Master of Science in Construct - University of N

The Master of Science in Construction and Infrastructure Management (MSCIM) program prepares individuals for mid- and upper-level management positions in the construction and transportation industries. It offers two concentrations: Construction Management and Transportation Infrastructure Management. The program emphasizes the principles and practices of construction and infrastructure management, developing skills in planning, design, construction, and maintenance. Graduates are equipped for careers in construction management, project management, transportation planning, and engineering.

Program Outline

Degree Overview:

The Master of Science in Construction and Infrastructure Management (MSCIM) degree is designed for individuals interested in the management of construction and transportation infrastructure. It is intended for applicants with all baccalaureate backgrounds, particularly those in areas other than engineering, who either currently work for or aspire to work for construction companies, transportation agencies, public agencies, or private companies that provide professional services in the transportation and construction management fields. The degree provides graduate-level study for those seeking mid- and upper-level management positions in the construction and transportation industries. Students with degrees in construction management, engineering, science, mathematics, operations research, statistics, political science, physical science, psychology, health sciences, urban or regional planning, as well as related disciplines are encouraged to apply.

Objectives:

To provide a comprehensive understanding of the principles and practices of construction and infrastructure management.
To develop the skills necessary to plan, design, construct, and maintain construction and infrastructure projects.
To prepare students for leadership roles in the construction and infrastructure industries.

Outline:

The MSCIM program consists of two concentrations:

Construction Management
Transportation Infrastructure Management

Construction Management Concentration:

Required Courses:
Construction Estimating
Construction Scheduling and Resource Optimization
Foundations of Big Data Analytics for Construction Management
Engineering Project Management
Research Methods in Civil and Environmental Engineering
Elective Courses (choose at least two):
Sustainable Construction
Construction Law and Contracts
Construction Engineering Management
Modular Construction
Information and Sensing Technology in Construction
Thesis or Non-Thesis Option

Transportation Infrastructure Management Concentration:

Required Courses:
Engineering Project Management
Research Methods in Civil and Environmental Engineering
Foundations of Big Data Analytics for Infrastructure Applications
Elective Courses (choose at least 12 credits):
Introduction to Railroad Transportation
Railroad Engineering
Traffic Engineering
Airport Design
Geometric Design of Highways
Computer Applications in Transportation Engineering
GIS Applications in Civil Engineering
Public Transportation Systems
Freight Transportation
Railroad Operations
Transportation Safety
Transportation Planning
Transportation Demand Analysis
Operations Research Applications in Civil Engineering
Advanced Traffic Engineering
Air Transportation
Thesis or Non-Thesis Option

Assessment:

Students in the MSCIM program are assessed through a variety of methods, including:

Coursework
Exams
Projects
Presentations
Thesis (for thesis option)

Teaching:

The MSCIM program is taught by a team of experienced faculty members from the Department of Civil and Environmental Engineering and Construction. The faculty are actively involved in research and consulting, and they bring their expertise into the classroom. The program uses a variety of teaching methods, including:

Lectures
Discussions
Case studies
Field trips
Guest lectures

Careers:

Graduates of the MSCIM program are prepared for a variety of careers in the construction and infrastructure industries, including:

Construction managers
Project managers
Transportation planners
Traffic engineers
Structural engineers
Civil engineers
Environmental engineers