Advanced Timber Plate Structural Design from edX

The proposed MOOC intends to foster trans-disciplinary design approach in Architecture, Engineering, and Construction (AEC) for timber structures. It outlines an innovative and sustainable methodology with examples from recent construction projects.

The primary development goal for this MOOC is to spread the innovative design approach in AEC we developed at EPFL. Therefore, the MOOC results from the compilation of five doctoral theses, research-industry technology transfer with our industry partner, and a flagship structural system with has been constructed. Accordingly, it will be beneficial for not only graduate students but also industrial professionals and civil engineering, architecture, and construction society.

The MOOC will introduce its audience the development a set of computational tools for geometry processing, mesh and network processing, computer-aided structural engineering design, and digital fabrication. The aim is to introduce a teaching module that systematically transfers both academic findings and industrial experience to the professional society. It also covers technological advancements of advanced timber construction and real-world applications. The latter, specifically, could be inspiring not only for graduate students, but also for professional engineers and architects.

What's inside

Learning objectives

Technological advancements in timber construction,
Innovative timber construction in the architecture, engineering, and construction (aec) sector.
A structural design methodology for spatial timber shells
Algorithmic-aided structural design.

Joinery generation using joinery solver algorithm
Global geometry generation algorithm.
Case studies, real-world applications, and flagship large-scale timber structures.

Technological advancements in timber construction,
Innovative timber construction in the architecture, engineering, and construction (aec) sector.
A structural design methodology for spatial timber shells
Algorithmic-aided structural design.
Joinery generation using joinery solver algorithm
Global geometry generation algorithm.
Case studies, real-world applications, and flagship large-scale timber structures.

Syllabus

1. Introduction to advanced timber construction

2. Case studies in advanced timber plate structures

3. Advanced timber construction and large-scale structures

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Develops innovative design approach in Architecture, Engineering, and Construction (AEC) for timber structures

Teaches technological advancements in timber construction, which is standard in the Architecture, Engineering, and Construction (AEC) sector

Examines a structural design methodology for spatial timber shells, which is highly relevant to the Architecture, Engineering, and Construction (AEC) sector

Introduces algorithmic-aided structural design, which is a core skill for Architecture, Engineering, and Construction (AEC) professionals

Outlines an innovative and sustainable methodology, which is useful for personal growth and development in the Architecture, Engineering, and Construction (AEC) sector

Teaches algorithmic-aided structural design, which is a core skill for Architecture, Engineering, and Construction (AEC) professionals

Reviews summary

Advanced timber plate design expertise

According to learners, this course offers a groundbreaking and in-depth exploration of advanced timber plate structural design. Students particularly value the innovative methodology, computational tools, and the inclusion of real-world case studies that provide direct applicability for professionals. The course is considered top-tier content for those in AEC seeking to advance skills in sustainable construction. However, some learners note the material is highly advanced and dense, suggesting that a strong background in computational design or programming is beneficial to fully grasp all concepts, with some finding the delivery of complex algorithms challenging.

Balances academic rigor with practical application, though some desire more hands-on.

"Overall good content... However, some parts felt a bit too academic, and I wished for more hands-on exercises or software tutorials."

"The theoretical background is strong, perhaps a little too strong at times for those looking for purely practical application."

"Excellent and well-structured. The blend of academic rigor and practical case studies is perfect."

Provides real-world examples directly applicable to industry.

"The real-world case studies are inspiring and directly applicable to my work as a structural engineer."

"A very specialized course. The case studies were excellent and provided great insights into real projects."

"I found the technological advancements of advanced timber construction and real-world applications very inspiring and useful."

Offers cutting-edge insights into timber structural design.

"This course is truly groundbreaking, offering a deep dive into advanced timber plate structures."

"Absolutely fantastic! The trans-disciplinary approach was incredibly valuable. The focus on spatial timber shells and unique joinery methods expanded my design thinking significantly."

"Top-tier content on an emerging field. The course effectively covers both theory and practical applications, making it relevant for both research and industry."

Some complex concepts could benefit from clearer explanations.

"The concepts presented are highly advanced... but the delivery could be clearer. I found myself needing to re-watch lectures multiple times to grasp certain algorithmic design aspects."

"My only minor critique is that some explanations of complex algorithms could benefit from more visual aids or step-by-step examples."

"I felt a bit overwhelmed; the content is cutting-edge but also quite dense, and I sometimes wished for more simplified explanations."

Requires strong background in computational design/programming.

"Some prerequisite knowledge in computational design would be very helpful, which wasn't explicitly stated enough."

"I struggled with the computational tools section because I didn't have a strong background in programming or advanced geometry."

"This course is definitely for very advanced learners, not intermediate; it assumes significant prior technical knowledge."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Advanced Timber Plate Structural Design with these activities:

Review basic principles of structural engineering

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Strengthen your foundation in structural engineering by reviewing the basic principles.

Browse courses on Structural Engineering

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Review your notes and textbooks from previous courses in structural engineering.
Work through practice problems to reinforce your understanding of the concepts.
Attend a workshop or online course to refresh your skills.

Review structural analysis fundamentals

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Refresh your understanding of the fundamentals of structural analysis, including matrix methods, finite element analysis, and computational structural engineering.

Browse courses on Structural Analysis

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Review your notes and textbooks from previous courses in structural analysis.
Work through practice problems to reinforce your understanding of the concepts.
Attend a workshop or online course to refresh your skills.

Compile a collection of resources on timber construction

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Gather a collection of resources on timber construction to support your learning.

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Search for articles, websites, and videos on timber construction.
Organize the resources into a folder or online collection.
Use the resources to supplement your learning in the course.

Five other activities

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Solve timber design problems

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Reinforce your understanding of timber design concepts by solving practice problems.

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Find practice problems in your textbook or online.
Solve the problems using the concepts you learn in the course.
Check your answers against the provided solutions.

Design a simple timber structure

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Apply the concepts you learn in the course to design a simple timber structure, such as a beam or truss.

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Choose a simple timber structure to design, such as a beam or truss.
Research different timber construction methods and select the one that is most appropriate for your design.
Create a computer model of your design using software such as AutoCAD or Revit.
Analyze your design to ensure that it meets the required strength and stiffness requirements.
Present your design to your instructor or classmates for feedback.

Follow online tutorials on advanced timber construction techniques

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Expand your knowledge of advanced timber construction techniques by following online tutorials.

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Find online tutorials on advanced timber construction techniques.
Follow the tutorials and complete the exercises.
Apply the techniques you learn to your own timber design projects.

Attend conferences and workshops on timber construction

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Connect with other professionals in the timber construction industry by attending conferences and workshops.

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Find conferences and workshops on timber construction that are relevant to your interests.
Register for the events and attend the sessions.
Network with other attendees and learn about the latest trends in timber construction.

Volunteer at a timber construction site

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Gain hands-on experience in timber construction by volunteering at a construction site.

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Find a timber construction site that is accepting volunteers.
Contact the site manager and express your interest in volunteering.
Attend a safety orientation and training session.
Work on various tasks on the construction site, such as assembling timber frames or installing siding.

Career center

Learners who complete Advanced Timber Plate Structural Design will develop knowledge and skills that may be useful to these careers:

Woodworker

Woodworkers create products from wood. They work with a variety of tools and techniques to create furniture, cabinets, and other products. Knowledge of advanced timber construction techniques can help a Woodworker create more innovative and sustainable products.

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Structural Engineer

Structural Engineers design and oversee the construction of structures. They make sure that structures are safe and can withstand the forces that will be applied to them. Knowledge of advanced timber construction techniques can help a Structural Engineer build more sustainable and efficient structures.

See salaries and explore the career path for Structural Engineer

Researcher

Researchers conduct scientific research to advance knowledge and develop new technologies. They work in a variety of fields, including engineering, medicine, and computer science. Advanced timber construction is a growing field of research as researchers look for ways to make buildings more sustainable and efficient. This course can help a Researcher learn about advanced timber construction techniques, which can help them develop new and innovative technologies.

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Civil Engineer

Civil Engineers design and supervise the construction of infrastructure. This can include roads, bridges, buildings, and other structures. Knowledge of advanced timber construction can help a Civil Engineer build more sustainable and efficient structures.

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Construction Manager

Construction Managers oversee the construction of buildings and other structures. They make sure that projects are completed on time, within budget, and to code. Advanced timber construction can make buildings more sustainable and cost-effective to construct. This course can help a Construction Manager understand advanced timber construction techniques, which can help them build better buildings.

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Architect

Architects create the design for buildings, homes, and structures. They make sure that structures are safe and functional for use. An understanding of advanced timber construction can be beneficial to an Architect as this knowledge can be applied to build more innovative and efficient structures.

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Product Designer

Product Designers create and develop new products. They work with engineers and other professionals to bring products from concept to market. Knowledge of advanced timber construction techniques can help a Product Designer develop more innovative and sustainable products.

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Urban Planner

Urban Planners develop plans for the use of land. They work with communities and governments to create plans that meet the needs of the community. Knowledge of advanced timber construction techniques can help an Urban Planner create plans that include more sustainable and efficient buildings.

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Software Developer

Software Developers design, develop, and maintain software applications. They work with engineers and other professionals to create software that meets the needs of users. Knowledge of advanced timber construction techniques can help a Software Developer create software that can be used to design and build more efficient and sustainable buildings.

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