METU-IMS invites applications 5 PhD positions in the frame of ERC  Consolidator Grant DeepTrace: A new project that will run from late 2022 to 2027  at the Institute of Marine Sciences at METU, Turkey's Centre of Excellence in Oceanography.

Each of these positions offers unique career paths  at the intersection of chemical oceanography, nanotechnology and astrobiology and also linked to other EU projects at the institute such as the METU-coordinated Bridge Black-Sea Project.

Candidates  from not from marine science background but from all relevant engineering fields, geology, molecular biology, chemistry, physics and mathematics are encouraged to apply to these positions. Motivation and capacity to take on a multidisciplinary challenge is the most important quality.

You will be embedded in a highly diverse and multidisciplinary ERC research group led by Dr Mustafa Yücel and will be interacting with a range of researchers based at METU IMS as well as abroad. The position involves ERC-funded field trips and research cruises, support for travels to major conferences of oceanography, planetary geosciences and astrobiology. 

Your salary will be at least at the level of a public university research assistant in Turkey and may increase in proportion to your skills, qualifications and performance.

For all positions please share a max. 2 page letter of intent, updated CV and names and contact info of 3 references to muyucel@metu.edu.tr  and also follow up the procedure defined at

http://ims.metu.edu.tr/graduate-programs 

Application deadline for those ready to start in Fall 2022 is June 24, 2022 

In the frame of ERC DeepTrace, We also accept applications through the year for a possible start in February 2023. The  application deadline for this is December 25, 2022.   

Full details of the application procedure can be found here. http://ims.metu.edu.tr/graduate-programs

Note that you will need English (TOEFL or equivalent) or ALES/GRE scores.

  

Project Summary:

ERC CoG DeepTrace will advance a ground-breaking mechanistic, analytical and predictive understanding of how the life-supporting metals cycle across Earth's deep-sea ecosystems such as the Black Sea and hydrothermal vents, developing the application of metal nanoparticles as tracers of planetary redox habitability and bridging the study of Earth's Oceans with the Ocean Worlds of the Solar system. DeepTrace will tap the potential of tracing redox metals as one of best opportunities in the next decade for detecting life in Ocean Worlds, and accelerate improved parametrizations of metal cycles for better prediction of Earth’s marine ecosystems under multi-stressors such as deoxygenation, warming and biodiversity loss.

 

 Below You Can Find The Details Of The 5 Open Positions 

Co-mobilization of enzymatic cofactor metals across hydrothermal vents and marine redox gradients with a focus on integrating multiple spectrophotometric and mass spectrometric methods

Analytical method development for the isolation and detection of saltwater nanoparticles with implications for in situ detection of nanoparticles in Ocean Worlds plume ejecta

Chemical oceanography focusing on the in-situ chemical sensing in the deep sea

Modeling of  metal redox mobilization across dynamic (hydrothermal vents) and stable (Black Sea) redox gradients   

Ocean Worlds Geochemistry - Conceptual Integration and  Modelling