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| Civil & Structural Engineering ( 323 courses)
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1 year subscription
Within the Civil & Structural Engineering Package, you will find information and training on civil engineering, soil and water resources, asphalt and concrete, green infrastructure, highway engineering, design loads and more. |
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| This bundle includes the following course(s): |
- 2015 National Design Specification for Wood Construction
- ADA Guidelines: Designing Pedestrian Facilities using Public Right of Way Accessibility Guidelines
- Algebra for Engineers & Others - Inductive Reasoning & Mathematical Induction
- Algebra for Engineers - Method of Least Squares Part 2: Curve Fitting with the Linear Model
- Algebra for Engineers - Method of Least Squares Part I: Fundamentals
- Algebra Method of Least Squares, Part 3 - Exponential & Power Functions
- ALTA Survey Basics
- Aquifer Remediation
- Asbestos Management
- Asbestos: What Is It & Who Should Remove It?
- Asphalt 1: Introduction to Superpave & Materials Selection
- Asphalt 2: Superpave Mixture Volumetrics
- Asphalt Design - SuperPave: Aggregates & Mixtures
- Asphalt Design - SuperPave: Binders
- Asphalt Design - SuperPave: Introduction
- Asphalt Design - SuperPave: Mix Design
- Asphalt Pavement - Design Basics
- Basic Civil Engineering - Asphalt
- Basic Civil Engineering - Culvert Design 1
- Basic Civil Engineering - Culvert Design 2
- Basic Civil Engineering - Sewage Treatment
- Basic Civil Engineering - Sewers & Sewerage
- Basic Civil Engineering - Sewers & Sewerage 2
- Basic Civil Engineering - Water Distribution 1
- Basic Civil Engineering - Water Distribution 2
- Basic Civil Engineering - Water Supply
- Basic Wind Loads ASCE 7-10
- Basic Wind Loads I: ASCE 7-05 Revealed
- Basic Wind Loads II - The Law & Implementation
- Basics of Industrial Wastewater Treatment
- Basics of Soil Resources 1: Classification, Mapping & Data Bases
- Basics of Water Resources: Groundwater Contamination
- Basics of Water Resources: Groundwater Hydrology
- Basics of Water Resources: Wetland Basics
- Biofilters: A Natural Approach to Storm Water Pollutant Removal
- Brittle Fracture for Steel Structures
- Building for Senior Living: Building Codes, Sustainability, & Structural Systems
- Building Pathology: An Introduction
- Building Pathology: Columns & Walls
- Building Pathology: Foundations
- Building Pathology: Freeze-Thaw Cycling
- Building Pathology: Materials Pathology
- Building Pathology: Members & Connections
- Building Pathology: Parapets & Decks
- Building Pathology: Rising Damp & Salt Decay
- Building Pathology: Roofs
- Building Pathology: Site Drainage Problems
- Building Pathology: Utilities, Environmental & Protection Systems
- Building Systems for Designers - Electrical Appliances & Communications Equipment
- Building Systems for Designers - Electrical Systems Basics
- Building Systems for Designers - Heating & Cooling Systems
- Building Systems for Designers - Indoor Air Quality
- Building Systems for Designers - Lighting Systems
- Building Systems for Designers - Principles of Thermal Comfort
- Building Systems for Designers - Structural Systems
- Building Systems for Designers - Water Supply, Distribution, & Waste Systems
- Building Systems for Designers: The Building & Its Environment
- Channel Linings 2008 - Part 1: Design Concepts & Procedures
- Channel Linings 2008 - Part 2: Lining Designs & Types
- Channel Restoration Design 1: An Alternative to Channelization
- Channel Restoration Design 2: Designers & Their Toolkits
- Channel Restoration Design 3: A Design Framework
- Clean Energy: Hydrogen & Fuel Cell Global Commercialization & Development Update
- Commercial Solar Power Systems Webcast
- Compressed Air Systems in Industrial Plants
- Computer Analysis of Structures: An Introduction
- Concrete 1: Evaluation & Causes of Damage
- Concrete 2: Repair Planning & Preparation
- Concrete 3: Methods, Materials, & Maintenance
- Concrete Fundamentals - Concrete Slab On Grade
- Concrete Fundamentals: An Introduction
- Concrete Pavement Rehabilitation - Diamond Grinding
- Concrete Pavement Rehabilitation - Full Depth Repair
- Concrete Pavement Rehabilitation - Partial Depth Repair
- Concrete Pavement: Glass Fiber Reinforced Polymers
- Concrete: Self-Consolidating
- Conflict Resolution: The Principles of Evidence - Intermediate
- Constructed Wetlands - Free Water Surface Wetlands
- Constructed Wetlands - Introduction & Basic Concepts
- Constructed Wetlands - Pollutant Removal Mechanisms
- Constructed Wetlands - Vegetated Submerged Beds
- Construction Administration: MEP Commercial Buildings
- Corrugated Steel Pipe Durability
- Cost Estimating: Fundamentals
- CSDA's Basics of Concrete, Diamonds & Diamond Tools
- Culvert Design for Fish Passage 1 - Basics & Design
- Culvert Design for Fish Passage 2 - Advanced Topics
- Culvert Sizing Using HY-8 Version 7.0 - Part 1: Basics
- Culvert Sizing Using HY-8 Version 7.0 - Part 2: Inlets & Inlet Control
- Data Quality Assessment
- Data Validation
- Deck Building Advanced
- Deck Building Basics
- Design of Detention Ponds for Parking Lots
- Design of Reinforced Concrete Using the ACI Code: Analysis & Design of T Beams & Doubly Reinforced Beams
- Design of Reinforced Concrete Using the ACI Code: Bond, Development Lengths, & Splices
- Design of Reinforced Concrete Using the ACI Code: Design of Rectangular Beams & One-Way Slabs
- Design of Reinforced Concrete Using the ACI Code: Design of Short Columns Subject to Axial Load & Bending
- Design of Reinforced Concrete Using the ACI Code: Flexural Analysis of Beams
- Design of Reinforced Concrete Using the ACI Code: Introduction
- Design of Reinforced Concrete Using the ACI Code: Introduction to Columns
- Design of Reinforced Concrete Using the ACI Code: Serviceability
- Design of Reinforced Concrete Using the ACI Code: Shear & Diagonal Tension
- Design of Reinforced Concrete Using the ACI Code: Slender Columns
- Design of Reinforced Concrete Using the ACI Code: Strength Analysis of Beams
- Design of Reinforced Concrete Using the ACI Code: Two-Way Slabs, Equivalent Frame Method
- Design of Small Water Systems
- Design of Steel Elements for Second Order Effects
- Design of Wick Drains
- Designing Buildings for Tornadoes
- Designing Using LRFD Principles
- Designing with Structural Composite Lumber
- Developing & Implementing an EPA RMP
- Driven Piles: Introduction to Static Analysis Methods
- Driven Piles: Pile Type & Selection
- Driven Piles: Static Analysis - Pile Groups
- Driven Piles: Static Analysis - Single Piles
- Driven Piles: Subsurface Exploration & Testing
- Ductile Iron Pipe
- Earthquake Mitigation & Design
- Earthquakes: The Basics
- Electric Power Plant Design Part 1: Site Selection, Design, Systems & Components
- Engineering Economic Analysis
- EPA Onsite Wastewater Treatment: Processes & Systems
- EPA Onsite Wastewater Treatment: Systems Management
- Ethical Decision Making for Design & Construction Professionals Webcast
- Excavation Safety & Shoring/OSHA
- Excel: Using Numerical Methods
- Finite Element Analysis
- Geotechnology: Cartography, Mapping & Map Serving
- Gravel Road Design, Construction & Maintenance
- Gravity Sewer Design
- Green Building with Steel - Part 1: Material Attributes, Applications & LEED Ratings
- Green Building with Steel - Part 2: Guidelines for Builders, Trades & Inspectors
- Green Building with Steel - Part 3: Light Gauge Metal Components for Framing
- Green Building with Steel - Part 4: Framing With Steel Studs
- Green Building with Steel - Part 5: Erecting An Engineered Red Iron Steel House
- Green Building: Commercial High Performance Guidelines Part 2
- Green Design: Sustainable Water Systems in Buildings
- Green Infrastructure 1: Introduction to High Performance Guidelines
- Green Infrastructure 2: Best Practices for Site Assessment
- Green Infrastructure 4: Best Practices for Pavement
- Green Infrastructure 5: Best Practices for Utilities
- Green Infrastructure 6: Best Practices for Stormwater Management
- Green Streets
- Green Urban Design
- Groundwater for Engineers & Scientists
- Groundwater Hydrology
- Guide to the FEMA Elevation Certificate V2
- Heavy Construction Equipment Basics - Earthmoving & Excavating
- Heavy Construction Equipment Basics - Lifting
- HEC-RAS - Open Channel Flow Basics
- Helical Foundations & Tiebacks: An Introduction
- Highway Engineering 1: An Introduction
- Highway Engineering 2: Highway Administration, Planning & Evaluation
- Highway Engineering 3: Driver, Pedestrian, Vehicle & Traffic Characteristics
- Highway Engineering 4: Highway Design & Facilities
- Highway Engineering 5: Highway Traffic Engineering
- Highway Engineering 6: Highway Drainage & Surveys
- Highway Engineering 7: Contracts & Supervision
- Highway Engineering 8: Part 1 - Highway Materials, Maintenance & Rehabilitation
- Highway Engineering 8: Part 2 - Highway Materials, Maintenance & Rehabilitation
- Highway Rumble Strips
- Hot-Dip Galvanizing: Corrosion Protection
- Hydraulic Accumulators - An Introduction
- Hydraulic Motor Selection for Industrial Conveyors
- Hydraulic Steel Structure Design
- International Building Code & More: About the Codes
- International Building Code & More: Code Officials & Code Processes
- International Building Code & More: Electrical & Communication Requirements
- International Building Code & More: Means of Egress
- International Building Code & More: Occupancy Classifications & Loads
- International Building Code & More: Sustainability & Accessibility
- International Engineering
- Introduction to Rain Gardens
- Introduction to Wetlands Webcast
- Irrigation Practices for Commercial & Residential Sites Webcast
- Landfill Gas Collection & Treatment Systems
- Leak Detection for Roofs
- Low Pressure Sewer Design
- Manholes - Head Loss & Sizing
- Material Science: Structures of Metals
- Mathematics I: Algebra
- Membrane Filtration - Part 1: Process, Products & Materials
- Membrane Filtration - Part 2: System Components & Pumps
- Membrane Filtration - Part 3: Plant Functions & Pretreatment Methods
- Membrane Filtration - Part 4: Cleaning, Measuring, Controls & Pumps
- Modern Roundabout Design: Designing Safe Intersections
- Modern Sewer Design: Durability Guidelines for Corrugated Steel Pipe
- Onsite Wastewater Treatment - Additives & Softeners
- Onsite Wastewater Treatment - Design Basics
- Onsite Wastewater Treatment - Dosing
- Onsite Wastewater Treatment - Flows & Quality
- Onsite Wastewater Treatment - Intermittent Sand Filters
- Onsite Wastewater Treatment - Nutrient Removal
- Onsite Wastewater Treatment - Recirculating Sand Filters
- Onsite Wastewater Treatment - Septic Tanks
- Onsite Wastewater Treatment - Treatment System Selection
- Open Channel Hydraulics I: Introduction & Energy Balance
- Open Channel Hydraulics II: Force Balance & Critical Depth
- Open Channel Hydraulics III: Uniform Flow
- Open Channel Hydraulics IV: Introduction to Water Surface Profiles
- Open Channel Hydraulics V: More Water Surface Profiles
- OSHA Concrete & Masonry Construction
- OSHA Demolition
- OSHA Tools - Hand & Power
- OSHA Underground Construction
- Parking Lot Design: Elements of Design
- Parking Lot Design: Essentials
- Parking Lot Design: Parking Studies
- Parking Lot Storm Drain Design
- Parking Lots - Lighting
- Parking Lots - Parking Demand
- Parking Lots - Parking Geometrics
- Parking Lots - Surface Lot Functional Design
- Performing MEP Commercial Building Surveys
- Pier & Beam Foundation Design
- Pipe Support Systems
- Plan Review Techniques for Infrastructure Projects
- Planning & Design of Navigation Locks
- Plumbing Using PVC Pipe
- Pole Structural Loading
- Precast Concrete Erection Procedures
- Preparing Infrastructure Plans for Roadways
- Prestressed Concrete - An Introduction
- Prestressed Concrete - Hollow Core
- Prestressed Concrete II - Structural Design
- Professional Painting
- Pump Suction Characteristics
- Pumping Stations - Part 1, Basic Concepts
- Pumping Stations - Part 2, Design Process, Site Planning & Hydrology
- Pumping Stations - Part 3, Pump Configurations & System Storage
- Pumping Stations - Part 4, Discharge Line & Pump Selection
- Pumping Stations - Part 5, Sump Dimensions & System Checks
- Pumping Stations - Part 6, Electrical & Mechanical
- PVC Pipe - Which type should I use?
- Rehabilitation of Water Distribution Systems: Current Technologies
- Rehabilitation of Water Distribution Systems: Designing Renewal Projects
- Rehabilitation of Water Distribution Systems: Selecting Rehab Methods
- Reinforced Concrete Tilt-Up Panels
- Renewable Energy Fundamentals Webcast
- Retaining Wall Design - Part 1
- Retaining Wall Design - Part 2
- Roadway Design: Vertical & Horizontal Alignment
- Roofing - Flexible Membrane Edge Design
- Roofing - Flexible Membrane Wind Load Design
- Roofing in High Velocity Hurricane Zones
- Roofing Materials - Asphalt Shingles
- Roofing Materials - Concrete Tiles
- Roofing Materials - Flexible Membranes
- Rotary Kiln Incineration Systems
- Runoff Analysis using the SCS Method - Part 1
- Runoff Analysis using the SCS Method - Part 2
- Runoff Analysis using the USGS Method - Florida
- Runoff Analysis using the USGS Method - Georgia
- Runoff Analysis using the USGS Method - Louisiana
- Runoff Analysis using the USGS Method - Tennessee
- Runoff Analysis using the USGS Method - Texas
- Safe Work Permits
- Seismic Diaphragm Demands
- Selection of Seismic Design Methods: An Example
- Septic System Design
- Sewage Lift Station Design
- Sludge Waste Incineration
- Solar Water Heating: Reducing Green House Gas Emissions
- Statistical Analysis
- Storm Drain Inlets - Part 1, Overview & Grates
- Storm Drain Inlets - Part 2, Capacity of Curb Openings & Combinations
- Storm Drain Inlets - Part 3, Capacity of Inlets in Sags
- Storm Drain Inlets - Part 4, Inlet Location & Spacing
- Stormwater Discharges from Construction Activities
- Stormwater Harvesting: A Green Concept
- Stormwater Management: Low Impact Development
- Stream Restoration 1 - Introduction & Overview
- Stream Restoration 2 - Stream Corridor Processes
- Stream Restoration 3 - Disturbances Affecting Stream Corridors
- Stream Restoration 4 - Identifying Problems & Opportunities
- Stream Restoration 5 - Goals & Objectives
- Stream Restoration 6 - Implementation & Monitoring
- Structural Analysis I: An Introduction
- Structural Analysis II: Analysis of Determinate Structures
- Structural Analysis III: Shear & Moment Diagrams
- Structural Design Philosophies ASD & LRFD
- Structural Dynamics: An Introduction
- Structural Guying for Electric Distribution Systems
- Structural Steel - An Introduction
- Subsurface Utility Engineering - Part 1: Understanding SUE
- Subsurface Utility Engineering - Part 2: Understanding CI/ASCE 38-02
- Sustainable Urban Design: High Speed Rail
- Swimming Pools: Coordination of Architects & Pool Design Professionals
- Swimming Pools: Coordination of Contractors
- Swimming Pools: Coordination of Contractors & Building Trade Professionals
- Swimming Pools: Coordination of Engineers & Pool Design Professionals
- Swimming Pools: Introduction to Aquatic Design & Construction
- Swimming Pools: Mechanical & Hydraulic System Design
- The Importance of the International Building Code (IBC) in the Design & Construction of Safe Buildings Webcast
- The Rational Method, State of the Art, State of the Science
- Thermodynamics of Cogeneration
- Tidal Hydraulics
- Timber Bridge Design
- Traffic Calming
- Transportation System Funding
- Trenchless Methods: An Introduction
- U.S. Biofuel Industry: Mind the Gap
- Understanding the Energy Independence & Security Act Webcast
- Understanding Utility Cadd Standards
- Urban Drainage - Design of Storm Water Detention & Retention Facilities
- Use of Steel in Design & Construction
- Walkable Communities
- Wastewater: Land Treatment Systems
- Water Well Design
- Writing Special Provisions
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