Preparing your Path…
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Path Catalog
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7801 Paths · page 322 / 781
This path equips geotechnical engineers with the knowledge to design, execute, and interpret site investigation programs. It covers essential soil mechanics, drilling and sampling techniques, in-situ and laboratory testing, and integrates results into a geotechnical model for engineering decisions.
This learning path equips engineers and architects with the skills to use BIM for design and construction coordination. It covers BIM principles, CAD basics, Revit and AutoCAD workflows, collaboration, and clash detection, culminating in a capstone project.
This learning path equips construction professionals with the skills to prepare accurate cost estimates and competitive bids. It covers construction basics, quantity takeoff, pricing of labor, equipment, and materials, and bid preparation, ensuring learners can produce reliable estimates for construction projects.
This learning path equips senior and graduate civil engineering students with the knowledge and skills to design infrastructure that withstands natural disasters, focusing on floods, earthquakes, and hurricanes. It integrates structural analysis, hydrology, and risk assessment to provide a comprehensive understanding of resilience principles.
This advanced learning path equips senior civil engineering students with the knowledge to design water supply and sanitation systems for communities. It covers water demand estimation, distribution networks, sewer systems, and treatment processes, integrating hydraulics and environmental engineering principles.
This learning path introduces the principles and practices of green building and sustainable construction, covering key concepts such as LEED certification, sustainable materials, energy efficiency, and waste reduction. Designed for university students with a basic civil engineering background, it progresses from foundational sustainability concepts to specific applications and assessment methods.
This learning path equips senior civil engineering students with the knowledge to design highways, covering geometric alignment, drainage systems, and pavement structures. It progresses from foundational traffic and geotechnical principles through to advanced design methods and practical applications, ensuring a comprehensive understanding of highway engineering.
This learning path covers the fundamental principles and practices of tunnel engineering, from geological and geotechnical considerations to construction methods and support systems. It is designed for senior or graduate students in civil engineering who aim to develop professional skills in tunneling.
This advanced learning path provides a comprehensive understanding of coastal and marine engineering, covering essential topics from fluid mechanics to the design of coastal structures and erosion control. Learners will explore wave and tide dynamics, sediment transport, and the engineering solutions used to protect coastlines and design harbors, with an emphasis on integrating environmental and sustainability considerations.
This learning path introduces the fundamentals of urban infrastructure planning, covering land use, transportation, utilities, zoning, and sustainable city concepts. It is designed for junior and senior civil engineering students interested in urban planning.