Victor Ivanov Email & Phone Number

Georgetown, Ontario, Canada

I'm responsible for the software of CPI X-Ray generators.1. Main X-Ray generator software (C++, multithreading, OOP, Real Time Linux).2. Web-based configuration interface (IPC, PHP, JavaScript).3. Software of the motor control board (TI DSP, CAN, low level software, PWM).4. Software of the input/output control board (PIC32, CAN, low level software, ADC, DAC).5. Software of the CPI Console (NIOS, UART, LCD screen UI).6. Integration with customers' systems (Ethernet, CAN, RS232, Digital Interfaces, trainings and troubleshooting).

Toronto, Canada

I re-wrote MARIS tracker (MARIS was acquired by Navico) to be used in Navico systems (C++, Radar, integration, simulation).

Tønsberg, Vestfold Og Telemark, Norway

1. I designed, developed and released software for MARIS Radar Video Acquisition device (C++, TI DSP, TI-RTOS, I2C, Ethernet, UART422, QDMA, Power Sequencer, ADC, Radar Control).2. I designed and implemented web-based configuration interface for this device (HTML, JavaScript, CGI, Flotr).3. I designed and implemented a set of test for the board bring-up and production (Memory, Flash, DAC-ADC, UART loop, inputs/outputs). 4. I designed and developed auxiliary PC software for testing and configuration of new boards (C#, .NET, Digital Signature).5. I participated in hardware design, troubleshooting, certification and production of the device.6. I maintained and updated MARIS PC based Radar Video Extractor-Tracker application (C++, Win32).

1. I implemented changes in Service Access Control Manager of WiMAX access point required required for the second release such as support of Handover, Idle Mode, AES256. (C, TCP/IP, PKM)2. I identified and implemented required changes in communication protocols with other components of the access point. (ISL)

1. I designed software architecture of a distributed measuring system (C, RTOS Baget, Ethernet).2. I designed and implemented communication protocol for the system configuration (Ethernet, XML)3. I designed and implemented communication protocol for the data collection and storage (Ethernet, XML)4. I developed software for several sensors (vibration, temperature, tension)5. I prepared tests and participated in boards bring-up.6. I developed a software prototype for internal combustion engines tester (embedder module for data acquisition, Ethernet, Windows application for visualization).

1. I designed and implemented proprietary protocol for data exchange between components of the system over Ethernet.2. I designed and implemented data synchronization between active device and hot reserve device and switching between these devices. 3. I developed navigation data exchange over MIL-STD-1554 with third party systems.4. I developed communication with auxiliary devices over RS422.5. I designed and implemented a library of custom graphical control elements using X11.6. Eventually I became responsible for software architecture, threads synchronization and software releases (C, VxWorks, MIPS32).

Bachelor'S And Master’S Degree, Instrument Engineering (Mr Tomography), A

Activities and Societies: 1. I actively participated in creation of a laboratory MRI tomography scanner which was later used.

High School, General Studies