Australian Structural Engineering Course: Steel, RCC& Timber

🏗️ Comprehensive Bootcamp Structural Engineering Course: Concrete, Steel, & Timber Structures for Australian Engineers 🎓

Course Headline:

Dive Deep into the World of Structural Design with MileHigh Structures Academy & Consulting's Premier Online Course for Australian Engineers. Master the Art of Designing with Steel, RCC (Reinforced Concrete Contractors), and Timber using the latest Australian Standards!

Course Description:

Structural Analysis and Design of Platform Floor with Hot Rolled Sections

• Understand the principles behind designing platform floors using hot rolled sections.

Design of Structural Steel Mezzanine with Cold Form Members

• Learn the intricacies of designing a mezzanine utilizing cold formed steel members.

Design of Steel Structural Pipe Racks with Connection Design

• Master the design and connection aspects of steel structural pipe racks, ensuring safety and efficiency.

Design of Structural Steel Foot Over Bridge as per AS4100:2020

• Gain expertise in designing foot over bridges according to the latest Australian Standards.

Introduction to Structural Steel Section Types Building Systems

• Explore different types of structural steel sections and their applications in building systems.

Detailed Calculations of Steel Structure as per AS4100: 2020

• Develop your skills in detailed calculations for steel structures, in compliance with AS4100.

Calculations of Structural Steel Connections Components - Bolted and Welded

• Learn the principles behind calculating bolted and welded connections in steel structures.

Design of Mechanical and Chemical Anchors as per AS5216:2021

• Understand the design criteria for mechanical and chemical anchors, with a focus on AS5216.

AS1170.0 - Structure Design Actions and General Principles Explanation

• Grasp the general principles and design actions outlined in AS1170.0.

AS1170.2 Design of Structures with Wind Actions (Practical Example)

• Delve into practical examples of designing structures considering wind actions, according to AS1170.2.

Calculation of Cpe and Cpi (External and Internal Pressure Coefficient)

• Learn how to calculate the external and internal pressure coefficients for various applications.

Calculation of Aerodynamic Shape Factor Cshp as per AS1170.2-2021 (Annexure B)

• Understand the aerodynamic shape factor Cshp and its role in wind load calculations.

Dynamic Wind Load Calculation Cdyn for Different Buildings and Structures

• Master the calculation of dynamic wind loads for various types of buildings and structures.

Imposed Actions Calculations as per AS1170.1 (Live Load Calculations)

• Learn to perform live load calculations in accordance with AS1170.1.

Advanced Concepts of Structural Wind Engineering for Buildings

• Explore advanced topics in structural wind engineering, essential for the design and safety of buildings.

Calculations of Seismic Actions as per AS/NZS1170.4

• Understand the calculations involved in designing structures to withstand seismic actions, based on AS/NZS1170.4.

Calculation of Snow and Ice Actions as per AS/NZS 1170.3

• Learn how to calculate snow and ice loads on structures according to AS/NZS 1170.3.

Course Highlights:

• Tailored for Australian Structural Engineers following the latest Australian Standards (AS1170, AS4100, AS3600).
• Real-world design applications with a focus on practical skills and knowledge.
• Continuously updated content with new lectures added weekly.
• Engaging and interactive learning experience with a blend of theory and real-life case studies.
• Access to a community of like-minded professionals for networking, knowledge sharing, and support.
• Flexible online learning that fits into your schedule, allowing you to learn at your own pace.

Join MileHigh Structures Academy & Consulting today and elevate your structural engineering career with cutting-edge knowledge and skills! 🚀

Enroll now to embark on a journey of learning that will take your understanding of structural engineering to new heights, all in the comfort of your own environment. 🌟