Graduate Program in Construction Engineering and Management

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The master’s program in Engineering Project Management at the Department of Civil Engineering here at Rutgers University is targeted at individuals who require a more in depth knowledge of the business delivery of projects in an engineering environment, perhaps in the construction, oil and gas, petrochemical or process industries. The focus is on the main principles and techniques of planning, control, execution and engineering of construction projects. The degree emphasizes construction management principles, computing applications in construction and the fundamentals of construction engineering. The course aims to help candidates become more effective by enhancing and developing the skills that managers require in the construction industry.

The course covers the project management process, from inception and feasibility, engineering, procurement and implementation through to commissioning and operation. Particular emphasis is placed on the financial, planning and management aspects of the project life cycle.

Courses

16:180:545. (F) ADVANCED CONSTRUCTION ENGINEERING MANAGEMENT I (3)
Williams. Prerequisites: 14:180:406,407, or equivalent.
Advanced techniques for financial and management control of construction projects; construction company financial control and accounting; project cost control; estimating and bid preparation; equipment management; computer and expert system applications to construction financial control.
 
16:180:546. (S) ADVANCED CONSTRUCTION ENGINEERING MANAGEMENT II (3)
Williams. Prerequisites: 16:180.406,407, or equivalent. 
Analytical techniques for control of construction operations; network scheduling techniques (CPM and PERT); computerized scheduling linear programming applied to construction; simulation of construction operations; decision and risk analysis.
 
16:180:550. (F) BUILDING INFORMATION MODELING (3)

Gong. Model authoring, green BIM, energy simulation, sustainability study, structural design, collaborative design, model-based estimation, spatial coordination, 4D simulation and sequencing, BIM execution planning, information modeling, interoperability, facility management, legal aspects.

16:180:XXX. (S) METHODS AND MODELS FOR INFRASTRUCTURE SYSTEM MODELING AND MANAGEMENT (3)