2025 International Conference on Mechanical Manufacturing Technology and Material Engineering (MMTME 2025) was successfully held in Northeastern University!
2025 International Conference on Mechanical Manufacturing Technology and Material Engineering (MMTME 2025), organized by Northeastern University (School of Metallurgy), was successfully held from September 19 to 21, 2025 at Northeastern University in China. The conference was held in the form of a "main venue +2 sub-venues", successfully attracting over 250 experts and scholars from multiple countries and regions including China, UK, Oman, Indonesia, and Bangladesh. AiScholar provides full-process technical service support for this conference.
Opening Ceremony of MMTME 2025
At the opening ceremony, Professor Zhihe Dou, the dean of the School of Metallurgy of Northeastern University, and Professor Ali Reza Kamali, the general chair of the conference and a professor at Northeastern University and the University of Cambridge in the UK, delivered speeches respectively. This not only officially kicks off this high-level academic event but also highlights the academic height and international perspective of the conference.
Prof. Zhihe Dou, Dean of the School of Metallurgy of Northeastern University
Prof. Ali Reza Kamali, the General Chair of MMTME 2025
Northeastern University, China/University of Cambridge, UK
Plenary Speech Session of MMTME2025
During the plenary speech session, five renowned experts delivered reports focusing on key areas such as energy materials, sustainable technologies and resource recycling, hydrogen energy economy, and waste resource utilization.
Prof. Guoran Li (Nankai University, China)
Speech Title: To Develop High-Performance Lithium Batteries Based on Electrolyte Innovation
Prof. Rashid Al-Abri (University of Nizwa, Oman)
Speech Title: Sustainable Materials and Smart Energy Systems: An Integrated Approach to Future Industries
Prof. Ali Reza Kamali (Northeastern University, China/ University of Cambridge, UK)
Speech Title: Sustainable molten-salt technologies for Agreen production of advanced materials and waste-to-value
Prof. Pengfei Xing (Northeastern University, China)
Speech Title: Efficient Separation and Recovery of Silver and Silicon from Retired Crystalline Silicon PV Modules
Distinguished Prof. Vasant Kumar (University of Cambridge, UK)
Speech Title: Some Thoughts on Hydrogen Economy
Keynote Speech Session of MMTME2025
During the keynote speech session, seven experts elaborated in depth on cutting-edge directions such as two-dimensional nanomaterials, low-carbonization of steel, hydrogen energy preparation, and energy storage technology.
Prof. Yasin Orooji (Zhejiang Normal University, China)
Speech Title: High entropy 2D Nanomaterials such as MBenes, Mxenes
Prof. Song Li (Northeastern University, China)
Speech Title: Electrified carbon cycling for sustainable steelmaking
Prof. Bahman Amini Horri (University of Surrey, UK)
Speech Title: Hybrid Hydrothermal-Electrochemical Water-Splitting Approach for Improving Hydrogen Production Efficiency
Assoc. Prof. Amor Abdelkader (Bournemouth University, UK)
Speech Title: Energy storage beyond lithium-ion batteries
Assoc. Prof. Geshere Abdisa Gurmesa (Chinese Academy of Sciences, China)
Speech Title: Industrial Nitrogen: Production, Environmental Impact, and Implications for Forest Ecosystems
Assoc. Prof. Qiang Sun (Northeastern University, China)
Speech Title: Rational Design of Hard-Carbon Microstructure toward High-Performance Sodium-Ion Batteries
Dr. Christopher Roads (University of Cambridge, UK)
Speech Title: Cambridge University: From the Past to the Present
The invited speeches and oral presentations focused on subfields such as material preparation, numerical simulation, and nanocomposites, stimulating the collision and integration of different academic viewpoints. This greatly promoted the two-way development of theoretical research and technological innovation, injecting new vitality into the cutting-edge exploration in the fields of mechanical manufacturing technology and materials engineering.
2025 International Conference on Mechanical Manufacturing Technology and Material Engineering (MMTME 2025) successfully gathered high-quality academic resources in the field of mechanical manufacturing technology and materials engineering through a rich variety of academic exchange forms, and provided an international and high-level academic exchange platform for the participants.
