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An ERU in HVAC transfers heat and moisture between stale and fresh air to cut energy use and improve ventilation. Here is how it works.
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Learn the envelope, HVAC, lighting, and MEP design strategies that make efficient buildings cheaper to run and easier to certify.
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HVAC means heating, ventilation, and air conditioning. Learn what each part does, how systems move air, and why good design saves energy.
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Learn the core elements of plumbing: supply, drainage, venting, fixtures, and how it integrates with MEP and structural systems.
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A photometric study maps light levels across a site to meet code. Learn what it measures, how plans work, and who prepares them.
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How to size and design an exhaust fan for a smoking room using air change rates, negative pressure, make-up air, and MEP best practice.
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Poor MEP design costs developers in change orders, delays, and decades of operating expense. See where the money leaks and how to stop it.
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How mixed-use MEP engineering handles diverse loads, tenant metering, vertical distribution, and multi-occupancy codes in one building.
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The MEP design trends moving fastest in 2026: electrification, smart automation, prefab, decarbonization, and AI-assisted modeling.
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Fire protection engineering design covers sprinklers, standpipes, suppression and alarms, plus the NFPA codes every building needs.
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How industrial electrical engineering design handles heavy loads, motor control, arc flash safety, backup power, and energy monitoring.
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MEP Design for Small Office Spaces Effective MEP design for a small office starts with verified existing conditions, right-sized systems, coordinated layouts, and documentation that supports future changes. How do I check existing conditions for a small office? Small office MEP design should begin with a verified brief and site survey, not with equipment selection.
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