Python for Structural Engineers

?? Automating Section Definition in ETABS with Python & API Tool Defining reinforced concrete sections in ETABS can be a tedious and error-prone process, especially when dealing with complex reinforcement configurations. To streamline this workflow, I developed a Python-based ETABS API tool that automates section creation, reinforcement placement, and material assignment—saving time while improving accuracy. In my latest Medium blog, I cover: ? Section Designer in ETABS – Understanding its role in interaction surfaces, moment-curvature analysis, and structural optimization. ? Automating Section Creation – Seamlessly defining section geometry, materials, and reinforcement details using Python. ? Material & Reinforcement Assignment – Fetching concrete and rebar materials directly from ETABS to ensure consistency. ? Handling ETABS Database Tables – Efficiently updating section properties, rebar placement, and tie configurations through scripting. ? Time-Saving & Accuracy Benefits – Eliminating manual input errors while optimizing structural workflows. ?? Read the full blog here: https://lnkd.in/dmTM-Exb ?? Key Insights & Next Steps: ?? Automating section creation in ETABS significantly reduces design time and ensures precision in reinforcement detailing. ?? Next step: Extending ETABS API automation for nonlinear analysis, parametric section properties, and large-scale model integration. ?? Python scripting enables engineers to integrate material, reinforcement, and load data, ensuring compliance with design codes while improving efficiency. #StructuralEngineering #Python #ETABS #Automation #ReinforcedConcrete #Programming #EngineeringInnovation

?? ???????????????? ???????????? ???????? ???????????????????? ??????????????????????! ????? Excited to share that I’ve successfully completed the ???????????? ?????? ???????????????????? ?????????????????? course by Timo Harboe Zollner and earned my certificate! ?? The most exciting part of the course? Working on exercises and tools directly relevant to structural engineering problems! It was amazing to see how Python can be leveraged for practical challenges we face daily. This course reinforced my goal of ???????????????????? ???????????????????? ???????????? ??????????????????—???????? ?????????? ????????????????????, ????????????????, ????????????, ?????? ??????????????????. By reducing repetitive tasks, engineers can focus on what truly matters: ?????????????????????????? ???????????????????? ????????????????. Of course, learning Python as a non-programmer isn’t always intuitive. It takes time to structure the best-working scripts. But this course provided clear strategies to tackle different types of problems efficiently. ?? Looking ahead, I’m excited to further explore ?????? ???????????????????????? ?????? ???????????????????? ???? ???????????????????? ?????????????????????? ??????????. If you're also passionate about this, let’s connect and exchange ideas! ?? Have you used Python to enhance your engineering workflows? I’d love to hear how! Drop a comment below! ?? #StructuralEngineering #PythonForEngineers #Automation #EngineeringTools #LearningAndGrowing #DigitalEngineering

Exploring ETABS API with Python feels like taking my first steps in a new world! Excited to dive deeper into automation and scripting. Big thanks to Timo Harboe Zollner for sparking this learning journey! ?? Python for Structural Engineers #ETABS #Python #Automation

In higher seismic zones and general conditions, keeping RC beams singly reinforced enhances ductility. After initial analysis, we can check design moments and explore beam depth or width options. This program helps determine limiting moment capacities for different depths, aiding efficient beam sizing. I developed it as part of my Python learning for structural engineers. Suggestions are most welcome! I can't thank Timo Harboe Zollner enough for making the learning process so much easier! ?? Python for Structural Engineers

?? Just completed an outstanding course on how structural engineers will work with Python! I hope "Python For Structural Engineers" by Timo Harboe Zollner and his team pushes to better our industry. Here's why: ?? Real-world case studies and practical examples ?? Hands-on automation for daily Structural Engineering tasks ?? Software integration (Input and Results) The course successfully bridges the gap between theoretical programming knowledge and practical engineering applications. And in my opinion, it’s promising to see industry actors sharing their expertise to elevate our profession's technical capabilities. Congratulations, and hope we see more of the relevant content growing ?? #StructuralEngineering #Python #Engineering #ProfessionalDevelopment #AutomationInEngineering #ContinuousLearning