5^th International Conference on Computational & Experimental Methods in Mechanical Engineering (ICCEMME-2025) is an international, peer-reviewed academic conference aimed at fostering the exchange of high-quality research within the mechanical engineering community. The conference provides a platform for researchers, scientists, and engineers to share insights and collaborate across various subfields of mechanical engineering. ICCEMME-2025 invites original research articles, review papers, and feature articles for possible publication.
The conference's ongoing mission is to identify and explore emerging trends across several domains, including but not limited to Material Science and Engineering, Thermal, Fluids, Energy, and Process Engineering, Mechatronics, Control, and Robotics, Solid Mechanics and Structural Engineering, Engineering Design, Manufacturing and Industrial Engineering, Automobile Engineering, Inter-Disciplinary Engineering and Allied topics
ICCEMME-2025 will serve as a forum for advancing the knowledge and development of these critical areas in mechanical engineering.

Objectives

• Driving Innovation in Engineering: To fosters an environment that encourages participants to adopt innovative approaches, showcasing ground breaking ideas, methodologies, and technologies advancing in Mechanical Engineering.
• Advancements in Emerging Technologies: To provides participants with the opportunity to explore and engage in discussions on the latest advancements in Mechanical Engineering, featuring presentations, keynote sessions, and panels.
• Exploring Transformative Technologies: To highlights the transformative impact of emerging technologies, offering insights into how these innovations can reshape industries, societies, and daily life. Attendees will gain a deep understanding of the potential influence of new technologies on the future of computing and engineering.
• Promoting Collaboration and Networking: To facilitates networking and collaboration between academia and industry, providing opportunities for participants to build connections and form partnerships that drive future research and development.
• Shaping Future Research Directions: To encourages participants to explore emerging research areas by exposing them to diverse ideas and approaches, fostering the generation of novel research questions and innovative solutions to current and future challenges.
• Exploring Challenges and Opportunities: To focus on the challenges and opportunities shaping the future of computer science, electrical engineering, and electronics, exploring ethical, societal, and global impact considerations for sustainable development goals.

• Knowledge Dissemination: Sharing advanced research, best practices, and innovative solutions through presentations and keynotes, panels, providing participants with actionable insights.
• Networking and Collaboration: Enabling networking opportunities and promoting partnerships between academia, industry, and government agencies to stimulate synergies and accelerate collaborative research efforts.
• Publication Opportunities: Providing a platform for researchers to present their work and publish conference proceedings in renowned journals and digital repositories.
• Inspiration and Empowerment: Inspiring emerging researchers to drive innovation and shape the future of Mechanical and Allied engineering.