trainings
Take your engineering knowledge to the next level with our trainings!
Learn the latest methods in steel structure design and master the efficient use of Consteel software under the guidance of experienced professionals. We provide practical knowledge and immediately applicable skills to give you a competitive edge in the industry.
Don’t wait! Enroll in our trainings today.
Upcoming trainings
Introduction to Parametric Design
Learn the fundamentals of parametric design in Rhino with Grasshopper, our Pangolin plugin, and Consteel’s in-built scripting environment, Descript. This training explores how these tools work together to expand your design possibilities, combining the best of both platforms for innovative solutions.
the Basics of Descript in Consteel
Learn the fundamentals of Descript and its role in structural design. Create models like a steel hall, generate purlins, and integrate external calculations with Consteel. Through hands-on exercises, automate calculations like section optimization for a faster, more precise design process.
personalized PROJECT-based training
We offer training tailored specifically to your needs with the help of our experts. Whether it’s about working with your own models or solving specific challenges, our goal is to help you get the most out of your projects using Consteel software.
Request a personalized offer for custom training today!
Other trainings
Design of Steel Industrial Halls in 2D
This one-day training focuses on the 2D design of industrial hall mainframes in Consteel, including portal frames (hot-rolled, welded, cold-formed) and truss structures on steel or concrete columns. It also covers key load applications such as wind, snow, seismic actions, and fire design considerations, along with their practical implementation.
Advanced Wind Load Simulation with Falcon
Learn advanced wind load simulation techniques using the FALCON plugin, allowing you to accurately analyze wind effects. Delve more into computational fluid dynamics (CFD), discover how to perform complex wind load analyses, and apply the results as generated wind loads to optimize various structures.
Buckling analysis and Design of Steel Structures
An in-depth training focused on the advanced analysis and design tools in Consteel for understanding and evaluating the buckling behavior of steel structures. The session covers various buckling analysis methods, the application of structural imperfections, and the core principles of Eurocode 3 design standards for buckling design.
Fundamentals of Wind Load Simulation with Falcon
In this training, participants will learn the basics of wind load simulation using the FALCON plugin, mastering accurate wind effect modeling on simple structures. They will gain insight into the fundamental principles of computational fluid dynamics (CFD) to apply generated wind loads based on simulation results.
Consteel Basic Training
Master the finite element-based modeling and analysis functions of Consteel. Learn how to perform stability analysis, design for earthquake and fire loads, and plan connections, foundations, and documentation.
Design of Steel Industrial Halls in 3D
Building on the 2D training, this session covers the 3D design of industrial hall structures in Consteel. Key topics include primary and secondary elements, bracing systems, and load applications like wind, snow, seismic, and fire design, with a focus on practical implementation. While it builds on the 2D training, it is also structured as a stand-alone course.
Parametric Design with Pangolin
Gain in-depth knowledge of applying parametric design using the Pangolin toolset to enhance efficiency in steel structure design. Learn how to customize, automate, and optimize design processes, improving accuracy and reducing manual work. Explore advanced features for streamlined workflows and faster, more precise structural modeling and analysis.
Design of Structures Made of Cold-Formed Sections
This training focuses on designing and analyzing cold-formed sections in Consteel. Participants will learn about stability phenomena, effective cross-sections, and advanced numerical methods like finite-strip analysis. Practical examples include roof purlins, floor beams, and portal frames with single or back-to-back sections.
WHY IS IT WORTH APPLYING?
practical Knowledge
The training sessions are based on practical examples, providing you with immediately applicable knowledge that you can use in your daily work.
Fewer mistakes, more efficient work
By gaining a deeper understanding of the software, you can not only work faster but also avoid common design mistakes.
Professional support
The training is led by professionals who not only have in-depth knowledge of the software but also a thorough understanding of industry requirements.
Can’t find what you’re looking for?
Our expert-led training programs offer a unique opportunity to receive personalized support for the successful implementation of your projects. Whether it’s developing modeling solutions based on specific requirements, performing specialized simulations, or addressing particular professional challenges, we are here to help you achieve the best results using Consteel software.
Throughout the training, our experienced specialists apply a tailored approach to ensure the content aligns perfectly with your professional goals and project requirements. We aim to equip you with knowledge that you can immediately and effectively apply in practice, maximizing the potential of the Consteel software.
Development Engineer, experienced parametric design expert
Ádám is helpful and professional, always ready to assist you in finding the training that suits you best.
Don’t hesitate to get in touch with us! Request a personalized offer for custom training and make your work even more successful!
What Our Participants Say
‘It motivated me to start using the program. I had been putting off learning it, as Consteel seemed like an insurmountable mountain.’
‘A concise, clear, and useful presentation tailored to the needs of practicing engineers, complemented by a printed guide.’
‘Useful modeling tricks were also shared, beyond the basic modeling scheme.’
OUR PARTNERS
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