Learn to Perform Structural Analysis Using the ANSYS Tool with this Skill-Lync Course

Introduction to Structural Analysis using ANSYS Workbench by Skill-lync is a 3-month introductory course to structural analysis using the Analysis System (ANSYS). This Advanced Structural Analysis course delves deep into Finite Element Analysis (FEA), on how to perform simulations and read the results. You will gain powerful tool skills on ANSYS Workbench - industry-leading software for performing structural, thermal, and vibrational analysis. 

You will learn step-by-step how to perform simulations using the ANSYS Mechanical APDL solver. At the end of this course, you will be able to set up a load case for any component or model, simulate them and obtain its deformation, fatigue life, the factor of safety and places of stress intensity. This course opens the gate to the world of FEA simulations and an introduction to solving time steps for analysis. 

It is intended for mechanical engineering graduates and professionals or professionals working in the quality, production and manufacturing domain who are looking to move up the ladder in their career. 

The top skills gained from this course are Project Planning, Project Selection Technique, Structural Analysis, Structural Design, Creativity, Simulation, and Design Simulation. The unique features of this course are job assistance and Capstone Project. After the program, learners can find a job as a Mechanical Simulation Engineer or CAE Modeler.

It is a self-paced, well-curated intermediate-level course spread over 3 months. Experienced faculty members teach this online course. The curriculum is specifically project-oriented, containing 13-15 mini-capstones ranging from basic to advanced levels. 

You will gain powerful tool skills on ANSYS Workbench - industry-leading software for performing structural, thermal and vibrational analysis. You will get step-by-step knowledge on how to perform simulations using the ANSYS Mechanical APDL solver. At the end of this course, you will be able to set up a load case for any component or model, simulate them and obtain its deformation, fatigue life, the factor of safety, and places of stress intensity. 

Learners get access to high-quality recorded content and practice assignments given at the start of each week during the course. There is no fixed time to take the assessments. Lessons were a combination of videos, live lectures and study materials. Post every video explanation; there is a small assessment at the end to validate your learning/attainments. The evaluations are planned to ensure ongoing student engagement with the program and encourage learning. 

The best thing regarding the program is it compels you to follow a research-based learning approach. You also get lifetime access to the course content. Instructors are well-experienced professionals. Akhil, one of my teachers, has a unique style of demarcating SOPs. He elaborates lessons well and loves to take on the conceptual doubts of the learners.

I’m currently working as a Design and Detailing Engineer. My job is to design lighting structures like street light poles, high masts and stadium masts. I was highly interested in the FEA domain, and the learning from this course has helped me refine my designing methodology to a great extent. 

Upon course completion, I can now set up a load case for any component or model, simulate them and obtain its deformation, fatigue life, the factor of safety and places of stress intensity. This was something that was out of my comfort zone earlier.