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AMIV Kontakt Website (React-Frontend with next.js and semantic-ui)

C++ foundation for computational solid mechanics simulations using a variational framework, primarily focusing on the Finite Element Method (FEM)

Synthetic population for Switzerland and Zurich

K8s operator to manage NetApp Ontap TLS certificates

Lego-like building blocks for Finite Element Analysis (mirrored from https://github.com/smec-ethz/tatva)

Easy way to share exam answers

Quad-rotors are becoming more and more commonplace as technological advancements increase capabilities and reduce costs. Quad-rotor vehicles are encountered both for domestic entertainment and industrial applications, some examples are: toys for people of all ages, professional cinematography, or, inspection of industrial scale structures and processes. One reason why quad-rotors have become so pervasive is their mechanical simplicity, which lends itself to the high operational reliability. Moreover, the control and estimation techniques required to stabilise a quad-rotor around hover utilises only the control theory taught to under-graduates, while acrobatic feats and fleet manoeuvres inspire many directions in current research.