Designing Single Storey Dwellings, Construction Knowledge of Australian Residential Industry

Construction Knowledge of the Australian Residential Industry:
Module 1 dives into the core of Australian residential construction. Gain insights into timber construction techniques, materials, and products commonly used in the industry. Learn the language and technical phrases essential for residential construction and understand structural members and footing systems. Acquire the ability to read architectural and structural drawings drafted according to Australian standards, and explore the roles of various professionals involved in residential projects.
Roof Design and Drafting based on Australian Standards:
Module 2 focuses on mastering roof design. You'll draft structural layouts, calculate roof loads, analyse roof elements, and design roofs based on AS/NZS standards. Utilizing software like AutoCAD and the Structural Toolkit, you'll gain practical experience. Real-life construction simulations and interactive training provide insights into buildability and construction processes, making you well-prepared for the industry.
Framing Design and Drafting based on Australian Standards:
In Module 3 you'll learn to design and draft framing elements, including lintels, beams, and columns. Real-life projects under instructor guidance ensure hands-on experience, supported by access to essential software tools. You'll calculate loading, analyse timber and steel elements, and design to Australian standards. Mastery of AutoCAD for drafting enhances your skills, positioning you as a specialist in structural engineering.
Drafting Framing Connection Details based on Australian Standards:
Module 4 sharpens your ability to draft framing connection details for timber, steel, and brick structural elements. You'll visualize connections, detail timber and steel connections based on Australian codes, and draft connection details using AutoCAD. Real-life videos and photos offer practical insights into constructability, ensuring you deliver structurally sound designs.
Bracing Design and Detailing based on Australian Standards:
Module 5 delves into bracing system design and drafting, covering various techniques and commercial systems. You'll calculate wind loads, understand bracing layout factors, and master the detailing and capacity of different techniques based on AS/NZS standards. Real-life projects and AutoCAD drafting hone your skills, enabling you to excel in bracing design.
Footing Design and Detailing based on Australian Standards:
Module 6 equips you with the skills to design & draft residential footing systems. Understand different footing systems and their AS2870 code requirements, learn terminology, assess site conditions, & master Geotechnical Report interpretation. Practical design experience, AutoCAD drafting, and comprehensive detailing ensure you're well-prepared for successful footing design.

Write your awesome label here.

📝 Real Australian Projects with AS/NZS Standards

Our intensive traineeship program offers a unique opportunity to gain local experience in designing and drafting real Australian projects based on AS/NZS using industry-standard software tools. By working through two complete real life projects from start to finish, you'll build a comprehensive Australian portfolio, positioning yourself as an industry-ready professional.

🧰 Comprehensive Understanding of Residential Construction

Through a combination of detailed module explanations, simulations, interactive training, and expert guidance, you'll develop a deep understanding of residential construction. Access to essential software packages and AS/NZS codes is provided throughout your enrolment.

🏆 Certification and Badges

Our Certification of Competency and CPD Points, accompanied by a Digital Badge for your credentials, will officially certify your qualifications and knowledge. This designation sets you apart as a highly skilled residential dwelling designer, visibly enhancing your CV with these valuable badges, all based on AS/NZS standards.

🚀 Traineeship/Internship (3 Months) Opportunity

Upon successfully completing all six modules of this course, you'll have the opportunity to take part in a 12-week online Traineeship/Internship program, which includes weekly Live-Online training sessions. To enrol in the Traineeship, simply reach out to our office for registration details.

⏰ Flexible Self-Paced Learning

Our flexible, self-paced learning approach allows you to study while working, ensuring you're job-ready or upskilled with just 10 hours per week.

WATCH INTRODUCTION VIDEO HERE

Course Delivery

Payment Options

Career Outlook

ALL 6 Short Courses: 1 to 6

PayPal / Stripe

Who Is This Course Suitable For?

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.

Perfect for recent Civil or Structural Engineering graduates eager to learn about AS/NZS standards and start their career in Australia.

Migrant Engineers Seeking Local Experience

Tailored for Civil or Structural Engineers from overseas seeking to gain local experience, understand AS/NZS standards and break into the Australian industry.

Engineers Upskilling or Shifting to ResiDesign

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 Summary

Our intensive traineeship program offers a unique opportunity to gain local experience in designing and drafting real Australian projects based on AS/NZS using industry-standard software tools. By working through two complete real life projects from start to finish, you'll build a comprehensive Australian portfolio, positioning yourself as an industry-ready professional.

Through a combination of detailed module explanations, simulations, interactive training, and expert guidance, you'll develop a deep understanding of residential construction. Access to essential software packages and AS/NZS codes is provided throughout your enrolment.

Our Certification of Competency and CPD Points, accompanied by a Digital Badge for your credentials, will officially certify your qualifications and knowledge. This designation sets you apart as a highly skilled residential dwelling designer, visibly enhancing your CV with these valuable badges, all based on AS/NZS standards.

With our flexible, self-paced online learning, you can enhance your skills or become job-ready with just 10 hours a week. Whether you work full-time or juggle other commitments, our programs adapt to your schedule, offering part-time options for complete flexibility. Technology advancements ensure easy access to training materials, interactive peer discussions, and virtual lectures, providing a supportive, campus-like experience from anywhere.

Our goal is to simplify your online study experience. With the right tools and a dedicated support team, we quickly address your training questions and technical issues. Access support: message your instructor for personal assistance or connect with current trainees in our LMS group chat, seek advice in our private group support chat from both past and present trainees, use our 24/7 Chat Bot for course-related queries, or call your student advisor for broader study concerns.

Australian residential timber construction techniques/methods.
Common materials and commercial construction products used in the residential industry.
Terminology/language and technical phrases used in residential construction.
Structural members used in timber and brick construction.
Different footing systems used in residential buildings.
Learn to read architectural drawings drawn based on Australian drafting standards in order to have a thorough understanding of the architectural design and start the structural design.
Learn about structural design and drawings and how to read the structural drawings drafted based on Australian drafting standards.
Required structural members in Australian residential houses (i.e. timber beams, lintels, steel beams, lintels, etc.).
Australian standards used in residential designs (AS1170.0, AS1720, AS1684, AS2870, etc.)
Role of other professionals involved in residential projects such as building surveyors, land surveyors, arborists, etc.

Joining the Australian Residential Industry Construction Knowledge course is a key move for those aiming to excel in residential construction. This course offers more than just theory; it's a practical deep dive into the Australian residential sector. You'll learn first-hand about construction materials, methods, and the challenges unique to Australian projects. By the end, you'll master the technical language, understand various footing systems, and be adept at reading architectural and structural drawings, all within the framework of Australian standards. This course doesn't just equip you with technical skills; it gives you a comprehensive view of the industry, ensuring you're a well-rounded, compliant, and industry-ready professional ready to take on leadership roles in residential construction.

Drafting structural layout for the real-life projects you will be designing and drafting throughout the training program (using AutoCAD).
Calculate loading for roof elements based on AS1170
Analysis of roof elements (i.e. rafters). using Structural Toolkit and SpaceGASS
Designing roof elements (i.e. rafters) based on AS1720 & AS1684 using Structural Toolkit and manual computations, then comparing the results.
Drafting structural roof plan using AutoCAD and creating roof member schedule.

This module offers you an opportunity to master roof design. Throughout this module, you'll learn how to draft structural layouts, calculate roof loads, analyze roof elements, and design roofs, all while comparing results. You'll gain hands-on experience with AutoCAD, allowing you to create structural roof plans and member schedules.

Additionally, this module provides a deep understanding of buildability and construction through real-life simulations and interactive training. By the end of this module, you'll be well-prepared with practical skills and industry standards, ready to excel in roof design and apply your expertise in your professional journey.

You will learn how to design and draft framing elements (lintels, beams, columns) while working on two real-life projects (step by step) with your instructor throughout the module. You will have access to all the essential software packages and resources (i.e. Structural Toolkit and relevant AS/NZS codes) you need to complete this module successfully. You will also learn about buildability and construction points by watching on-site real-life residential construction simulations and interactive training videos and images.

Calculate loading for framing elements based on AS1170.
Analysis of timber lintels, timber beams, timber columns, steel lintels, steel beams, and steel columns using Structural Toolkit and learn how to analyse and model structural elements using SpaceGASS.
Designing timber lintels, timber beams, timber columns, steel lintels, steel beams, and steel columns using Structural Toolkit based on AS1720, AS1684, AS4100, etc.
Drafting structural framing plan using AutoCAD, and creating framing member schedule.

Framing Design and Drafting, equips you with essential skills for designing and drafting framing elements, such as lintels, beams, and columns. You'll gain hands-on experience with real projects under instructor guidance.

Access to software tools like the Structural Toolkit and AS/NZS codes ensures success. You'll learn to calculate loading, analyze timber and steel elements, design to standards, and enhance your drafting skills with AutoCAD.

By completing Module 3, you'll excel in framing design and drafting, ready to apply your practical experience, software proficiency, and construction insights to become a specialist in structural engineering.

You will learn how to draft framing connection details (timber beam to steel column, timber beam to timber beam, timber beam to steel beam, etc.) while working on two real-life projects (step by step) with your instructor throughout the module. You will have access to all the essential software packages and resources (i.e. AutoCAD and relevant AS/NZS codes) you need to complete this module successfully. You will also learn about buildability and construction points by watching on-site real-life residential construction simulations and interactive training videos and images.

Learn about the standard connections between timber, steel and brick structural elements in residential timber projects based on Australian codes and standards (i.e. AS1684) in order to deliver a buildable and practical structural design and detailing.
Visualise residential connection details through on-site videos and photos developed to provide a thorough understanding of practicality and constructability in structural designs.
Detailing timber connections (timber beam to timber post, timber beam to timber beam, etc.) based on Australian codes and standards such as AS1684 etc.
Detailing steel connections (steel beam to steel column) based on AS4100.
Detailing combined connections (timber beam to steel column) based on AS4100, AS1720, etc.
Drafting connection details using AutoCAD for three real-life projects.

Module 4, Drafting Framing Connection Details, equips you with the skills to draft connection details for structural elements in residential projects. You'll work on two real-life projects with step-by-step guidance from your instructor.

With access to essential software tools like AutoCAD and relevant AS/NZS codes, you'll be well-prepared to succeed in this module. Additionally, you'll enhance your understanding of buildability and construction through real-life residential construction simulations and interactive training materials.

Key objectives include gaining insight into standard connections between timber, steel, and brick elements in line with Australian codes and standards, visualizing connection details through on-site materials, mastering the art of detailing timber and steel connections, and drafting connection details using AutoCAD.

By completing Module 4, you'll be proficient in drafting framing connection details, ready to apply your skills and knowledge to deliver practical and structurally sound designs in residential engineering projects.

You will learn how to design and draft bracing systems (strap bracing, plywood bracing, portal frame, etc.) while working on two real-life projects (step by step) with your instructor throughout the module. You will have access to all the essential software packages and resources (i.e. Structural Toolkit and relevant AS/NZS codes) you need to complete this module successfully. You will also learn about buildability and construction points by watching on-site real-life residential construction simulations and interactive training videos and images.

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 Powertrusses 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.

Module 5 focuses on designing and drafting bracing systems, including strap bracing, plywood bracing, and portal frames. Guided by your instructor, you'll tackle two real-life projects step by step, gaining practical expertise.

Access to essential software like the Structural Toolkit and AS/NZS codes ensures success. Topics covered include calculating wind load, factors influencing bracing layouts, detailing and capacity of different techniques, commercial systems like Powertrusses, and steel portal frame analysis.

You'll apply this knowledge to three real-life projects, mastering wind calculations and bracing design. Drafting skills are honed with AutoCAD. Completion of Module 5 equips you with expertise to excel in bracing design, combining practical experience, software proficiency, and industry-standard knowledge.

You will learn how to design and draft footing systems (stiffened raft slab, waffle slab, timber subfloor, strip footings, etc.) while working on two real-life projects (step by step) with your instructor throughout the module. You will have access to all the essential software packages and resources (i.e. Structural Toolkit and relevant AS/NZS codes) you need to complete this module successfully. You will also learn about buildability and construction points by watching on-site real-life residential construction simulations and interactive training videos and images.

Learn about different footing systems used in residential projects in Australia and discussing the code requirements (AS2870) for each system.
Learn the terminology used in AS2870 and geotechnical reports in order to design footings based on Australian Standards.
Learn about site conditions, such as the presence of trees, and how they can affect footing design and detailing.
Learn to read Geotechnical Reports (using real-life reports) to extract all necessary factors, such as reactivity, controlled fill, uncontrolled fill, etc., that are needed to start footing design.
Design footing systems (stiffened raft slab, waffle slab, timber subfloor, and strip footings) based on AS2870.
Draft footing plan and details for three real-life projects, using AutoCAD. Learn about the importance of providing thorough detailing and notes on structural drawings.

In Module 6, Footing Design and Detailing, you'll master designing and drafting residential footing systems in Australia. This hands-on learning involves two real-life projects under your instructor's guidance, with access to essential software like the Structural Toolkit and AS/NZS codes.

Key topics covered include understanding various footing systems and their AS2870 code requirements, grasping AS2870 terminology and geotechnical report interpretation for compliant footing design. You'll learn to assess site conditions, including the impact of trees, and extract critical factors from Geotechnical Reports for initiating designs.

Practical skills development includes designing footing systems like raft slabs, waffle slabs, subfloors, and strip footings, all based on AS2870. You'll also gain proficiency in drafting footing plans using AutoCAD while emphasizing comprehensive detailing on structural drawings.

Module 6 equips you to excel in footing design and detailing, providing practical experience, software competence, and construction insights to navigate the residential construction field effectively.

By completing this course, you will acquire the expertise needed to confidently Design and Draft Single-Storey Residential Dwellings in accordance with Australian standards and codes, utilizing common software packages prevalent in Australia. This training also includes the opportunity to feature two real-life projects in your Design Portfolio, enhancing your CV. This course significantly augments your proficiency in designing and drafting single-storey residential structures based on AS/NZS, positioning you as a skilled and competitive candidate. It substantially improves your prospects for securing interviews and a position as a Structural Engineer by imparting valuable industry-specific skills, hands-on experience, and a well-rounded portfolio.

Upskill Further with Local Experience:
For those aspiring to further augment their knowledge and skill set, along with gaining three months of local industry experience, an industry reference, and an additional real-life design to enrich their portfolio, our 3 Months Traineeship Program is available. Completing this comprehensive training program, encompassing all six short courses, further elevates your prospects of securing interviews and a role as a Structural Engineer. You will gain further essential industry-specific skills and hands-on experience. This will make you an even more compelling candidate in the job market. Our program maintains 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.

3 Months Traineeship Program (Course 1 to 6)

Yes, you will!!! LearnPedia provides access and equity to education by supporting trainers with online resources, allowing them to deliver quality, effective modules and learning experiences with productive educational outcomes. It is important to recognize the close relationship between design and construction. If you don't know how a building will be constructed, how can you ensure your design is buildable and practical? On-site real-life residential construction Simulations and Interactive Training videos and images are included throughout most course modules. Ensure you have a visual understanding and the necessary knowledge and perspective. Additionally to that, we have on-site student excursions every 6 months. Our excursions are designed to enrich the curriculum across all students and subject areas.

The modules are explained in detail using Simulations and Interactive Training Videos; you will be taken through a smooth learning process step by step. Everything is summarised and organised so that students won't be bombarded by too much information. And while working on real-life projects with trainer guidance throughout the course, you'll get to see how your trainer implements the information provided in the course. You will also have the chance to implement them by shadowing the trainer and working on the projects simultaneously.

Yes, we understand that investing in upskilling can be a significant commitment, and we want to make it accessible to everyone. We offer multiple payment plan options, including our "Learn Now Pay Later" program, which allows you to start your training with a low weekly payment. Our payment plans are designed to be flexible and accommodating, with options starting from as low as $125 per week. Whether you're an Australian citizen or not, we have options that can suit your needs. For more detailed information and to explore our payment plans, please click on this link.

Completing the course alone may not guarantee immediate employment as a Structural Engineer, but it will significantly enhance your skills and knowledge, making you a more competitive candidate. However, if you successfully complete all six short courses or our 3 months traineeship program, you will significantly improve your chances of securing a job as a Structural Engineer. Our traineeship program provides valuable industry-specific skills, hands-on experience, and a Design Portfolio, making you a highly desirable candidate in the job market. While we cannot guarantee employment, our program has 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.

LearnPedia is the Only Australian Institute providing Project Based Learning (PBL); giving you the opportunity to learn while working on real-life projects from Start to End with a support channel and highly structured internships.

This course is delivered by experts in the field through designing and drafting real-life projects based on AS/NZS, and pre-recorded site inspections of residential construction sites (videos & photos) in which the trainer explains the construction aspects you need to consider in your designs.

Students can study at their own pace, from anywhere, at any time, provided they have a personal electronic device and internet access. Required programs are provided through the course. Our Online Chat Room is also available for students to interact with each other, ask questions and receive further mentorship.

As part of our internship program, we host Live Online Q&A sessions where we answer questions and offer hands-on guidance about the course, modules and projects assigned in your internship.

Moly Ashtari
Senior Structural Engineer

Moly is a Senior Structural Engineer with over 10 years of experience, leading the structural design team, forensic team, and R&D department. Her deep knowledge and expertise span a broad array of areas, with a particular focus on residential engineering. Moly works hand-in-hand with engineers, graduates, and interns daily, fostering a supportive environment that cultivates practical knowledge and essential skills for budding engineers to thrive in their careers.

Known for her professional and friendly demeanor, Moly is dedicated to mentoring and inspiring the upcoming generation of engineers, sharing her experience and insights to help them navigate their professional journeys with confidence.

"I secured my first job as a structural engineer by the time I completed my training program with LearnPedia. I obviously didn't have any local experience and it was impossible to get any job interviews with no local experience. Especially having no knowledge of the Australian design codes and no practical experience with the software packaged. Trying to get a job was very difficult. The 3 Months Traineeship Program at LearnPedia helped me because they gave me three real-life projects to work on, from start to finish, and they became my design portfolio. We had weekly Q&A sessions on Tuesdays at 6:00 pm, and because it was after hours, everyone could attend, and Moly would check the projects that we were working on in the training program and provide us with feedback. In my job applications and interviews, I got to showcase my portfolio of real-life structural design projects based on AS/NZS." "I wasn't sure if the program would be right for me because I was working full-time. But I could manage it because I had 24/7 access to the program for 6 months to watch the training videos before or after work. I had access to the software packages such as Structural Toolkit, SpaceGASS and AutoCAD and the codes to practice with them. So it was very easily manageable."

"Don't waste your time, go for it" "I waited a while to come across it, so don't be me. Just go for it"

"After joining the traineeship program, my hopes of getting hired shifted from absolutely hopeless to very optimistic. Previously, I applied for numerous jobs without success due to gaps in technical knowledge, experience, and resume/interview skills. This program built my confidence and provided outstanding, comprehensive content on designing timber residential buildings. The three real-life projects helped me build an Australian portfolio, which was critical in overcoming my lack of local experience and familiarity with software like Structural Toolkit and SpaceGASS, as well as Australian Standards and Codes. Unlike other internships, this training program offers extensive one-on-one guidance and years of field experience in a structured, step-by-step format. Moly’s detailed explanations make it easy to follow, even for those without previous timber construction experience, like me." "Stop wasting time, start today, and you won't regret it. The sooner you start, the sooner you will get hired just like me!"

"The course provides you with knowledge and skill about Australian residential dwelling design that I feel would require 5 years of experience to gain within a very short period of time which has been made possible by our very knowledgeable course trainer, Moly, by delivering the course very professionally and with her heart in an exceptionally detailed manner. As a student enrolled in the Design of Single Storey Dwelling Course, I feel the course not only clearly explains about the basics of structural engineering design of single-storey designing but also teaches you to tackle the real-life complications that will be experienced by you in your future workplace. The tricks that Moly teaches in this course will make you more effective and productive, which will enhance your performance at the workplace and help you stand out."

"The Single Storey Design Course has been a valuable learning experience for me. It covered all the fundamentals of the structural design of single-storey residential buildings including both theoretical and practical aspects of engineering. Moly delivered the course in an exceptionally detailed manner and was generous in sharing her knowledge and experiences in the local industry. She has been supportive throughout the course and was patient to answer all our questions. I enjoyed the whole learning experience and I’m grateful to meet wonderful people in the process."

"An insightful learning experience executed flawlessly by our course trainer Moly. "Her expertise in structural engineering designing was evident throughout training as she provided material that was familiar yet highlighted common real-life problems associated with designs. "Her extensive knowledge and exposure to all these challenges presented me with a different perspective of tackling single storey dwelling designs. I thoroughly enjoyed my involvement and would highly recommend this advantageous single storey dwelling design course and Learnpedia as the best Structural Engineering Institute in Australia."

"I was a complete beginner in design and drafting as per Australian standards. LearnPedia's Internship changed that. I got hands-on experience, learning from the ground up - from roofing to footings. The course was clear, engaging, and practical, far exceeding my expectations. Our instructor Moly was a standout, making complex topics easy and practical. Her friendly, experienced teaching made a huge difference. I also got to use key tools like Structural Toolkit and SpaceGASS, boosting my confidence. This program isn't just theory. It's about real-world skills, making me job-ready. Now, I'm skilled in using Australian standards and codes, ready to tackle real projects. If you're new to this field, I highly recommend LearnPedia. It's a game-changer!"

"The content was very good, organised and well explained. I specifically like the way in which Moly tries to explain the reason behind various aspects rather than just following code provisions. This has helped me to put some strain in my brain and think of the probable reasons. She is very friendly, enjoys teaching and has a lot of patience to re-explain topics which are confusing. For a person like me who has newly migrated to Australia and is new to timber construction, this course would help a lot. I enjoyed a lot participating in this course."

"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."

Blog

| Nov 20, 2024

From University to Industry: Building a Structural Engineering Career in Australia

Blog

| Oct 29, 2024

Why Steel Beams and Columns Are Used in Timber Residential Construction

Blog

| Oct 23, 2024

How to Identify Load-Bearing Walls in Residential Renovations – Structural Engineering Insight

Blog

| Oct 18, 2024

Structural Engineering Projects in Existing Buildings

LEARNPEDIA

SERVICES

SUPPORT

AUSTRALIA WIDE

Design & Draft Single Storey Residential Dwellings based on AS/NZS

Course Overview

Watch short clips from our training videos to know what to expect

Course Summary:

Who Is This Course Suitable For?

Undergraduates Preparing for the Future

Graduates Seeking Local Experience

Migrant Engineers Seeking Local Experience

Engineers Upskilling or Shifting to ResiDesign

Course Summary

Real Australian Projects With AS/NZS Standards

Extensive Understanding Of Residential Construction

Certification And Digital Badges

Flexible Self-Paced Learning

Get The Help You Need, When You Need It

COURSE DETAILS

Course Overview: Designing and Drafting Single Storey Residential Dwellings based on AS/NZS

Module 1: Construction Knowledge of the Australian Residential Industry

Module 2: Roof Design and Drafting based on Australian Standards (AS/NZS)

Module 3: Framing Design and Drafting based on Australian Standards (AS/NZS)

Module 4: Drafting Framing Connection Details based on Australian Standards (AS/NZS)

Module 5: Bracing Design and Detailing based on Australian Standards (AS/NZS)

Module 6: Footing Design and Detailing based on Australian Standards

Career Opportunities

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 able to follow the online material? Is it clear and explained properly for me to understand and learn?

Do you offer any financial assistance or payment plans for your courses?

Will I be job-ready as a Structural Engineer after finishing the short course or the 3-month Traineeship?

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

Continuing Professional Development (CPD)

Online learning space & what you need

Moly Ashtari Senior Structural Engineer

Trainee Success Stories: Transforming Careers with LearnPedia

Ekroop - VIC

Prabin - VIC

Madhukar - NSW

Jacqueline - VIC

Anup - VIC

Steven - VIC

Lasantha - VIC

Sunit - VIC

Kim - VIC

Arsalan - WA

Ahmad - VIC

Maryam - ACT

Gain Unlimited Access and Master the Leading Design & Drafting Software Used in Australian Residential Projects

Upcoming events

RELATED COURSES

Recent Updates from our Blog & News Section

From University to Industry: Building a Structural Engineering Career in Australia

Why Steel Beams and Columns Are Used in Timber Residential Construction

How to Identify Load-Bearing Walls in Residential Renovations – Structural Engineering Insight

Structural Engineering Projects in Existing Buildings

LET’S START LEARNING TOGETHER

Moly Ashtari
Senior Structural Engineer

LET’S START LEARNING
TOGETHER