Evans Muasya

Electrical and Energy Systems Engineer with an MSc in Energy Systems and specialized expertise in EV charging infrastructure, power electronics, renewable energy integration, BESS, and energy management systems. Designed a multi-objective energy management solution for a four-port EV charger integrating photovoltaic generation and battery energy storage. Experienced in system modelling, hardware validation, data analysis, technical documentation, and cross-functional project coordination.

Prepared to support the development and delivery of scalable, reliable, and commercially viable energy projects.

Project Developer and Lead Researcher - Skoltech - Moscow, Russia

(2025-01 - 2026-06)

Project: Multi-Objective Energy Management System for a Four-Port Multi-Active Bridge EV Charger with PV and BESS Integration

• Led the design and modelling of a four-port EV charging architecture integrating grid supply, photovoltaic generation, and battery energy storage.
• Developed multi-objective energy management strategies to reduce grid dependency, increase photovoltaic self-consumption, manage peak demand, and improve charging flexibility.
• Simulated charging demand, battery operation, renewable generation, and bidirectional power flow under multiple operating scenarios.
• Evaluated technical feasibility, interoperability, scalability, and potential deployment in fleet depots and commercial EV charging hubs.

EV Battery Assembly and Power Electronics - Ibanez Electro

(2025-01 - 2026-06)

• Validated EV charging, battery, and power electronics hardware, contributing to a 20% reduction in diagnostic cycle time.
• Supported electrical assembly, testing, troubleshooting, and technical documentation for EV-related power systems.
• Accelerated project delivery by 30% through cross-functional coordination while maintaining 98% inventory accuracy.

Electrical Engineering Intern - Petroenergocenter - Saint Petersburg, Russia

(2023-06 - 2023-08)

• Assembled and inspected more than 50 electrical machines with zero recorded assembly errors while following technical drawings and safety procedures.
• Reduced component failure rates by 10% through electrical testing, fault identification, and technical reporting.
• Improved spare-parts retrieval time by 25% by reorganizing the inventory and materials-tracking system.

MSc - Energy Systems - Skolkovo Institute of Science and Technology (2024-09 - 2026-06)

BSc - Electrical & Power Engineering - Peter the Great St. Petersburg Polytechnic University (2019-09 - 2024-06)