Роман

LESHKOVIAT ROMAN
Kyoto, Japan | [відкрити контакти](див. вище в блоці «контактна інформація») | [відкрити контакти](див. вище в блоці «контактна інформація»)

Profile

Final-year Mechanical and Electrical Systems Engineering student at Kyoto University of Advanced Science with
hands-on experience in CAD, simulation, electrical systems, and engineering research. Experienced with Creo, ANSYS,
MATLAB, and technical project work involving electric motors, CFD, and AI-based engineering tools. Interested in
junior engineering, BIM/Revit, electrical design, R&D, and technical design roles. Fluent in English with international
academic and project experience.

Education

Kyoto University of Advanced Science Kyoto, Japan
B.Eng. in Mechanical and Electrical Systems Engineering Expected Mar 2027
Relevant Coursework: Electric Circuits, Analog Electronics, Digital and Classical Control, Electric Motor En-
gineering, Mechanical Design and Drafting, Mechatronics, Robotics, Strength of Materials, Battery Engineering,
Communication Engineering, C and Python Programming.
Selected Technical Training: Mechanical manufacturing, CAD-based engineering drawing, robotics and mecha-
tronics laboratories, control-system analysis, electrical circuit analysis, and multidisciplinary engineering projects.

Engineering Experience

AI Automation Engineering Project Jun 2026 – Present
Kyoto University of Advanced Science | Industry Collaboration Kyoto, Japan
• Developing an AI-assisted automation system for a real industrial packaging and order-fulfillment workflow in
collaboration with an external industry partner.
• Designing and implementing a workflow combining computer vision, Large Language Models (LLMs), OCR, and
browser automation to automate engineering and manufacturing operations.
• Developing, integrating, testing, and debugging components of the automation pipeline while evaluating different
AI models and tools for object recognition, document understanding, and instruction interpretation.
• Working in a multidisciplinary engineering team through task planning, regular technical meetings, design reviews,
and Agile-style project management.
• Presenting project progress, system architecture, engineering decisions, technical challenges, and results during
milestone presentations and reviews.

CFD Engineering Industry Project Jul 2025 – Feb 2026
Kyoto University of Advanced Science | Industry Collaboration Kyoto, Japan
• Worked on a real engineering problem provided through an industry-university collaboration project.
• Performed Computational Fluid Dynamics (CFD) simulations using ANSYS Fluent to investigate airflow, cooling
performance, and aerodynamic behavior of engineering components.
• Built and refined simulation models, defined boundary conditions, analysed simulation results, and debugged mod-
elling and simulation issues.
• Compared design alternatives and used CFD results to support engineering decisions and propose design improve-
ments.
• Collaborated within an engineering team through task coordination, technical discussions, project meetings, and
design reviews.
• Prepared and delivered technical presentations explaining simulation methods, results, engineering conclusions, and
project progress.

Frontend Developer Apr 2023 – Apr 2024
Yamai Investment Educations Inc. | Contract Kyoto, Japan
• Developed and maintained responsive web interfaces using Vue.js and JavaScript.
• Worked with SQL for data retrieval and database integration.
• Built and customized websites using WordPress and implemented designs based on Figma layouts.
• Adapted interfaces for desktop, tablet, and mobile devices with a focus on usability and responsive design.
• Used Git for version control and collaborative software development.

Engineering Projects

Robotics and Embedded Systems Laboratory
• Designed mechanical components and assemblies using CAD tools for robotics and mechatronics applications.
• Programmed embedded systems in C and integrated software with sensors, actuators, and electronic hardware.
• Designed and assembled electronic circuits, including hands-on soldering, wiring, and hardware integration.
• Tested and debugged mechanical, electrical, and embedded-system issues during system development.
• Presented project designs, implementation decisions, technical problems, and final results during laboratory reviews.
Electrical Machines and Power Electronics Laboratory
• Performed hands-on laboratory work with electric motors, transformers, power converters, and electrical drive
systems.
• Assembled and tested a stepper motor and investigated its operating principles and control characteristics.
• Built and tested power-conversion circuits including DC–AC, AC–DC, and AC–AC converter configurations.
• Worked with transformers and electrical measurement equipment to analyse voltage, current, and system behaviour.
• Diagnosed circuit and hardware problems through measurement, testing, and systematic troubleshooting.

Technical Skills

CAD / Design: Creo Parametric, engineering drawings, 3D modelling, mechanical assemblies
Simulation: ANSYS Fluent, MATLAB
Electrical: Electric motors, BLDC/PMSM fundamentals, electrical circuits, power systems, control en-
gineering
Engineering: Technical documentation, simulation, prototyping, analysis, troubleshooting
Programming / AI: Python, AI/LLM tools, computer vision, OCR workflows
Additional: 3D printing, computer hardware diagnostics and repair

Languages

English: C1 / Fluent
Ukrainian: Native
Russian: Native
Japanese: Basic conversational

Additional Information

Based in Kyoto, Japan. Available for full-time work and open to remote engineering work during the final year of
university. Interested in relocation. Seeking junior engineering opportunities where I can apply my multidisciplinary
technical background while continuing to develop new engineering skills and technologies.