakate, India
  • Dr. Nadia Ayu Rahma Lestari, Indonesia
  • Dr. Wulan Purnama Sari, Indonesia

Call for Paper

1. Sustainable and Renewable Technologies

  • 1. Solar, wind, biomass, and hydrogen energy systems
  • 2. Waste-to-energy conversion technologies
  • 3. Energy-efficient building systems and HVAC
  • 4. Life cycle assessment and circular economy models
  • 5. Sustainable transportation and electric mobility
  • 6. Water-energy nexus and desalination technologies

2. Sustainable Production & Industrial Engineering

  • 1. Production and operation management
  • 2. Lean manufacturing and Six Sigma methodologies
  • 3. Supply chain and logistics optimization
  • 4. Operations research and decision-making models
  • 5. Ergonomics and human factors engineering
  • 6. Total quality management and reliability engineering
  • 7. Industrial safety, risk analysis, and hazard management
  • 8. Smart factories and Industry 4.0 practices
  • 9. Project and technology management
  • 10. Maintenance and reliability engineering

3. Sustainable Materials & Green Manufacturing

  • 1. Smart materials and composites
  • 2. Nanomaterials and nanotechnology applications
  • 3. Additive manufacturing (3D/4D printing)
  • 4. Advanced machining and surface engineering
  • 5. Composite materials and lightweight structures
  • 6. Welding and joining processes
  • 7. Surface engineering and coatings
  • 8. Bio-inspired and biomimetic materials
  • 9. Tribology and wear-resistant materials

4. Environmental effects by Thermal Engineering and CO2 footprints

  • 1. Pollution and control
  • 2. Heat exchangers and thermal system design
  • 3. Multiphase flow and boiling/condensation heat transfer
  • 4. IC engines, automobile engineering and alternate fuels
  • 5. Computational fluid dynamics (CFD) in thermal sciences
  • 6. Microscale and nanoscale heat transfer
  • 7. Thermal energy storage and management systems
  • 8. Cryogenics and HVACR systems
  • 9. Aerospace and automotive thermal management
  • 10. Fluid Mechanics and Hydraulics

5. Computational & Simulation Techniques

  • 1. Finite element analysis (FEA) and boundary element methods
  • 2. Multiphysics and multi-scale simulations
  • 3. Molecular dynamics and atomistic modelling
  • 4. Simulation of manufacturing processes and systems
  • 5. Artificial intelligence-driven simulations in Mechanical Engineering
  • 6. Modelling and simulation Optimization techniques

6. Design, Mechanics & Structural Engineering

  • 1. Solid mechanics, fracture, and fatigue
  • 2. Structural dynamics and vibration analysis
  • 3. Multibody dynamics and mechanism design
  • 4. Optimization in design and product development
  • 5. Reliability and durability of mechanical systems

7. Automation, Interdisciplinary & Emerging Areas

  • 1. Automation in manufacturing system
  • 2. Bioengineering and biomechanics
  • 3. Medical devices and implant design
  • 4.Biomedical imaging and surgical robotics
  • 5. Micro-electro-mechanical systems (MEMS)
  • 6.Smart cities and intelligent infrastructure
  • 7. Quantum technologies in mechanical systems
  • 8. Education, outreach, and policy in engineering innovation
  • 9. Robotics and autonomous systems
  • 10. Artificial intelligence (AI) and machine learning in mechanical engineering
  • 11. Industrial Internet of Things (IIoT)
  • 12. Mechatronics and intelligent control systems
  • 13. Human-robot collaboration and cobots
  • 14. Use of blockchain technology in mechanical engineering

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