top of page
ECE SEVER

ECE SEVER

Science Team Leader

ITU Chemistry Undergraduate Student

linkedin.png
MERVE YILMAZ

MERVE YILMAZ

Science Team Member

ITU Physics Engineering Undergraduate Student

linkedin.png
SAİDENUR TAMİMDAR

SAİDENUR TAMİMDAR

Science Team Member

ITU Chemistry Undergraduate Student

linkedin.png
SAİME NUR YEŞİL

SAİME NUR YEŞİL

Science Team Member

ITU Metallurgical and Materials Engineering Undergraduate Student

linkedin.png
ÖMER CAN USLU

ÖMER CAN USLU

Science Team Member

ITU Control and Automation Engineering Undergraduate Student

linkedin.png
NİL ÜRKÜT

NİL ÜRKÜT

Science Team Member

ITU Molecular Biology and Genetics Undergraduate Student

linkedin.png
ORKUN DEMİRARAN

ORKUN DEMİRARAN

Science Team Member

ITU Geological Engineering Undergraduate Student

linkedin.png

Science Team

The science team designs systems suitable for the science mission of the competition and conducts studies with these systems to analyze life discovery, environmental suitability for life, and geology.
The science system is a laboratory on the rover and consists of many different functional components to analyze the environment. It selects biomolecules suitable for analysis to detect life and uses tests and biosensors suitable for examining soil samples collected by the rover to determine if there are living organisms in the environment. It will also investigate the suitability of the environment for life and the future possibility of life using soil and atmospheric gas sensors.
Optical spectrometers developed by our team study minerals and organic molecules. Instruments such as spectrometers and microscopes are also used to conduct a mineralogical study of the environment. The science team also follows current studies on the geomorphology of Mars and explains the specific areas in the contests by making certain analogies.

bottom of page