Avram Florichescu

Multiple Xamarin Forms Mobile Apps and .NetCore projects like cross-platform mobile App for logistics, cross-platform mobile App prototype for one of the biggest real estate company in Germany, .NetCore application for a production line involving devices. Technologies: C#, .NetCore, .NetStandard, Xamarin Forms, Xamarin Native, Reactive UI, Syncfusion Controls, ASP.Net Core, Razor, TPL Data Flow, Azure, DevOps, MS App Center, Visual Studio

Software Development for Daimler seat control units. Development, unit testing and bug fixing of software modules. Architecture and development of a common shared lib for the Daimler seat projects. Development on the Fail Safe Module (FSM). Implementation of software modules according to Doors Requirements. Refactoring of the CAN Network handling code. Software kickoff of new projects. C CAPL CAN Vector CANoe Candela GENy Eclipse Ideas SWATT Doors MKS IMS

GSM Remote is a device which allows you to Power On your PC with the ease of your phone. HW: Development of the device PCB. Design custom cables for the power supply and the connection to the PC. Development of 2 testers for the PCB and for the cables. SW: Embedded SW for the device and testers. Android app for easier control of the device - Eagle PCB - Arduino - Visual Studio - C - Java

-Planning, Architecture and Development of the “LOL Reader” App. -C# with Xamarin and PCLs (Portable Class Libraries), for max code reusability on multiple platforms. -The app's interface is native on different platforms so that the app looks "at home" on all the platforms. -Backend server for push notification systems for the different platforms. This also provides the fallback logic in case the app needs a fast update. -C# -JavaScript/HTML -Xamarin -WinJS -Visual Studio -PHP

SW for the network (CAN, MOST) component in BMW car head units. Development of a network profiling and analysis plugin for an internal tool Development of a testing framework (called Amalfi) for the network layer. Development of MOST Core Compliance tests Development of a cod generator. This generates C code from the MOST function catalog Technologies: C++ C# QT CAPL CAN MOST Vector CANoe Optolyzer G2 Suite Eclipse Visual Studio

Infotainment SW for high end car head units. SW Architecture, Development Technical Interface to the suppliers and clients for the modules that I worked on Technical Interface to other departments that were involved in the modules that I worked on Participated in workshops with the suppliers and the function owners from Audi Worked on: DVD Changer controller Gracenote Service Online traffic router for the Gracenote Album Browser Cover Flow Technologies: C++ OpenGL IPC MOST QNX Eclipse

Team Lead for the Windows Phone team Developer for Bitdefender desktop antivirus Developer for a remote control tool that allows you to control all of your devices that have BitDefender on them, from one place Research for the initial project concept Define user stories and the product backlog Task planning and distribution Architecture Development Technologies: Agile Scrum C++ C# Win API Boost MFC COM Silverlight FireBreath Framework IPC Client-Server Architecture

Development on head units (onboard computers) for 2012 Audi, Volkswagen, Seat and Skoda cars. Technologies used: C , C++ , CAN , Vector Canoe. Applications that I've worked on: -Phone management application. - PDC (parking distance control) - Wiper application - SIA (Service Interval)

Development on multimedia & entertainment software. Tech. used: - C++ , WINAPi , MFC, COM for the business logic and some parts of the GUI - a lot of windows hooks for controlling and responding to events of other applications like ITunes and WM Player from inside of our application - multithreading on a large scale and complex synchronization to make all the application activities run as efficient as possible - interprocess communication for controlling other applications. -C# , C++/CLI , WPF -> GUI

- Development of a Grid system for speeding up car crash simulations. - Architecture and implementation. - Initial concept. - Architecture. - Task planning. - Development. - Periodic demos to the managers. - Speed up the car crash simulations with the available hardware resources in the network. - Make the changes invisible for the users. So use only free resources that the network has. - Make the system fault-tolerant. - Visual C++ - C# - MFC - QT - Win API - Visual studio - SVN

I graduated second and third year in 2010.