R&d Engineer: Cmos Design of Smart Biosensor Chips (Barcelona)

Organ‑on‑chip (OoC) technology – understood as the microfabrication of cell culture devices to model functional units of human organs in vitro – has seen significant advancements in recent years. OoC is transforming biomedical research by replicating organ‑level physiology within complex and controlled microenvironments. However, its progress is hindered by current knowledge gaps in the spatiotemporal dynamics involved in the development of organoids, which are three‑dimensional cell tissue cultures with enormous potential to revolutionise the control over specific physiological and pathological responses of human organs in OoC.

Your tasks

• Design of neuromorphic readout architectures for multimodal sensing. This includes developing sensor analog frontends, asynchronous A/D converters, and the digital communication stages. You will integrate your circuit proposals in sub‑micron CMOS technologies.
• Tape‑out of your own custom chips and electrochemical c...