I'm a student of Aeronautical Engeneering at La Sapienza, Roma. I'm focusing on Aerodynamic, Aeroacoustics and Hypersonic fields, through the use of CFD programs. I'm looking for a thesis.

1. CICIOLA
PAOLO
S T U D E N T
3400865602
Roma, Italia
I am an Aeronautical Engineering student with
experience in team collaboration and the use of CFD
software. I am currently seeking a thesis opportunity
in the field of aerodynamics, preferably within a
reputable company.
Team-working
CFD software (Ansys, CFD++)
Matlab Language
Nastran
Problem-Solving
Adaptability to new environments
Italian
English
S K I L L S
L A N G U A G E
E D U C A T I O N
Liceo Scientifico "Francesco d'Ovidio"
2011 - 2016
SECONDARY SCHOOL
Politecnico di Milano
2016 - 2021
BACHELOR'S DEGREE IN
AEROSPACE ENGINEERING
E X P E R I E N C E
All projects have been carried out at Sapienza Università di Roma
2021 - Present
ACADEMIC PROJECTS
Structural analysis of a simple structure using Nastran.
Stability analysis of a Learjet 24 using Matlab and FlightGear.
Utilization of instruments in the aerodynamics field, including
flow visualization, wind tunnel testing, pitot tube
measurements, and PIV method, along with data
extrapolation using Matlab.
CFD analysis of hypersonic simulation using CFD++ and
Tecplot (post-processing).
In these projects, I have developed a solid comprehension of the
key principles and methodologies within the field of aerospace
engineering. My ability in problem-solving, structural analysis,
and CFD software analysis has enabled me to effectively tackle
complex challenges and achieve precise results. I am constantly
seeking opportunities to apply my knowledge and skills in
practical projects, and I am eager to make valuable contributions
to cutting-edge projects in the field of aerodynamics.
EXTRA-ACADEMIC PROJECT
paolociciola7@gmail.com
MASTER IN AERONAUTICAL
ENGINEERING
Sapienza Università di Roma
2021 - Present
Member of the Sapienza Gladiator Racing Team,
specializing in the Aerodynamics subteam. My primary
objective is to optimize the aerodynamic surfaces of a race
bike for the MotoStudent competition. This project involves
the utilization of the Ansys Fluent program for
comprehensive analysis and simulations.