33 English-speaking jobs in Dübendorf

We are a diverse team of engineers and business developers working on a multitude of innovative products and technology projects on a mission to take transport in industrial intra-logistics to the next level. We foster a collaborative and empowering environment where your ideas will be valued, and your potential will be unleashed.

The ‘accompanying research’ (‘Begleitforschung’) project carried out jointly by Eawag and EPFL will derive overarching lessons learned and best practices on how to engage with different societal actors at science-practice and science-policy interfaces, using four Projects as empirical case studies.

Social network you want to login/join with: Internship: Environmental and Financial Impact of Locally Made Bio-conditioners (4 months), Dübendorf Client: eawag Location: Dübendorf Job Category: Finance Job Reference: 59d0362b4062 Job Views: 5 Posted: 21. 01. 2025 Expiry Date: 07. 03.

2025 Job Description: Project background: Chemical pollution threatens biodiversity of ecosystems, yet we know little about different species’ genetic susceptibility to chemicals.

2025 Job Description: About us Odne (formerly Lumendo), founded in 2018 and ISO 13485 certified, aims to disrupt the endodontic device market in the US and EU. Our mission is to develop the most advanced solution for this very challenging dental procedure with a disruptive cleaning technology and a novel, light-activated filler, thus helping people to keep their natural teeth longer.

2025 Job Description: Your Tasks Project Planning and Execution: Define and manage projects according to directives from the Senior Manager for Asset and Infrastructure. Ensure all project documentation is complete and up to date. Stakeholder Management: Collaborate closely with business stakeholders to define project success criteria and ensure alignment with business objectives.

2025 Job Description: About the project: The two 4-year PhD student positions are part of a project funded by the Swiss National Science Foundation (SNSF). This project involves 2 PhD students and 1 postdoctoral researcher working together with scientists at Eawag and ETH Zurich.

About the project: The two 4-year PhD student positions are part of a project funded by the Swiss National Science Foundation (SNSF). This project involves 2 PhD students and 1 postdoctoral researcher working together with scientists at Eawag and ETH Zurich. The aim is to assess trace element dynamics in periodically waterlogged soils under current and future climatic conditions.

It is one of the key focus areas of research in the Management of Excreta, Wastewater and Sludge (MEWS) group at Sandec to understand and improve dewatering of fecal sludge. Using conditioners (flocculants and coagulants) could improve dewatering efficiency significantly. However, commercially available conditioners are expensive, need to be imported, and could potentially harm the environment.

Project background: Chemical pollution threatens biodiversity of ecosystems, yet we know little about different species’ genetic susceptibility to chemicals.

About HERMES HERMES is ARIS’s first-ever bi-liquid rocketry project, aiming to design, build, and launch a cutting-edge launch vehicle in October 2025. This ambitious endeavor is supported by the development of a fully student-researched-and-developed (SRAD) EthaLOx engine and advanced engineering systems.

About HERMES HERMES is ARIS’s first-ever bi-liquid rocketry project, aiming to design, build, and launch a cutting-edge launch vehicle in October 2025. This ambitious endeavor is supported by the development of a fully student-researched-and-developed (SRAD) EthaLOx engine and advanced engineering systems.

About HERMES HERMES is ARIS’s first-ever bi-liquid rocketry project, aiming to design, build, and launch a cutting-edge launch vehicle in October 2025. This ambitious endeavor is supported by the development of a fully student-researched-and-developed (SRAD) EthaLOx engine and advanced engineering systems.

With our cutting-edge research, Empa's around 1,100 employees make essential contributions to the well-being of society for a future worth living. Empa is a research institution of the ETH Domain.

In addition to our four Divisions, the Group functions also host our Corporate Accelerator, based in Zurich, Switzerland. We are a diverse team of engineers and business developers working on a multitude of innovative products and technology projects on a mission to take transport in industrial intra-logistics to the next level.

In addition to our four Divisions, the Group functions also host our Corporate Accelerator, based in Zurich, Switzerland. We are a diverse team of engineers and business developers working on a multitude of innovative products and technology projects on a mission to take transport in industrial intra-logistics to the next level.

The SAGE Mission SAGE is a student satellite team with the ambitious goal of launching the first CubeSat carrying human cells. The objective is to investigate how aging occurs differently in space compared to Earth. The team is dedicated to developing and testing a flight-ready spacecraft, learning about aerospace engineering along the way, and ultimately launching their contribution to space!

About the Position This position is part of a research project funded by the Swiss National Science Foundation (SNSF) involving 2 PhD students and 1 postdoctoral researcher that collaborate with multiple research groups at Eawag and ETH Zurich. The project aims to study trace element dynamics (Tl, As, Cu, Pb, Cd) in periodically waterlogged soils under current and future climatic conditions.

Company Description Terry Soot Management Group (TSMG) is a field data collection company founded in 2017 in Europe. We collect data where automation is not possible. We count features, take pictures, make videos, record speech, and scan areas for every detail you need to make more informed decisions.

The SAGE Mission SAGE is a student satellite team with the ambitious goal of launching the first CubeSat carrying human cells. The objective is to investigate how aging occurs differently in space compared to Earth. The team is dedicated to developing and testing a flight-ready spacecraft, learning about aerospace engineering along the way, and ultimately launching their contribution to space!