Sergei Ponomarev Email & Phone Number

Oslo Area, Norway

Feel-More Community is a side-project (desk research) related to wearable tactile devices for EEG-based interpersonal communications. Goal: integration of suitable modern technologies and scientific achievements for BCI and for wearable tactile devices to create an alternative channel for interpersonal communication.- Creation of vision and mission for the community, and other main organisational documents.- Creating a community of people interested in the project, informing the team about weekly and monthly news; 6 participants were involved.- Planning the community activity.- Paper search and review for directions: wearable haptic, vibration sensitivity, BCI. More than 50 papers were found, previewed and collected, more than 20 papers were analysed.- Leading brainstorms for project targets discussion.- Work with EEG samples data in MatLab.The project is temporary frozen.

Netherlands

- Leading a team of software/hardware engineers for integration, bugfix and troubleshooting of level D flight simulator B737 (more focused on software part). My responsibility was to coordinate the efforts of cross-functional team to achieve the product goals.- Requirements analysis and software design, release planning for new development (a new diagnostic tool for delivered full-flight simulator).- Bugfix for aircraft systems models software (MatLab Simulink, C++): mainly helping the team members with the most difficult cases.- SCRUM sprint planning and assisting the team with moving through it.

- Flight guidance part of flight management and guidance system for A-­320 full flight simulator (Simulink model based on paper diagrams from Airbus data package) integration of the model to simulation environment, troubleshooting, bugfix, development of some parts of the model;- Integration and troubleshooting of flight management part (3rd party FMS-2 simulation software produced by Honeywell).- Participant at Electric Flight Control System binary integration for A-­320 full flight simulator (C++, Python, cmake). work with Airbus data-package technical documents (std 2.0).- Software integration, bugfix for B-737 full flight simulator (Simulink, Stateflow, C++). Work with Boeing binary data-package. Debug for a variety of systems including navigation equipment models DME, ILS, GPS, EGPWS, FMC.- Software and hardware integration of cockpit panels: MCP (autopilot control pult), weather radar control panel, TCAS control panel.- Remote customer support and troubleshooting.- Motion tuning: leading of subjective tuning the set of coefficients on the flight simulation and motion system sides to make pilots feelings of accelerations realistic in level D flight simulator. - On-Site activity: software installation and pre-test, software/hardware troubleshooting of level D flight simulator; related to simulation software, control loading system, motion system, cockpit hardware.

Saint Petersburg, Russian Federation

Goal: Using Modelica for flight simulators: evaluation of future perspectives.- A test mockup Modelica library developed: simple flight dynamics (6 DOF), primitive ground reaction, simple autopilot, primitive models of engine and electrical system. - Difference in performance was analysed between development environments (Open Modelica and System Modeller)- Demos in Mathematica were developed to visualize the results: interactive control of simulated aircraft with a possibility to use different autopilot support modes.

Saint Petersburg, Russian Federation

A-320 flight simulator: * integration of electronic flight control system model (produced by Airbus);* debugging of flight guidance part of flight management and guidance system (developed on Simulink by outsourcers);* integration of flight guidance with FMS simulator (produced by Honeywell).

Saint Petersburg, Russian Federation

MatLab/Simulink development of models for airplane board systems (such as hydraulic, fuel, electro, different pults e t. c.) for large variety of flight simulators.Antonov-148 flight simulator: * Simulink development of autopilot model (the real autopilot block was already installed on FFS, my task was to implement similar behavior on FNPT, using FFS as a reference).ATR-42/72 flight simulator: autopilot model development and testing.Tupolev-204 flight simulator:* Integration of software and real avionics;* Simulink modeling of board systems;* Integration of FMS simulator; * Correction of electrical schemes for avionics; * Storing and analyzing ARINC data of avionics hardware; * Pparticipation in control loading system tuning and motion system tuning; * Half a year of project management: work planning, dealing with outsourcers, dealing with avionics manufacturers, working with pilots, testing and discussing issues with customers.

Saint Petersburg, Russian Federation

Mentor Graphics Inc., outsource office Saint-Petersburg, Russia.* C/C++ development of libraries for numerical calculation for FPGA programming; * participation in testing CatapultC (software for Verilog synthesis from C++ code), writing * libraries for CatapultC (a set of signal transforms: rate converters, correlators, wavelet transform blocks e t.c.), development of technical documentation.

Master'S Degree, Radio Engineering, 4.6

My basic education, which showed me the great building of physical reality, and gave mathematical keys from that bulding's door.

Psychology

Somethig between hobbey and scientific interests. I have 2 years of education as a psychologist (psychologycal counseling direction). This.