.ABOUT THE ROLE :Participate in architecture decisions.Create great features according to UX/UI patterns.Develop great code to increase the efficiency and capabilities of our products.Your role will be crucial in projects like the mission control software for our key product: Lifeseeker, a project in which you will work the most part of your time.What is Lifeseeker?
Lifeseeker is an innovative airborne system capable of locating mobile phones accurately even in areas without network coverage and under adverse weather conditions.
The system takes advantage of the enormous social impact that mobile communication technologies have had in recent years in order to turn a mobile phone into an emergency beacon capable of leading rescue teams to its exact location.
Lifeseeker also acts as a relay and can provide a communication channel between the missing person and the rescue team.
Lifeseeker allows performing searching missions under low or no visibility conditions, including night flights, reducing sweep time of the searching area and optimizing operational costs.
Lifeseeker enables the detection of hidden or buried people, for instance under snow, foliage, or rubble.If we go deeper into Lifeseeker mission control software ; it shows the operator all the mission information and permits interaction with the whole system.
Mission control software commands and gathers information from all the devices and sensors in the system (scanners, signal generators, positioning devices, health monitors...) and implements algorithms such as target geolocation or scanning strategies in order to make the system as autonomous as possible.
The operator can modify the mission, check specific data, define a new mission, or finalize it.In addition, it is the core of other products that we develop, such as LTE cellular communication or emergency beacon location systems.
Its architecture has been and needs to be designed with the main goal of scalability (in order to grow our product portfolio), usability, and autonomy (our systems are used in search and rescue and emergency, so products require to be intelligent).
User interface is web-based (HTML, Javascript, Websockets, Angular...).
However, the core of the mission control software is developed in Python, including technologies such as Django, Geographic Information Systems (GIS, Openlayers, Geographiclib), async programming (Twisted), and communication software (Protobuf, TCP/IP).In addition, we have different R&D projects for the main aerospace OEMs that increment our knowledge and develop the technology included in our product roadmap.How will your first months be in CENTUM-RT?1st month : We will be happy to see you onboard and we will prepare a great welcome!
You will meet with all your new colleagues to understand their role and how the different departments work.
You will learn a lot about SAR operations and the different scenarios for Lifeseeker