The purpose of the Construction Management specialization is to prepare professionals to serve as leaders within the construction management segment of the industry and who can promote the enhancement of the construction management discipline. Coursework within the specialization is directed toward applied research, the advancement of the construction organization, and professional management leading to the effective and efficient control of the construction process. Development of high quality communication practices for the construction management process is of paramount importance to the construction specialization. In addition, legal and ethical dimensions applied to the construction process will be an integral part of the specialization.
The specialization is open to persons having had undergraduate/graduate studies in construction management and/or related disciplines. Validated work experience in the construction industry is required.
|Univ.||Course||Sp 15||Su 15||Fa 15||Sp 16||Su 16||Fa 16||Sp 17||Su 17||Fa 17||Sp 18||Su 18||Fa 18||Sp 19||Su 19||Fa 19|
|BGSU||TECH 6820||Adv. Practice||X|
|BGSU||TECH 7110||Const. Econ||X||X|
|ECU||CMGT 6660||Quality Const.||X|
|UCM||TMD 7320||Ethics & Prof||X|
|NCA&T||CM 781||Risk Manage.||X||X|
Sustainable Design/Construction green building practices, environmental assessment, alternative construction materials, recycling of materials, EPA regulations are analyzed in different situations.
The course presupposes no formal training in ethical theory. Emphasis will be on critical thinking skills applied to issues experienced by practicing professional in Construction Management.
The course offers a reflective and reactive study of technological systems, assessment, and innovation in local and global environments. Students will link their environments to a broader international context.
Life cycle costs, value engineering, management strategies, and the effect on the economy by construction projects with both national and international perspectives, and operations research are examined in the course.
Current codes and procedures in sampling, engineering standards, testing procedures and guidelines, data analysis using computer modeling and statistical analysis.