MSC Nastran Online Course
Introduction to MSC Nastran and Finite Element Analysis (FEA)
MSC Nastran is one of the most advanced and widely used Finite Element Analysis (FEA) solvers in the industry. Extensively applied in real-world engineering problems, MSC Nastran offers powerful capabilities for structural analysis, modal analysis, buckling, thermal expansion, and much more. This Online Course aims to provide a comprehensive introduction to MSC Nastran, utilizing Patran as the pre- and post-processing environment. More than just a software tutorial, this course dives deep into the fundamental FEA principles that drive MSC Nastran’s calculations, enabling users to modify and adapt simulations to unique engineering challenges while efficiently troubleshooting potential issues.
Why Choose This Online Course?
This Online Course is designed for beginners looking to develop a strong foundation in MSC Nastran and Patran, but it also benefits intermediate users by exploring advanced features and optimization techniques. Unlike fragmented tutorials, this course offers a structured learning experience, ensuring that learners grasp both theoretical concepts and practical applications. Whether you are completely new to MSC Nastran or already have some experience, this course will enhance your understanding and problem-solving capabilities in FEA. At the end of this course, you will get a Certificate of completion.
Throughout the course, we will explore the essential capabilities of MSC Nastran within the Patran environment. We will go beyond running simple simulations by discussing the underlying theories behind FEA computations, allowing you to customize scenarios based on your specific case requirements. Additionally, we will cover troubleshooting techniques to help you efficiently resolve common issues encountered during simulations.
Course Structure
The course is structured into several progressive modules, allowing learners to build their skills step by step. The first section provides an overview of MSC Nastran and Patran. You will learn about the origins of MSC Nastran, its significance as the first FEA solver in the world. This section will also guide you through setting up MSC Nastran and Patran, along with an introduction to the user interface and workflow.
A strong foundation in FEA principles is essential for using MSC Nastran effectively. In this module, we will discuss key FEA concepts such as mesh generation, element types, boundary conditions, loads, constraints, and solver settings. You will gain insights into how FEA works under the hood and how to refine your models for better accuracy and efficiency.
To reinforce the theoretical concepts, we will walk through a series of practical simulation cases covering static structural analysis, assembly modeling and contact analysis, modal analysis and normal modes, linear buckling analysis, and thermal expansion analysis. Each simulation case will include a step-by-step walkthrough, ensuring that learners can follow along and apply these techniques to their own projects.
Although this course is primarily aimed at beginners, we also introduce some advanced FEA techniques to provide a broader understanding of MSC Nastran’s full potential. This includes size and topology optimization, where we explore weight reduction and material efficiency techniques, non-linear FEA covering large deformations, material plasticity, and contact non-linearity, and parallel processing and solver performance, discussing methods to accelerate large-scale simulations. These advanced topics help learners unlock more features of MSC Nastran and expand their capabilities beyond basic simulations.
Learning Approach
The course follows a project-driven learning approach, ensuring that each concept is reinforced with real-world applications. Learners will benefit from interactive video tutorials, downloadable project files, quizzes, and assignments that help solidify their understanding. Throughout the course, emphasis is placed on both theory and application, enabling learners to confidently tackle industrial FEA problems.
Additionally, the course provides troubleshooting strategies for common errors in MSC Nastran simulations, helping users gain a practical problem-solving mindset. By the end of this training, learners will not only understand how to run simulations but will also be able to interpret results, optimize models, and apply efficient workflows in MSC Nastran.
Who Should Enroll in This Online Course?
This Online Course is ideal for students and researchers who need to perform FEA simulations in their academic work, mechanical and structural engineers looking to deepen their expertise in structural analysis, FEA beginners who want a structured learning path to MSC Nastran and Patran, professionals in aerospace, automotive, and manufacturing industries aiming to enhance their simulation capabilities, and anyone interested in advanced FEA techniques, including optimization and non-linear analysis. No prior experience in MSC Nastran or Patran is required. The course starts with the basics and gradually progresses to more complex topics, ensuring that all learners can keep up and advance their skills effectively. The certificate at the end of the course can be your proof as you enroll and finish this course.
Instructor: Caesar Wiratama
Caesar Wiratama established a company, PT Tensor, with the main business in CAE Applications, including CFD, FEA, CAD, and general numerical modelings, which has been operating since 2013. My last education is a Master of Mechanical Engineering from New York University. By creating these courses, I hope to make this community bigger and allow more engineers to utilize these amazing tools.
Enroll Now and Master MSC Nastran and Patran!
Mastering MSC Nastran and Patran is a valuable investment for your career, especially if you are looking to specialize in structural analysis and FEA simulations. This Online Course with enrollment certificate ensures that you gain the essential skills needed to perform accurate and efficient simulations, troubleshoot common problems, and optimize designs using one of the most powerful FEA solvers available today.
Whether you are a beginner or an intermediate user, this course will help you develop a strong foundation in MSC Nastran and Patran, enabling you to confidently apply your knowledge in academic, research, or industrial settings. Don’t miss the opportunity to become a skilled MSC Nastran user. Enroll today and take your Finite Element Analysis skills to the next level!
Reviews
Marcos Gómez R.
“An excellent introductory course. You get a real feel for structural simulation and you get started with the software.“
Kevin
“MSC Nastran is a very powerful tool, but the learning resources are very limited, especially for beginners. Finally, I found this detailed and comprehensive MSC Nastran course. The instructor explains the concepts very clearly.”
Michael
“Very good value for money. The instructor explain really well in the basic concept of FEA, and very practical for the MSC Nastran and Patran features”