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The project investigates how, since the 1960s, a distinct planning culture has emerged along the Swiss German–French language border (Röstigraben), materializing in architecture and urban design, becoming visible and negotiable in social practices, and exhibiting specific characteristics of building…

Perovskite solar cells (PSCs) have emerged as one of the most promising candidates for next-generation photovoltaic technology, achieving impressive power conversion efficiencies of more than 26 %. However, their widespread application is hindered by issues related to instability under real-world…

We will develop language technologies for imperfect Swiss German speech. These technologies are crucial to build AI applications for persons with speech disorders, e.g chatbots for children in speech therapy or diagnosis tools for patients with Parkinson’s Disease.

The shoulder is one of the most mobile but also one of the most complex joints in the human body. The muscles of the rotator cuff control its movement and stability. This project is developing an adaptive method that measures the effect of these muscles more precisely in order to create a better…

The rapid integration of renewable and distributed energy resources, coupled with the growing electrification of transportation and heating, is making grid operation increasingly complex and dynamic. Therefore, research that focuses on the prevention of catastrophic events and the maintenance of…

Raman spectroscopy is attractive for material analysis because it provides a chemical fingerprint quickly and without contact. In practice, however, the Raman signal is often obscured by strong fluorescence, especially in colored plastics and many organic samples. This project investigates how to…

In additive manufacturing, metal components are firmly bonded to the build plate. With large-scale 3D printing systems, conventional separation techniques reach their limits. The IPP wire saw solves this problem.

This project examines how agentic AI can improve DAO governance by reducing inefficiencies, centralization, and low participation. Using case studies and experiments with AI agents, it evaluates benefits, risks, and impacts on democratic, decentralized decision-making.

The project FoodN'Feed aims to fill the gap in the development of native microbial communities for Swiss-adapted sustainable grain legume cultivation by capturing the true nodule rhizobial community and associated root microbiomes for the three most relevant grain legume crops for Switzerland…

MemoBox is an AI-supported digital memory box for people with early-stage cognitive impairment, featuring a camera and voice dialogue system. The goal is autonomous reminiscence therapy, promoting well-being and supporting care through AI.

Modern mobile devices are dense with pre-installed apps that are deeply integrated in the operating system. Unlike third-party apps, these system-level apps often operate with elevated privileges that allow them to bypass the standard Android permission model. This project investigates the…

Modern data systems are fragmented, making efficient and portable workloads difficult. A unified abstraction is missing. AI4Flex.Data decouples workload definition from execution, uses AI for engine selection, and enables flexible, optimized multi engine processing.

Lubricant comparison in terms of scuffing behaviour, using staircase test procedure on ZHAW 91.5 mm back to back gear test bench

Every step tells a story – especially in Multiple Sclerosis (MS), where gait reveals important health insights. This project digitizes gait assessments in people with MS using wearable sensors. By comparing therapist-rated outcomes withbiomechanical data, we aim to identify key gait parameters and…

Exploring the political in public health: Perspectives from practitioners and academics about the political determinants of health