Development of optical sensors for ocean monitoring
Work description
Water quality is a critical factor for human survival and the health of aquatic ecosystems, ranging from rivers to oceans. In this context, continuous monitoring of this resource is essential to ensure its preservation and sustainability. Monitoring becomes particularly important in scenarios where human activities, such as installing reinforced concrete structures in the ocean for wind energy generation, may impact water quality. The primary objective of this work is to study, develop, and implement innovative optical sensors capable of operating in extreme conditions, such as high salinity, pressure, and temperature, while providing accurate data on chemical and biological parameters.
Academic Qualifications
PhD in Physics Engineering
Minimum profile required
Proven experience in fiber optic sensors and in simulating the propagation of electromagnetic radiation in a waveguide. Advanced knowledge of development and characterization of plasmonic structures for the detection of chemical and biological targets
Preference factors
Advanced knowledge of nanoparticle synthesis and optical characterization. Demonstrated ability to develop instrumentation for controlling autonomous systems and optical interrogation of developed sensors.
Application Period
Since 03 Jan 2025 to 16 Jan 2025
Centre
Applied Photonics