Boris S. Email & Phone Number

Palo Alto, CA, US

Redwood City, California, US

Tysons, Virginia, US

- Analog / RF design, simulation and testing of high frequency sections video doorbell products.- WiFi international compliance testing and tuning. - Radar motion tracking / detection.Tools used: HFSS, SiWave, Qucs, LTSpice, C, Python.

Burnaby, British Columbia, CA

Python, Spice, HFSS and RF simulations and optimization for Cryogenic IO system (filters, superconducting circuits) to minimize mK thermal noise and cross-coupling. Improving simulation tools for Quantum superconducting circuits. Development of filter synthesis tools.

Melbourne, FL, US

RF design of a satellite internet modem for avionics. RF system design and simulation, RF PCB design, PA predistortion design/testing, RF test automation.

Ottawa, Ontario, CA

Toronto, ON, CA

- Radar system design and RF board design at 24 GHz.- Radar DSP design including target classification work using Machine Learning / AI, cross-training ANNs.- Work on RF and firmware for Electro-Optical Oscillator-based system: mode suppression / thermal stabilization.- Development of custom in-house RF test equipment: Spectrum Analyzer, Noise Figure.

Ottawa, Ontario, CA

Hardware design of advanced high bandwidth, high power battery charging platform.

Ottawa, Ontario, CA

Design of next generation long distance RF Wireless Power delivery, localization, and tracking for IoT devices and RFID sensors. Patents pending.

Hardware/Firmware Design of a wideband RF transceiver 0-3GHz: - System and RF simulations in ADS, QUCS, ADIsimRF. - Schematic/Layout in Altium Designer.- Firmware design for Kinetis ARM Cortex-M4 Micro-controller with FreeRTOS in C.- Debugging/Testing with SA, SigGen, Oscilloscope. Soldering rework.

Toronto, Ontario, CA

RF/Mixed Signal Design of a Software Defined Radio platform 0...6 GHz:- Schematic/layout in Altium Designer- RF simulations in ADS and QUCS- Firmware design for ATMEGA-series Microcontroller in Atmel Studio / Eclipse.- Debugging/testing with RF equipment, oscilloscope. Soldering rework.

-Linux driver for PCIe.-60GHz radio system design.-Design of C-to-S-band (500MHz-6GHz), small step, ultra-low phase noise, ultra-broadband synthesizer.

-Design of a Matlab-based tool for simulation and prediction of a complex non-linear behaviour of a drill-string for a multi-billion dollar oil equipment company.-LTE femtocell optimization in Matlab using Carrier Aggregation, and Coordinated Multiple Point Transmission and Reception algorithms.-EM FDTD simulations of a human eye.-Simulink / SimMechanics.

Ottawa, Ontario, CA

-Cellular outdoor-indoor repeater re-design for PCS (1900 MHz) and GSM (900 MHz) bands: Lab-bench troubleshooting existing design, performing system simulations, debugging matching, linearity, stability, flatness issues. Verifying simulation versus hardware measurements to pinpoint problems.-Modeling and system-level debugging of a customer-supplied 10.

CA

-Design of DDS-based low spurious frequency synthesizer in L and S bands with advanced spurious cancellation algorithm-Hardware and Firmware design of small-step RF frequency synthesizers, based on Hittite PLLs/VCOs.-Schematic, layout, and embedded firmware design of a radio system controller board.

Design of frequency synthesizers: fast switching, modular, L-S bandsFirmware design

Barrie, ON, CA

Design, development, prototyping and production qualification of the following:- An agile, 1.4 - 2.7 GHz, medium power RF and digital up/down-converter - An agile low phase noise DDS-based VHF/UHF frequency synthesizer with tracking filter- Adaptive linear/non-linear RF High Power Amplifier pre-corrector for L - S bands- S-band upconverter controller: PLL.

Toronto, Ontario, CA

- Positron drift in Helium gas: solved nonlinear PDE's in MATLAB- Nonlinear regression, LMS optimization using Genetic Algorithm & gradient descent - Developed Java Applet that simulated the deflection of beams and computed the strain field

Norcross, Georgia, US

- Encoded and modulated a QPSK signal for testing of a receiver in a satellite communication system.- Developed fast, MATLAB-based, tuning technique for a Microwave Resonant Cavity Filter.- Coded and evaluated an antenna null-steering algorithm, on a MC68 Microcontroller based on the feedback from gyros.- Stepper motor and motor control circuit modelling.

Ottawa, Ontario, CA

Research in the area of Radio Frequency Integrated Circuits targeting communication and Radar applications. Primarily focused on III-V semiconductors (GaN and GaAs) for high power and high frequency range (>10 GHz, >10W)

Phd, Electrical Engineering (Electronics)

M.A.Sc, Electrical Engineering (Electronics)

B.A.Sc, Electrical Engineering (Engineering Science)