Python for Mechanical Engineers
Python is a simple yet powerful programming language. Its simple syntax makes python easy to learn. Also, this language integrates well with all types of programming models such as imperative, object-oriented and procedural programming. Python has efficient high-level data structures. It is used in Mechanical Engineering in the areas of numerical analysis, thermodynamics, and computational fluid dynamics.
Course Objectives
This course instructs on Python's language and syntax, emphasizing its applications in mechanical engineering. It encompasses writing automation scripts for CAD and utilizing Python scripts to configure and execute finite element studies in Abaqus. Abaqus is a software application employed for both modeling and analyzing mechanical components and assemblies, along with visualizing the results of finite element analysis.
Role in the Industry
- Python is extensively employed for automating the generation of CAD drawings.
- It is widely used in conducting numerical analysis, the most popular application in mechanical engineering.
- Python is also used in other areas such as vibrations and dynamic motion, simulation and modeling engineering etc.
Course Highlights
- Python Basics
- Modules & Functions
- List
- Strings
- Scientific Calculations
- Python Libraries
- CAD using Python script
- Abaqus CAE using Python script
Differentiator
Successfully undergoing a Python training and certification program for mechanical engineering at CADD Centre can substantially expand employment prospects for students. The CADD Centre training team, backed by industry exposure, provides expert guidance, imparting practical knowledge and best practices in applying Python, allowing you to distinguish yourself from others.
Job Prospects
Python enhances the appeal of a mechanical engineer's resume, meeting the expectations of employers who seek individuals capable of integrating mechanical engineering principles with computer languages like Python. Proficiency in utilizing Python libraries for swift problem-solving in numerical analysis opens up abundant job opportunities in various sectors, including automotive, aeronautical, and manufacturing.
Pre-requisite
Students of Diploma / Degree holders in Engineering (Mechanical and related streams),Mechanical engineering professionals