Course Overview
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Wind Load Calculations and Bracing Layouts: Master calculating wind loads on residential buildings as per AS1170.2 and AS4055, and understand the critical factors in developing effective bracing layouts.
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Detailed Bracing Techniques and Standards Implementation: Learn the intricacies of various bracing techniques, focusing on detailing and capacity as outlined in AS1684, and how to effectively implement these standards in design.
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Commercial Bracing Systems and Steel Portal Frame Analysis: Gain insights into commercial bracing systems like Powertrusses, including their selection and application, and delve into the analysis and connection details of steel portal frames.
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Practical Application in Real-Life Projects: Apply your acquired knowledge in wind load calculations, bracing design, and analysis in three comprehensive real-life projects, enhancing your hands-on experience.
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AutoCAD Proficiency for Drafting Bracing Plans: Develop skills in using AutoCAD for drafting detailed bracing plans and specifics, integrating design knowledge with technical drafting capabilities.
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Interactive Learning Experience: Engage with construction simulations and interactive training videos, providing a deeper understanding of the practical aspects of bracing design and detailing.
Who Should Take This Course?
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Graduates Seeking Local Experience: Perfect for recent Civil or Structural Engineering graduates eager to learn about AS/NZS standards and start their career in Australia.
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Undergraduates Preparing for the Future: Great for Civil or Structural Engineering students who want to get ahead by learning about AS/NZS standards before entering the Australian workforce.
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International Engineers Aiming for the Australian Market: Tailored for Civil or Structural Engineers from overseas seeking to gain local experience, understand AS/NZS standards and break into the Australian industry.
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Experienced Engineers Shifting to Residential Design: Ideal for Structural & Civil Engineers in roles like Estimators, Site Engineers, or Draftspersons, looking to enhance their design skills in the Australian residential sector.
COURSE DETAILS
Course Overview
- Calculating wind load acting on residential buildings based on AS1170.2, and AS4055.
- Learn the factors that have to be considered when developing bracing layouts.
- Learn about the detailing and bracing capacity of different bracing techniques based on AS1684 and implement the code's requirements.
- Learn about commercial bracing systems such as Powetrusses and when and how to nominate them.
- Analyse steel portal frames and learn about the required connection details.
- Implement the gained knowledge in wind calculations and bracing design in the three real-life projects that you will design throughout the training program.
- Drafting bracing plan and bracing details using AutoCAD.
You'll apply this knowledge to three real-life projects, mastering wind calculations and bracing design. Drafting skills are honed with AutoCAD.
Completion of this course equips you with expertise to excel in bracing design, combining practical experience, software proficiency, and industry-standard knowledge.
Career Opportunities
Completing any of the above will significantly improve your chances of securing interviews and a job as a Structural Engineer by providing valuable industry-specific skills, hands-on experience, and a Design Portfolio, making you a highly desirable candidate in the job market. Our programs have a strong track record, with 98% of trainees securing jobs within three months of program completion. Your commitment and dedication will play a crucial role in your success.
Frequently Asked Questions
Which software packages and resources will I have access to throughout the course and internship?
Do I get to experience On-Site Inspections and walk through a residential project during construction?
Will I get to design any real-life projects throughout the courses?
Will I be job-ready as a Structural Engineer after finishing the short course or the 3-month Traineeship?
Do you offer any financial assistance or payment plans for your courses?
Will I be able to follow the online material? Is it clear and explained properly for me to understand and learn?
What is the required score to pass the final exam and how many attempts do I get?
How long will I have access to complete my course or individual module?
Requirements
- Minimum second year of Bachelor's Degree in Civil Engineering or Structural Engineering
- IELTS 6.0 score overall with no less than 6.0 in each skill, or equivalent if applicable
- Abide by the LearnPedia Student Code of Conduct, including maintaining professional standards and at the host company
- Be 18 years of age or older
Continuing Professional Development (CPD)
Online learning space & what you need
Moly Ashtari
Senior Structural Engineer
M.ENG. (STRUCTURAL), B.ENG. (CIVIL)
Trainee Success Stories: Transforming Careers with LearnPedia
Madhukar - NSW
Jacqueline - VIC
Anup - VIC
Steven - VIC
Lasantha - VIC
Sunit - VIC
Kim - VIC
"Having recently finished my degree and never got a chance of working on any real-life projects after graduated. This course had provided the knowledge and skills that able to fill the gap between the fresh graduate structural engineer and the workplace. The contents of the course were well organized and explained. She also shared some of her work experiences during the course. I would highly recommend anyone with the same issue as me to take this course."
Arsalan - WA
Ahmad - VIC
"Moly is a great teacher. She really cares for her students/trainees. She relates everything that she teaches to actual practice in the field of Structural Engineering.
This course has boosted my confidence to successfully complete real life projects from start to the end based on Australian Standards and Codes."
Maryam - ACT
"The experience and knowledge gained from this course were above all expectations. The course was well structured and detailed. The steps created to design a single storey were clear and reinforced throughout the course. The most impressive part of the course was the ability of the trainer to tie together the construction and design knowledge. She was able to provide insightful details about common designing mistakes that inexperienced engineers can make because of the lack of knowledge about common construction materials and architectural limitations."
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