Step 1: Core Engineering Skills
1. Structural Analysis and Design with ETABS
2. Finite Element Methods Using SAP2000
3. Structural Engineering Essentials with STAAD Pro
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Step 2: Programming Basics
1. Python Programming for Engineers
2. Data Structures and Algorithms with Python
3. Data Analysis for Structural Engineering Using Python (Pandas & NumPy)
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Step 3: Advanced Computational Methods
1. Parametric Design with Rhino and Grasshopper
2. BIM Automation with Revit and Dynamo
3. Optimization in Structural Engineering with Abaqus
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Step 4: Real-World Applications
1. Practical Structural Projects with ETABS and SAFE
2. Machine Learning for Structural Design with Python
3. Advanced FEM Techniques Using ANSYS
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Step 5: Networking and Continuous Learning
1. Building Professional Networks in Engineering with LinkedIn
2. Exploring Emerging Trends in Computational Structural Engineering Tools
This refined list integrates specific software names, making it practical and industry-focused.
