Associate Professor in Applied Mechanics, lab's director. Multibody dynamics, computergraphics, robotics, contact problems. Founder of Project Chrono software. Ranks in the higher 1% of C++ programmers worldwide (CodersRanking 2019)
Associate Professor in Applied Mechanics, lab's director. Multibody dynamics, computergraphics, robotics, contact problems. Founder of Project Chrono software. Ranks in the higher 1% of C++ programmers worldwide (CodersRanking 2019)
Full Professor in Structural Mechanics. Theoretical research in non-linear elasticity and metal plasticity. Damage of quasi-brittle materials. Design of glass structures. Structural optimization and bridge design. Member of ASCE.
Post-doc in Applied Mechanics. Modelica, vehicle dynamics, multibody dynamics, C++ programming, model based simulation software.
PhD student. Finite elements, aeroelasticity, stability. Multibody methods for analysis and optimization of wind turbines. Developing in C++ for Chrono Engine.
Assistant professor in Applied Mechanics. Industrial automation, robotics, pharmaceutical engineering, motion control, computer vision.
PhD student in Applied Mechanics. Robotics, industrial manipulators, CAD, Industrial automation, motion control.
PhD student. Main developer of PyChrono. Artificial Intelligence, Deep Learning, Multibody dynamics, FEA, Python, cloud infrastructures (Anaconda, CIs)