Análisis Estructural con Python
Recorded course, TEDI Online, 2024
This course is designed for civil engineering students and professionals, focusing on structural analysis using the stiffness method and its implementation through Python. The course encourages participants to adopt new technologies and approach structural problems with innovative perspectives. Delivered through live, interactive sessions, the course promotes active participation, allowing students to develop and adapt programming routines for professional applications.
Course Overview
- Course Title: Análisis Estructural con Python
- Instructor: Bach. Daniel Octavio Xavier Medina Quispe
- Duration: 30 hours (15 sessions over 5 weeks)
- Mode: Live (Recorded)
Course Modules
- Module 1: Introduction
- Module 2: Mathematical Foundations for Structural Engineering
- Module 3: Principles of Structural Analysis
- Module 4: Stiffness Method
- Module 5: Systematized Stiffness Method
- Module 6: Practical Applications in Python
Learning Outcomes
- Develop the ability to analyze structures using Python, focusing on efficient and accurate problem-solving.
- Master the use of Visual Studio Code (VS Code) as a development environment for structural analysis in Python.
- Integrate theoretical knowledge from civil engineering courses into real-world projects, enhancing professional competence.
- Encourage innovation and research in civil engineering through the exploration of new materials, technologies, and methodologies.
Prerequisites
Participants should have a solid foundation in material strength, structural analysis, and Python programming. Familiarity with Visual Studio Code is also required.
Evaluation
Participants will be evaluated through active participation during live sessions and final exams after each module. Successful completion of the course will earn a TEDI International Certification.