These Structural courses cover a broad spectrum of topics, ensuring you stay current with industry standards and best practices.
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Master the fundamental principles of reinforced concrete design and analysis, equipping you with essential knowledge to build safe, durable, and efficient structures.
Master the essential techniques for accurately identifying soil types. Gain practical skills in field investigation and lab analysis to inform robust engineering designs.
Master actionable strategies to quantify, specify, and reduce embodied carbon in structural steel projects without compromising structural performance.
Master the principles of geotechnical engineering and retaining wall design for safe and reliable structures.
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A worked limit states design of the precast, pretensioned and post-tensioned NU girders in a continuous four-span river bridge, from fabrication through end of service life.
Design criteria, post-tensioning layout, load history and load effects for a four-span NU girder river crossing with two-stage post-tensioning.
A complete worked design of a precast, pretensioned NU girder for a single-span highway overpass made integral with its abutments.
Master wood-frame construction codes! Learn how AWC and ICC standards dictate design, occupancy, height/area, fire resistance, and specific wood applications for safe, compliant buildings.
A worked end zone design for a pretensioned NU girder, covering shoe plates, strut-and-tie models, end zone reinforcement and bearing connections.
A complete worked design of pretensioned NU girders for a two-span, continuous highway overpass, from section properties through serviceability, camber and ultimate limit state checks.
