Multiphysics CAE Simulation trainings with software Ansys in Italian

This training program provides an extensive exploration of physics-based topics, designed to offer students a deep and practical understanding of various engineering disciplines. The program is structured as a series of courses, each featuring comprehensive theoretical content paired with hands-on practical sessions using Ansys, a leading global simulation software.

The proposed learning path currently includes a comprehensive number of courses for physics like: FEA, CFD, DEM, EMAG

Personalized Learning Path: Students have the flexibility to tailor their learning journey according to their individual interests and career goals. They can choose from a range of courses that cover numerical simulations applied to engineering, enabling them to focus on areas that are most relevant to their professional development.

Diverse Curriculum: The curriculum is carefully designed to cater to a broad spectrum of physics disciplines, ranging from introductory to advanced levels. This structure allows participants to build a solid foundation and progressively deepen their expertise in specialized areas. Key disciplines covered include:

• Structural Mechanics: Understanding the behaviour of structures under various loads and conditions, and applying this knowledge to design and analysis
• Fluid Dynamics: Exploring the principles of fluid flow and its applications in engineering problems, including the analysis of turbulence and flow patterns
• Electromagnetics: Delving into the interactions of electromagnetic fields with materials and their applications in designing and optimizing electronic components
• Discrete Element Simulations: Analysing the behaviour of granular materials and discrete systems through simulations that model individual particles and their interactions

Hands-On Practical Sessions: Each course is complemented by practical sessions conducted using Ansys software. These hands-on workshops allow students to apply theoretical concepts in real-world scenarios, reinforcing their learning through direct interaction with the software. Ansys’s powerful simulation tools provide an invaluable platform for experimenting with and solving complex engineering problems. All content is asynchronous, offering total flexibility for completing the modules and exercises.

Real-World Applications: The training program emphasizes real-world applications, ensuring that students not only gain theoretical knowledge but also develop practical skills that can be directly applied to industry challenges. By integrating case studies and practical exercises, the program bridges the gap between academic learning and practical implementation.

Overall, this training program offers a robust and flexible educational experience, enabling students to gain in-depth knowledge and hands-on experience in various physics-based disciplines. With the support of Ansys software, participants are well-equipped to advance their careers and tackle complex engineering problems with confidence. All content is 100% asynchronous and prepared by experts with extensive experience in the simulation market. The modules include recorded video lectures and exercises to reinforce knowledge.