Advertisement

Rodrigo Aviles

Rodrigo Aviles has not setup a biography yet.

About Rodrigo Aviles

Scientific field: bio-photonics

Microscopy background: Optical System Development

Posts by Rodrigo Aviles

PhD Engineering Scholarship: Laser Technologies in Medical Applications

Posted by , on 26 February 2024

The university of Sussex is offering a a 3.5 year Engineering PhD scholarship based in the High Precision and Optical Metrology research lab led by Dr Rodrigo Aviles-Espinosa. What you getYou will receive a tax-free stipend at a standard rate of £19,237 per year and your fees will be waived (at the UK, EU, or

Engineering the Properties of Laser Sources for Surgical Robotic applications (2023)

Posted by , on 22 June 2023

Engineering the Properties of Laser Sources for Surgical Robotic applications (2023) The Robotics and Mechatronic Systems research group is currently looking for a highly motivated person aiming to obtain a PhD in photonics at the University of Sussex . This PhD project will focus on studying the light tissue interaction using novel laser technologies. Through

R&D Laser Technician

Posted by , on 26 January 2023

FYLA LASER, a leading company in the field of supercontinuum and ultrafast fiber lasers is seeking a Laser Technician to join our R&D team in High Power Fiber Lasers. Job Role Assist in the research and development of rare earth fiber laser oscillators, amplifiers, pulse-pickers, compressors, and other optical fiber components and subsystems. Conduct experimental

EPSRC DTP PhD Studentship: Understanding coherent light-tissue interaction for optical tissue soldering in minimally invasive robotic surgery, University of Sussex, UK

Posted by , on 19 April 2022

The Robotics and Mechatronic Systems research group is currently looking for a highly motivated person aiming to obtain a PhD in photonics at the University of Sussex .  This PhD project will focus on studying the light tissue interaction at microscopic level using novel laser technologies to overcome the current challenges in minimally invasive surgery