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Looking Up at Skyscrapers


Course exploring the advanced aspects of modern structural engineering. Lifetime access to all modules and lessons including PDFs of presentation transcripts, technical design spreadsheets, technical design checklists, technical design how-to's, actual real structural drawings, technical short papers and books used by hundreds of practicing structural engineers. This is a crash course to gain knowledge from a group of practical engineers and theoreticians that have learned the techniques and best practices within the trade to implement the advanced aspects of the analysis and design of buildings. Drawing from these practical experiences, we have consolidated the wealth of information that is included in a field such as this so that you may find the shortest possible route to gaining the understanding of the science of advanced structural engineering and the tools necessary for your practice or your professional examinations. Browse the detailed course content on the main page or at the link below or book a call with us at to understand further how this course may be suitable for you.


Structural Analysis (Advanced Statics and Dynamics)

  • Lesson 1: Other Methods of Structural Static and Dynamic Analysis – The Full Picture


Structural Analysis (Advanced Statics)

  • Lesson 1: Methods of Gravitational Load Take Down Analysis – Structural Static 3D Building Analysis, Structural Static Batch Chasedown Analysis and Structural Static Staged Construction Analysis for Prediction and Design for Differential Axial Shortening

  • Lesson 2: Precast Concrete Beam Analysis – Staged Construction

  • Lesson 3: Vertical Deflection Criteria and Assessment – Stiffness Reduction Modifiers, Centre Line and Offset Modelling and Integration of Design Strip Effects

  • Lesson 4: Lateral Deflection Criteria and Assessment

  • Lesson 5: Structural Static P-Delta and Structural Buckling Analysis


Structural Analysis (Advanced Dynamics)

  • Lesson 1: Structural Dynamic Analysis – Modal Analysis

  • Lesson 2: Structural Dynamic Analysis – Earthquake Analysis

  • Lesson 3: Structural Dynamic Analysis – Human Footfall Induced Vibration

  • Lesson 4: Structural Dynamic Analysis – Crowd Induced Vibration


Structural Design (Advanced RC)

  • Lesson 1: Design of Reinforced Concrete (RC) Deep Beams

  • Lesson 2: Design of Reinforced Concrete (RC) Corbels

  • Lesson 3: Design of Reinforced Concrete (RC) Pile Caps


Structural Design (Advanced Steel)

  • Lesson 1: Design of Non-Composite Steel (ST) Beams and Columns

  • Lesson 2: Design of Non-Composite Steel (ST) Plate Girders

  • Lesson 3: Design of Composite Steel (ST) Beams

  • Lesson 4: Design of Steel (ST) Connections

  • Lesson 5: Design of Steel (ST) Trusses

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