I want to have a joint group research on topic of Supply Chain Management OR Topics under construction management. Group will follow the research work, analysis and collaboration. Reply if interested.
Hi, Professor Kamlesh Damboo I sincerely hope you are doing well. I'm Emmanuel Wiribare. My field of study was construction management, MPhil. The application of mixed reality in construction management education was the main topic of my research. My other research focuses on smart contracts, sustainability, and other related issues. During my MSc studies, I also studied Lean and Sigma. I have personally completed more six sigma training with Dr. Lean Murali of India. I enjoy studying in Diaspora because of the excellent industrialization and research. I'm sure that India would be a fantastic place for me to further my education. My resume is included for your perusal.
Thanks for inviting me to join your research group.I am interested in Construction Engineering and I am eager to explore available opportunities in your research laboratory. Having been working in construction company for over five years, I have developed a very deep passion for research area Structural sustainability.
Cohesive energy and enthalpy are both important thermodynamic quantities used to assess the stability of a material, but they serve different purposes and are suitable for different types of analyses. The reason for using cohesive energy instead of enthalpy in structure stability calculations primarily relates to the nature of the quantities and the specific context of solid-state physics and materials science:
I think it would be useful to provide the BIM-based technologies for contractors and supply planning which can be obtained by using the automated technology of construction and reconstruction management AT "Building Manager".
AT "Building Manager" is not one software product, but a system of interconnected software products of different developers, designed to achieve a main goal:
- Maximum automation and information linkage of all divisions of the design and construction organisation into a single system with complex and dynamic resources – time – costs estimation.
The creation of this automated technology required considerable efforts from developers of all software complexes included in AT, from the development and coordination of information exchange protocols to the development of special software.
Joint operation of software complexes of different purposes within the framework of a single system not only systematised all information flows against the background of significant reduction of labour intensity of separate processes (for example: calculation of estimates or formation of network organisational and technological model of construction for calculations of calendar plans) with the significant increase of information reliability level, but also has opened such opportunities, which were unavailable when using these software complexes separately.
Such capabilities include 4D-visualisation of the construction process (three-dimensional display of the construction object on any day of the calendar plan with or without the fact of work execution).
Inclusion or not of different software complexes in AT "Building Manager" is not regulated by any contract between developers, but is determined by functional capabilities of software products to provide import and export of information with the use of information exchange protocols accepted in AT "Building Manager".