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Building Pathology: Site Drainage Problems (1 hour) |
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Building Pathology: Thermal Movement, Corrosion, & the Ozone (2 hours) |
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Building Pathology: Utilities, Environmental & Protection Systems (1 hour) |
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Building Systems for Designers: Heating and Cooling Systems (3 hours) |
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Building Systems for Designers: Security and Communication Systems (2 hours) |
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Building Systems for Designers: The Big Picture, An Introduction (1 hour) |
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Building Systems for Designers: Thermal Comfort (4 hours) |
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Building Systems for Designers: Water and Wastes (3 hours) |
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Capacitor Applications (2 hours) |
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Centrifugal Pumps (3 hours) |
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Channel Linings - Temporary & Permanent Erosion Control (3 hours) |
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Channel Restoration Design 1: An Alternative to Channelization (2 hours) |
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Channel Restoration Design 2: Designers & Their Toolkits (6 hours) |
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Channel Restoration Design 3: A Design Framework (4 hours) |
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Chemical Engineering: Basics of Industrial Heat Transfer (2 hours) |
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Chemical Engineering: Cooling Towers, Design & Operation (2 hours) |
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Chemical Engineering: Essentials of Pinch Technology (2 hours) |
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Chemical Engineering: Making Decisions with Insulation (3 hours) |
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Chemical Engineering: Pryophoric Iron Fires (1 hour) |
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Chemical Engineering: Statistical Process Control (2 hours) |
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Circuit Analysis (AC): Average & Effective Value (1 hour) |
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Circuit Analysis (AC): Complex Numbers & Phasors (2 hours) |
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Circuit Analysis (AC): RLC Circuit Response (1 hour) |
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Circuit Analysis (AC): Dependent Sources (1 hour) |
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Circuit Analysis (AC): Series & Parallel Circuits (2 hours) |
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Circuit Analysis (AC): Series & Parallel Networks (3 hours |
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Circuit Analysis (AC): Sinusoidal Generation & Definitions (1 hour) |
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Circuit Analysis (AC): Thevenin's Theorem (1 hour) |
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Circuit Analysis (DC Conventional): Current & Voltage in Parallel Circuits (1 hour) |
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Circuit Analysis (DC Conventional): Current, Voltage, & Resistance (2 hours) |