Mechanical Engineering Softwares

A course focused on AutoCAD and ANSYS for mechanical engineers typically covers the fundamentals of computer-aided design (CAD) and finite element analysis (FEA), with a focus on their application in mechanical engineering. It involves learning to use AutoCAD for creating 2D and 3D models, and then using ANSYS to analyze the behavior of these models under different conditions.

Key Features of AutoCAD (CAD) are:

• 2D Drafting:Students learn to create and edit 2D drawings using AutoCAD, including basic shapes, lines, circles, arcs, and more.
• 3D Modeling:Course content includes 3D modeling techniques in AutoCAD, allowing students to create solid models of mechanical components.
• Parametric Modeling:Students learn to create and edit models using parametric features, allowing for efficient design modifications.
• Drawing Standards:The course emphasizes understanding and applying industry-standard drawing practices, including dimensioning, tolerancing, and layer management.
• Industry-Specific Tools:Students may also learn about AutoCAD Mechanical's specialized tools and libraries for mechanical design tasks.

Key Features of ANSYS (FEA) are:

• FEA Introduction:Students gain an understanding of FEA, including the general procedure involved in creating and analyzing FEA models.
• Model Creation and Meshing:The course covers creating models within ANSYS, defining materials, and generating meshes for analysis.
• Analysis Types:Students learn to perform various types of FEA analyses, including static structural, modal, harmonic, thermal, and transient dynamics analyses.
• Boundary Conditions and Loads:The course covers defining and applying appropriate boundary conditions and loads to the FEA models.
• Post-Processing:Students learn to interpret and analyze the results of FEA simulations, including stress distributions, deformations, and other relevant parameters.

Course Structure:

• Simulation and Analysis:Gain proficiency in using ANSYS for simulating the behavior of mechanical components under different loads and conditions.
• Project-Based Learning:Students may work on real-world design challenges or simulations as part of their coursework.
• Software Proficiency:The goal of these courses is to equip students with the necessary skills to confidently use both AutoCAD and ANSYS for mechanical design and analysis.
• Problem-Solving:Develop the ability to apply CAD and FEA skills to solve real-world mechanical engineering problems.

Course Duration:

The students are to practice an hour a day for 2 months for the completion of the course.

Eligibility:

There are no specific eligibility criteria for this course, making it accessible to anyone interested in learning about computers.

Classes are conducted from 9am to 5pm on weekdays. Apart from this, students will have access to course materials and support throughout the duration.

Certification:

Upon successful completion of the course, participants receive a certificate that is recognized by various government and private organizations.

Please feel free to contact in case of any other queries or registration.