The desktop application allows the user to upload any videos, movies, or to add an URL to any
youtube video. After uploading and the background processing, it will be launched an avatar character
which translates in ASL language the initial video file that was uploaded.
The whole desktop application is described as an avatar next to a video player that will translate in
realtime into the ASL language any video format file.
Purpose of the application: Deaf people will be able to watch any file in a video format and have a
realtime ASL avatar translation.

user platform and content management administration platform

I was part of a 5 members team. The web platform had the purpose of helping employersand employees to interact better and easier. Was a new approach to work in order to find the bestpeople for the best jobs instantly, using the cutting edge real-time technology. The platform wasdeveloped in C#-MVC.

Mobile chat application that allows deaf people to communicate throw ASL (American sign language
) each other and also with the people that do not suffer from these disabilities. The project was
developed in C#, by using Xamarin, in order to have a base-core that is cross-platform.

At the end of 2016 as a part of a 4 members team, we developed a web platform in C#-MVC
together with a mobile application in Android named HeartView. The platform and mobile application
were combined with a wearable system for surveillance of patient's health. This whole system was
developed to track the patient's evolution, by receiving data from the sensors(EKG, humidity,
temperature, pulse) that were attached to him or around him. If the values from the sensors exceeded
the limit, then the system was sending alerts to a doctor's smartphone who intervened immediately for
solving the problems. The full medical records of every patient were available for doctors on the web
platform.

I was part of a team of 4 people, working on a web platform for the workforce management
industry. I was part of a 5 members team. The web platform had the purpose of helping employers
and employees to interact better and easier. It was a new approach to work in order to find the best
people for the best jobs instantly, using the cutting edge real-time technology. The platform was
developed in C#-MVC.

At the beginning of 2016 as part of a 4 members team, I developed a web application for online
courses in the aviation domain. The application was created for a certain company, which had the
possibility to upload videos to train its pilots in order to get a certificate and be able to fly.

The application was created for a certain company, which had thepossibility to upload videos to train its pilots in order to get a certificate and be able to fly.

The platform and mobile applicationwere combined with a wearable system for surveillance of patients health. This whole system wasdeveloped to track the patients evolution, by receiving data from the sensors(EKG, humidity,temperature, pulse) that were attached to him or around him. If the values from the sensors exceededthe limit, then the system was sending alerts to a doctors smartphone who intervened immediately forsolving the problems. The full medical records of every patient were available for doctors on the webplatform.

The project wasdeveloped in C#, by using Xamarin, in order to have a base-core that is cross-platform.

it can automatically move through a labyrinth made of light barriers.

After a few seconds of parking, the car will search foran exit. We used for this project ultrasonic sensors.

where using an infrared laser, aninfrared video recording camera, and a video projector, by pointing to an ordinary surface you couldhave drawn through light marks different forms or anything else on that surface.

The applicationbuilds in Java, using mainly google maps, and was detecting if a transaction is reliable or not.

Was something similar to a quiz idea platform.

like Paint app, database app, countdown app

in a team of 3 people, we built a system for a car that isguided by 6 light sensors, it can automatically move through a labyrinth made of light barriers.