HIL Academy
Unlock your skills in model-based engineering and HIL simulation with online courses.
HIL Academy is a free educational platform focused on digital power spanning power electronics, e-mobility, and grid modernization. It is designed to help engineers, researchers, and students build practical expertise in Model-Based Engineering (MBE) and high-fidelity Hardware-in-the-Loop (HIL) simulation for real-world design, testing, and validation.
Through self-paced, expert-led courses, HIL Academy supports learners at every stage from foundational concepts to advanced applications. Learners can engage with instructors, explore real-world use cases, and connect with a global community of HIL users to accelerate their learning and confidently apply HIL in practice.
HIL Specialization Certification
Demonstrate your practical skills and expertise by completing our five-course HIL Specialist 2.0 certification series. Designed to develop your knowledge of the Typhoon HIL toolchain, this program accelerates the process in adopting HIL technology as a new customer, expert user, or community learner. Confidently and successfully execute your own Hardware-in-the-Loop (HIL) projects and leverage your competitive advantage.
Contribute to HIL Academy
Facilitate knowledge exchange, collaboration, and networking by conducting courses on specific topics related to HIL testing and simulation, industry applications, emerging trends or best practices in the field of digitalization of power electronics and electrification of transport.
Apply to join our passionate instructors, share your knowledge, and take part in transitioning our planet to a sustainable energy future.
Power System Stability Research with HIL | UniTS
Prof. Daniele Bosich is an Assistant Professor at the Digital Energy Transformation & Electrification Facility (D-ETEF) of the University of Trieste (UniTS), actively involved in the program development and teaching activities within the MSc Degree Program in Energy and Digital Systems (IEUTS). His main topic of research is the stability of the DC system, primarily in marine applications, and his research experiences include virtual prototyping and digital twin technology.