The Course
If you're itching to dive into the world of wooden structures, and you've got an eye for the natural beauty of timber, then you're in the right place. This course started as a two part series of lectures on boardwalk design for Landscape Architecture Students at The Queensland University of Technology. This CPD deals with the timber only. External timber is very different to roof truss timber which is protected from the elements. Specifiers require a different specification to structural timber. Part 2 deals with boardwalk design
This course unpacks the A to Z of using wood externally, covering everything from the selection of suitable timber species whether it's crafting a charming deck, a robust fence, or an inviting pergola, you'll become the expert your customer expects you to be.
By the end of this course, you'll be able to differentiate between unsuitable material and that which is fit for purpose. The accompanying image is of twelve year old treated pine used externally has failed badly. This course will explain why and how to avoid these issues. This skill can translate into real-world success. Think reduced maintenance costs, and a very happy customer through improved aesthetics.
Get ready to bring that vision to life!
What you will learn
Starting out in the world of timber design, it's crucial to have a strong foundation, and that's precisely why I've pieced together this carefully tailored course. You'll find it's chock-full of essential information, yet it’s approachable for beginners, covering everything from wood properties to best practices in preservation. I've poured my expertise into creating a series of lessons that are well-structured and intuitive, helping you navigate through the complexities with ease. Engaging visuals, and real-world examples are all part of the mix, ensuring that by the end of this journey, you'll not only grasp the basics but also appreciate how rewarding working with timber can be.
Curriculum
- Course Overview
- Introduction to Timber 101 and your presenter (9:12)
- Why timber, the resources needed and the imperfect nature of all building materials
- Different characteristics that need addressing in a specification (8:59)
- Factors affecting success - Part 1 (15:39)
- Factors affecting success - Part 2 (16:59)
- Finishing and Conclusion (9:54)
- Test and Certificate
Your instructor
Edgar "Ted" is your go-to expert for creating durable, low-maintenance timber structures designed to withstand the rigors of the Australian environment. His proficiency extends across a multitude of applications—from crafting robust bridges to designing inviting playgrounds and elegant architectural battens. With 23 insightful guides under his belt, Ted's extensive firsthand experience in sawmilling and structural fabrication shines through in his teachings, offering a rich, practical learning experience for those eager to specialize in exterior timber applications.
As a third-generation sawmiller, Ted brings a deep familial connection and a wealth of industry knowledge to the classroom. His background has afforded him a unique perspective on timber quality and the nuances of producing structures tailored for both functionality and aesthetic appeal. Now, with a passion mirrored only by his expertise, Ted is dedicated to imparting his life's work and insights to students, ensuring they not only understand the mechanics of timber works but also develop a true appreciation for the craft. His academic foundation, shaped by a Master's degree from the University of Wales, further propels his ability to foster excellence among those aiming to excel in the field of external timber design and construction.
Standards
You will learn that the standards that work well with protected structural timber may be unsuitable for your application. I say, "you can drive a bus through them".
Different Species Groups
This course will tach you the difference between hardwood, pine and Cypress and where they are best suited for use.
Timber Preservation
You will lean why timber preservation may have limited benefits and why specifying natural durability correctly is critical.