Postdoc - in vivo optoelectronics application and verification

ph3Postdoc - in vivo optoelectronics application and verification /h3 h3bMission /b /h3 pThe LSBI is a multidisciplinary group at the crossroads of engineering and biology. Our research explores materials, technology and integration of soft bioelectronic interfaces and electronic skins. We design, fabricate and characterise stretchable devices, and implement them in ultra-compliant circuitry and soft bioelectronic interfaces. Our field of applications ranges from neuroelectronic devices for neuroprosthetics, to wearable sensors and actuators, as well as soft in vitro interfaces. /p pThe Postdoc will contribute to the development and verification of an optoelectronic therapy for bladder dysfunction. /p pMore specifically, he/she will be responsible for overseeing the in vivo testing, optimization and functional verification of optoelectronic devices based on µLED’s assembled on compliant substrates. /p pThe Postdoc will join a multidisciplinary team including micro-/neuro-technologists, neuroscientists, and molecular biologists. /p pWe are looking for an excellent candidate with a high level of motivation, independence and capacity for teamwork. /p h3bMain duties and responsibilities /b /h3 ul liLead the optimization, application and verification of an optoelectronic implant for bladder dysfunction in rodent models /li liCollect and analyse electrophysiological and behavioural data /li liHistologically evaluate tissue following chronic implantation /li liWork independently and as part of a collaborative team to plan and execute experiments /li liMaintain knowledge of published developments in research field and recommend alternative strategies /li liPlan and organize workload to meet project milestones and timelines /li liMaintain accurate and detailed documentation of experimental methods and outcomes in lab books and written reports /li liCommunicate research updates and outcomes effectively through verbal presentations at lab meetings and conferences /liliContribute to scientific publications as well as to patents /li /ul h3bQualifications /b /h3 ul liPhD in neuroscience, neuroengineering, or related field /li liRelevant experience in preclinical neuroscience using implanted interfaces /li liExpertise in electrophysiology techniques, including in vivo recordings of neuronal activity (local field potentials), EMG recordings /li liExperience with complex surgical and behavioural techniques in rodent models /li liFamiliarity with optogenetics (preferred) /li liWorking knowledge of histological methods and fluorescent microscopy (preferred) /li liOpen minded, proactive, problem‑solving attitude with strong sense of ownership and drive /li liAbility to work in an independent manner, while contributing effectively to a collaborative team environment /li liEfficient, flexible, with strong organizational and time management skills /li liFluency in oral and written English (C1) is a must, French is a plus /li /ul h3bWe offer /b /h3 ul liAn opportunity to work on a cutting‑edge project in neuroscience and neurotechnology within a world‑class community of engineers, neuroscientists and medical doctors. /li liA dynamic, multidisciplinary, international and collaborative working environment based at EPFL Campus Biotech in Geneva. /li liEPFL is an international and world‑class engineering institution that hosts state‑of‑the‑art experimental and computational facilities, a rich and vibrant scientific and entrepreneurial community. /li /ul /p #J-18808-Ljbffr