Visiting Research Collaborator
Repeated research visits to the Qingdao Innovation and Development Center, working on wireless power transfer, metasurface resonators, and biomedical instrumentation.
Research Engineer · ITMO University
Wireless power, optoelectronics
& scientific software
I’m a research engineer at ITMO University, combining physics, software, and electronics to develop working technology. My work spans wireless power and optoelectronics, from physical modelling and simulation to circuit design, embedded programming, prototypes, and measurement. I carry that work through to functioning devices and validate their performance under real operating conditions.
My experience includes published research on electric-vehicle and underwater wireless charging, engineering software for energy and circuit analysis, and audio DSP development. I use data processing and machine learning alongside hands-on testing to understand system behaviour, improve designs, and make research useful in practice.
Doctoral researcher in Physical and Mathematical Sciences
ITMO University · St. Petersburg, Russia
CVs & supporting documents
Choose the Complete CV for the full background, or the Academic CV for research roles.
Research, engineering, software & audio experience
6 pages · PDF · Updated October 2026Research, scientific software & publication record
5 pages · PDF · Updated October 2026Supporting portfolios 2 pages each · PDF
ITMO University profile ↗Resonators, couplers & energy transfer
02 / OptoelectronicsPhotonics & biomedical instrumentation
03 / Signal processingAudio DSP, embedded code & hardware
04 / Computational researchScientific data processing & design selection
01 / Experience & education
Different disciplines.
A shared curiosity about how things work.
Repeated research visits to the Qingdao Innovation and Development Center, working on wireless power transfer, metasurface resonators, and biomedical instrumentation.
Ongoing doctoral research in optoelectronics and photonics for sensing applications, with Prof. Sergey Makarov. Admitted under the Russian Government Scholarship Quota.
Wireless power transfer from low-power devices to high-power charging systems. Coil and coupler design, resonant metasurface transmitters, parameter estimation, prototyping, and experimental validation.
Studied the influence of local ocean currents on grid-connected and autonomous solar and wind power plants in coastal regions of the Indian subcontinent.
Specialised in photovoltaics and solar energy technology at the Department of Photonics. Graduated with Honours (Red Diploma), GPA 4.92/5.00, and the Best International Graduate (Master’s) Award. Thesis: coastal-current effects on hybrid solar–wind generation and the economic feasibility of rural solar power in eastern India.
Developed audio software using the Virtual Studio Technology (VST) SDK, working with C++ and Ruby.
Scholarship-supported postgraduate diploma studies in sound recording and design. Programme not completed.
Founded a registered start-up exploring current quality in electrical power supplies, switched-mode and linear topologies, audio electronics, and digital signal processing tools.
Designed custom filters and algorithms to reduce static and dynamic noise in historical electrical recordings dating from 1903 onwards.
Developed digital signal processing plug-ins in AAX format for Pro Tools 10 and later.
Electronics and Communications Engineering. Among the top ten departmental scorers in the final semester. First place at the zonal Indo-US Robo-League in 2014, qualifying for the national level at IIT Bombay.
Secondary and higher secondary education under CISCE. School project: a miniature solar vehicle with a custom step-up converter.
02 / Selected work
Coil modelling, coupler design, and real-time parameter estimation for an 11 kW electric-vehicle wireless charging system, alongside the ITMO and Yablochkov team.
Read the 2025 paper ↗A multimode near-field metasurface transmitter at 6.78 MHz, developed through collaboration with Harbin Engineering University.
Published · IEEE T-MTT · 2026Read the published paper ↗Research interests in perovskite photodetectors, optical biosensing, and functional near-infrared spectroscopy for brain-computer interfaces.
Optoelectronics / Doctoral researchLittle Mojo, a digital guitar amplifier developed from circuit simulations; AP-1A, a passive equaliser model; and convolution and algorithmic reverbs including Eerieverb and Dream and Space.
Audio DSP portfolio (PDF) ↗My undergraduate thesis: a semi-autonomous robot combining acoustic ranging, motion sensing, weather measurements, and remote control.
Bachelor’s thesis / GNITMy master’s research explored how coastal currents affect solar–wind systems, alongside the economics of solar electricity for rural communities in eastern India.
Master’s thesis / LETI03 / Software development
Engineering applications that turn models and data into usable tools for energy analysis, circuit design, and wireless power research.

Browser-based solar PV feasibility, storage sizing, plant design, and levelised cost of electricity analysis using NASA POWER climate data.
Open application ↗
L-match synthesis for resonant two-port networks, with reflected impedance, component losses, stress and bandwidth estimates, circuit schematics, and CSV export.
Open application ↗
A concept-design workspace combining coupled-coil estimates, power-stage efficiency predictors, and a saveable design summary for wireless power systems.
Open application ↗
Estimates coupling, inductances, Q factor, resistance, and efficiency for an 11 kW EV charging link using FEM-fitted polynomial models and a dimensioned preview.
Open application ↗
Estimates self-inductance from rectangular spiral geometry using the Aebischer formula, with a live engineering schematic and instant results.
Open application ↗04 / Research record
IEEE Transactions on Microwave Theory and Techniques
Published journal article
Read the paper ↗IEEE Journal of Oceanic Engineering
Published journal article
Read the paper ↗Current research in computational photovoltaics and machine learning. These manuscripts are not yet accepted or published.
Photonics and Nanostructures - Fundamentals and Applications
Manuscript · Not yet published
Journal of Computational Electronics
Manuscript · Not yet published
05 / Skills & methods
Across simulation, software,
the lab, and the studio.
From fields to a working model.
Software that talks to hardware.
Computational methods for research.
From recorded sound to real-time DSP.
Understanding systems in their environment.
Build, measure, refine.
Making the work clear.
06 / Along the way
Doctoral studies · ITMO University
Master’s award · LETI
Red Diploma · GPA 4.92 / 5.00
Third-degree diploma in LETI’s 2020/21 final-thesis awards
Russian Government Scholarship Quota
Qualified for the national level at IIT Bombay
Robotics & Internet of Things · LETI (4 ECTS)
AVR programming · Technophilia
Java Enterprise Edition · NVIT (2016)
Java Micro Edition · C Wizards (2014)