Samuel Cerezo

Short bio

I was born in 1994 in a city called San Juan, Argentina. When I was one year old, I went to live to Rincon de los Sauces, a small town in the province of Neuquen, with my 3 siblings and my parents.

In 2007 I moved with my family to the capital of the province, with the intention of attending high school with an electronics orientation. So it was that in 2013 I obtained the title of Electronic Technician by Instituto Tecnológico del Comahue (ITC). The following year I started my Electronic Engineering career at Universidad Nacional del Comahue (UNCo). In 2020 and in the middle of the pandemic, I obtained Electronic Engineer title with the final project called Compressive Sensing Mapping System.

In 2021 I started my PhD in Computer and Systems Engineering at Universidad de Zaragoza (UNIZAR), so I moved to the city of Zaragoza, Spain. I am currently in the second year of my doctorate.

About me

I love my country, where there are huge variety of landscapes and awesome places for spending time and relaxing. I enjoy doing hiking and always better if it is done with good company :).

During my free time, I usually play soccer in a local tournament in Zaragoza, besides tennis and going to the gym. I also like to play the guitar and every sunday I play it in the mass of my parish.

Some distinctions

During my High School, i was the highest score student in my class.

[2013] i got an award by INTEL for my science project temperature control of a greenhouse via internet.

[2018] I got a scholarship to do an academic exchange in Granada, Spain for 6 months.

[2018] I got a scholarship to do an research project awarded by the Ministry of Education of Argentina.

My Actual Research

The objective of my doctoral thesis is to address the localization and construction of maps in highly dynamic and deformable environments. As a fundamental novelty of the proposed research, my main objective is to jointly formulate the location of a mobile RGB-D sensor and the estimation of a map of the scene, understanding as a map the estimation of the position of static objects, the movement of dynamic objects and deformation of deformable objects.