Education
Academic background
PhD in Electrical Engineering / Electrical complexes and systems.
Master of Technical Sciences in Electrical Power Engineering.
Specialist degree in industrial power supply / engineer-electrician.
International research profile
Electrical engineering researcher, energy-efficiency specialist, applied measurement engineer, PhD, and certified energy auditor.
Energy facilities and energy audit, PhD research on electrotechnical systems, applied measurement and teaching — directions held together by a single engineering method: measure, model, verify.
Education and professional trajectory
Education
PhD in Electrical Engineering / Electrical complexes and systems.
Master of Technical Sciences in Electrical Power Engineering.
Specialist degree in industrial power supply / engineer-electrician.
Professional trajectory
Public-safe experience includes energy expertise, energy audit, electrical facilities, measurement, diagnostics, and teaching in energy-related disciplines.
Teaching areas include industrial controllers, introduction to energy and automation, automated electric drive, energy saving, and energy efficiency.
Work experience
Astana-Energy JSC, Astana
Independent oversight of the capital's largest power-supply company; elected by decision of the sole shareholder.
S. Seifullin Kazakh Agrotechnical Research University
Industrial controllers, introduction to power engineering and automation, automated electric drive, energy saving and energy efficiency.
Exillon Energy LLP branch, Astana
Energy-expertise organisation.
S. Seifullin Kazakh Agrotechnical University
Power quality, professional English for power engineers, electrical-installation safety.
Dostyk Energo JSC
Power-supply organisation.
El-Nur-Service LLP, Astana
Conducting energy audits and energy expert reviews.
Develop Group Kz LLP, Astana
Energy surveys (energy audit).
Kazenergoexpertiza JSC, Pavlodar
Expertise of energy facilities and projects, preventive testing of electrical equipment, certification of personnel in electrical safety.
EnergoAudit Kazakhstan LLP, Pavlodar
Energy surveys and technical loss analysis, development of energy-saving measures — concurrent with main employment.
Nuclear Technology Park JSC, Kurchatov, East Kazakhstan
Responsible for electrical facilities; supervision of construction and commissioning of innovative sites: radiation-technology complex, ELV-4 and ILU-10 electron accelerators, cross-linked foamed-polyethylene line, industrial heat pumps.
Pavlodar Petrochemical Plant JSC, Pavlodar
Diploma project: "Power supply for the second stage of the KT-1 combined oil-refining unit."
International internships
Operation and independent maintenance of industrial ELV-series electron accelerators — a rare engineering competence at the intersection of power engineering and accelerator technology.
A six-month internship at one of Asia's leading energy institutes: renewable energy (solar, wind, geothermal), hydrogen and fuel cells, greenhouse-gas reduction and carbon capture. The institute revealed a full cycle of advanced research — half a day of scientific presentations, half a day of laboratory demonstrations.
Engineering practice and the field-to-lab bridge
Certification & clearances
Engineering practice
Engineering practice is presented at a public-safe level: energy expertise, energy audit, electrical facilities, energy saving, measurement systems, and diagnostics without client names, facility details, contracts, or private evidence.
Field-to-lab bridge
Research, method stack, AI Lab, publications and patents
Research focus
Public research interests cover insulation parameters, isolated-neutral AC networks, earth-fault current, conductance, capacitive susceptance and voltage diagnostics.
Hover to tilt the diagram in 3D; click for a fault-mode pulse.
Research project · grant AP22787517
Below — the prototype's signal chain: from acquiring the three-phase signal to the network's digital twin.
Three phases with harmonics, sampling (ADC) and analog input filters.
FIR/IIR digital filters, FFT spectrum, SVD and matrix signal decompositions.
A live model of the isolated-neutral network — diagnostics and traceability.
AI Engineering Lab
Draft concept for AI-assisted energy audit with traceable reasoning.
Hardware branch: signal capture and a measurement test bench.
Toolchain: Python · C · Arduino / STM32 · signal capture and processing
AI Energy Auditor and the STM32 / measurement laboratory are in-development public roadmap initiatives. They are not presented as launched products, commercial platforms, or validated accuracy claims.
Selected publications
No citation counts, h-index, or completeness claims are published here.
Patents / intellectual property
Method for measuring insulation parameters of isolated-neutral electrical networks at voltages up to and above 1000 V, accounting for the quadrants of the complex plane.
Method for measuring insulation parameters of isolated-neutral electrical networks at voltages up to and above 1000 V, accounting for symmetrical components.
Method for measuring asymmetric insulation parameters in isolated-neutral electrical networks at voltages up to and above 1000 V using the method of symmetrical components.
Miniature copies of the official protection documents. Full descriptions are held in the State Register of Inventions of the Republic of Kazakhstan (kazpatent.kz) and the Eurasian Patent Office register.
Awards, public profiles and contact
Recognition
Kazakhstan Electric Power Association
Ministry of Energy of the Republic of Kazakhstan
Ministry of Energy of the Republic of Kazakhstan
Industry award
Public profiles
Contact
Open to enquiries on energy audit, expertise in electrotechnical systems, research collaboration and joint development. Phone, messengers and private addresses are intentionally not published — please use email for a first contact.