AML projectI devised the project's development multi-step workflow, including: reverse engineering of WebRTC C++ native code, create UML class and sequence diagrams of analyzed components, code development with C++17, UDP socket programming (Linux/Windows), RTP/RTCP reports and enhancements, create documentation. I applied these steps to a series of client-required increments, which also included the integration of client-developed solutions for bitrate adaptation algorithms.

My main responsibility involved understanding legacy code used in automotive industry, including proprietary development framework and Genivi tools . I used this information to analyze code flaw and provide code fix solutions, as well as to implement new features in-line with the existing software architecture. Additionally, as I was requested to contribute to a variety of projects and teams, I proved I can adapt to a new code base and new workflow requirements in due time, while maintaining a high standard for my code analysis and development deliverables.Achievements: promotion to Senior Developer

I was responsible for guiding groups of 2 students in developing several visualization algorithms starting from a skeleton code written in C, in the scope of the Scientific Visualization course. Thus, my role involved helping the students to understand some visualization concepts required while guiding them throughout the development steps of the project, such as: scalar color mapping, vector data visualization, scalar properties of vector fields, vector properties of scalar fields.

I was responsible for guiding 3 groups of 6-7 students in developing the software architecture for a flood monitoring system, in form of a complete documentation, within the scope defined by Software Architecture course. My role entailed providing guidance to students, helping them to understand the process of architectural documentation development and to discover viable solutions by their own, using argumentation and debate. Concretely, some architectural concepts required by the development of this documentation were: requirements (including some aspects of requirements engineering), key drivers, patterns and tactics, architectural views, ATAM verification.

I started to work at Luxoft after I finished my second internship in the University. During this period, I worked in teams of 3-5 members. Our tasks were to develop and test software for telecom equipments such as networking switches. This has involved the following:- improving C programming skills, - learning and applying basic RTOS programming concepts,- learning networking concepts, with emphasis on level 2 protocols, especially STP, MLT, port mirroring- using Linux environment- using of IBM Rational Clearquest and JIRA - improving communication and teamwork abilities.Achievements: Promotion to intermediate engineer.