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of our ongoing projects, we are advancing robotic machining capabilities through the integration of secondary axes and improved force control. Your main task will be to design, build, and calibrate an end
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research. Grid2050 connects real-world electricity grid measurements, smart meter data, and actuator control into a single ecosystem for experimentation at scale. Curious? So are we. We look forward
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. Moreover, you are interested in cooperating with Swiss and international academic, economic and philanthropic partners. You have a proven ability to communicate, supported by an excellent command of German
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communication skills in English and German; programming skills in R; enrolled in a Bachelor or Master program at a Swiss university. Desirable a strong command of R Markdown and Latex; previous experience with
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, Microtechnologies, Bioengineering, High-throughput imaging, CRISPR-gene editing, Biobanking, Automation, Applied translation support Core facilities: Fluorescent microscopy, Genomics and high-throughput sequencing
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drug discovery, with focus on small molecule lead finding. You have deep expertise in building high quality assays using a wide variety of cellular models on a semi-automated stage for medium to high
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exploitation for network design. The SCF staff works closely with the Lab Automation Facility (LAF) team, which develops and maintains complex robotic setups integrated with readout technologies such as high
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investigate the role of PI3K in allergy, metabolic control, obesity, diabetes and cancer.
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. This project focuses on mapping individual trees and quantifying their species, which are critical tasks for forestry management. Using aerial RGB imagery, we aim to create a cost-effective, automated system
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stakeholders within and beyond academia. You have an excellent command of both English and German. You are a fast learner. A basic knowledge of optical microscopy and/or microfluidics and soft lithography