Research opportunity to work on an autonomous device development for data gathering, funded by the research program of the EcoHealth Network (NSF funded). Information on the program and enrollment are here.
Deadline is January 31. Potential candidates can write to Prof. Maristela Camargo (mmcamar@usp.br) to ask specific questions.
Project Title Prototyping a device for contact-free collection of biological samples from wildlife Host Organization Smithsonian Conservation Biology Institute (SCBI) Student Level Graduate Project Description Emerging infectious diseases and pandemic threats demand continuous monitoring of both pathogens and health status of wildlife living in areas where human-wildlife contact is frequent.
Such monitoring is currently done by collecting blood/tissue samples of the target animals, frequently requiring chemical immobilization and capture of the animal. Such a model of sampling imposes morbidity and mortality risks to the animals due to stress, are logistically complex and expensive, and put both humans and animals at risk of transmitting diseases to each other during the sampling.
This project aims to build an autonomous device capable of collecting biological samples from wildlife without the need for human contact. Furthermore, the device will also have the ability to perform in situ diagnostic testing and transmit results to nearby research stations, allowing for near real-time health monitoring of the wildlife living in the area. Selected candidates will be expected to contribute to the design and prototyping of the device.
Activities will include working with a multidisciplinary team that includes electronic and mechanical engineers, life scientists, and wildlife specialists to design, prototype, and on-site lab test a device for contact-free collection of biological samples.
Device prototyping can be performed at the student’s site provided she/he/they have access to suitable 3D printers and related equipment. Otherwise, the project will be developed at ICB-USP (São Paulo). Skills Background in mechanical construction and/or industrial design is a must.
Previous experience in 3D printing and Arduino is a plus.
