2015 International Conference on Quality, Reliability, Risk, Maintenance, and Safety Engineering (QR2MSE 2015) is to bring together leading academics, industry practitioners, and research scientists from around the world to advance the body of knowledge in quality, reliability, maintenance, and safety of engineering systems, to establish and strengthen the link between academia and industry, to promote applications of research results in practice, and to showcase state of the art industrial technologies. Papers dealing with case studies, reliability data generation, experimental results, or best design practice, effective maintenance solutions are of particular interest. All papers accepted will be included in the conference proceedings. Selected papers will be considered for possible publication in special or normal issues of international journals.

TOPICS OF INTERESTS (not limited to the following topics)

 • Quality engineering 	
 • Survival data analysis 
 • Quality assurance and cost issues 
 • Data collection and analysis 
 • Quality planning and measurements 
 • Prognostics and health management  
 • Total quality management techniques	
 • Condition based maintenance 
 • Experimental design for quality control
 • Equipment management and maintenance 
 • Methodologies for quality control 
 • e-Maintenance 
 • Reliability theory and application 	
 • Maintenance engineering theory and application 
 • Reliability testing and statistics 
 • Reliability centered maintenance 
 • Product reliability and safety evaluation 	
 • Software maintenance 
 • Human factors and reliability 	
 • Emergency maintenance 
 • Software reliability and testing 	
 • Maintenance support modeling and simulation 
 • Structural reliability 	
 • Maintainability engineering theory and application 
 • Mechanism reliability
 • Contractor logistics theory and practice
 • Mechanical reliability
 • Robust design 
 • Network reliability 
 • Optimal design 
 • Reliability tools for product development 
 • Multidisciplinary design optimization
 • Risk assessment methods 
 • Failure of Physics