Hi, I am Rossella

Rossella Scarcia

Software Engineer

I’ve always been passionate about science and technology and this has led me to choose Computer Engineering as a course of study. Later, thanks to various classes in my Master’s Degree, I’ve developed an interest in new technologies such as Virtual and Augmented Reality.

Problem Solving

Team Work

Communication

Hard Working

Project Mngmt

Skills

C#

Main language used in application development with Unity3D.

C++

Used for Unreal Engine development or Desktop application (Qt).

Python

Used in the development of application with OpenCV or for small scripts.

Unity3D

Worked with several projects in Unity: both for university and personal purposes such as Game Jams.

Unreal Engine

Experienced in UE4 development. Used in the design and development of the Master Thesis project.

Git

Comfortable with git-based development. Mostly used Github or Bitbucket.

VR-AR

Experienced with the use of VR tools such us HTC Vive PRO. Basic knowledge of AR tools such as Hololens 1 and 2.

Blender

Big fan of 3D graphics. Used mostly for personal projects and in some university projects.

Experiences

TXT GROUP

- Present, Milano

TXT Group is an international, Global Digital Enabler, specialised provider of engineering software solutions supporting its customers in high-tech markets in their mission and business - critical core processes and throughout their product life-cycles.

Aerospace Software Engineer

Development of Pacelab WEAVR software.

Development of a digital mannequin for aerospace ergonomic design and a training system in VR. (Master Thesis)

Thales Alenia Space Italia

Nov 2019 - Oct 2020, Torino

The thesis consist in two parts:

A Python Script to create mannequins representing the six percentile categories defined by NASA.
A VR Training System developed using the Unreal Engine 4.

Master’s Degree in Computer Engineering

Politecnico di Torino

March 2017 - Oct 2020, Torino

Introduction to computer graphics theory and programming, computer animation theory and virtual reality application.
Introduction to image capture, processing, recognition using computer vision techniques.