Margarita Zhogol

Developed dispatching systems for OWEN controllers using CODESYS V3.5. Configured Mx210 module polling, integrating data with SCADA and OwenCloud via Modbus. Modeled emergency scenarios (pressure drops, safety triggers), accelerating incorrect setting detection by 40%. Audited automation parameters for boiler units, correcting 12 critical documentation discrepancies prior to commissioning. Updated technical specs, ensuring 100% alignment between design and hardware implementation.

Led Python backend dev for a diagnostic system serving 1,000+ students. Cut result generation from 5 min to 5 sec via optimized algorithms. Implemented FSM architecture and dynamic UI, boosting test completion by 45%. Built database, logging, and error handling from scratch – zero downtime during peak loads.

Led a 3-person team to design and assemble a lab DC motor prototype using AutoCAD/Fusion 360. Reduced manufacturing costs by 30% vs market analogs through smart component selection and precise winding calculations. Managed Agile workflows. Project ranked Top 3 at faculty competition. Hands-on mechatronics: from magnetic calculations to final assembly.

Leadership development program focusing on ethical decision-making, team management, and social responsibility in engineering projects. Developed skills in cross-functional collaboration, project coordination, and sustainable leadership practices.

Intensive course on Python web development, API design, and backend architecture. Learned modern frameworks, database integration, and deployment strategies. Applied knowledge to build production-ready web applications with FSM architecture and optimized data processing.

Advanced professional retraining program focused on Python for engineering and automation. Covered OOP, data analysis, backend development, and industrial applications. Applied Python skills to build scalable diagnostic systems and automate engineering calculations.

Specialization: Mechatronic Modules of Robotic Complexes. Honors Degree (GPA 4.80/5.0). Focused on industrial automation, control systems, PLC programming, and mechatronics. Combined theoretical engineering with hands-on projects in robotics, motor design, and SCADA systems. Author of 6 international research papers on control systems and mechanical drive optimization.