As a multidisciplinary electrical engineer, I ensure projects are executed from initial planning—allocating time and resources—to successful on-site delivery, including factory acceptance testing (FAT). I hold a Master’s degree in Electrical and Computer Engineering, majoring in Power Electronics and Electric Machines. My work spans the full control system validation chain, including MIL, SIL, and HIL stages. Throughout my engineering career, I’ve developed deep expertise across four key verticals:

• Industrial applications, including but not limited to deployment of high-fidelity power electronics models and power system applications.
• E-mobility applications, including modeling of high-fidelity machines, converters, chargers, BESS (Li-On batteries)
• Detailed Microgrid applications that include high number of electrical components and communication protocols among other things
• Expertise in Battery Management Systems - embedded programming, modeling of complex batteries, battery packs and BMS

My software development journey began within the scope of electrical engineering but has since evolved into a new vision. I design and build full-stack web applications using modern frameworks like React, Next.js, and TypeScript. As backend, I integrate layers of customized AI agents and LLMs (vision and analysis) over the formatted repository (data as a single source of truth). Using workflow automation tools, I simplify the proccess of querying relevant data (enhanced with custom interpretations via AI agents) to retrieve the most relevant information, cutting down costs, time and human errors. This website, along with all other showcased projects, is entirely self-built.

CV available on request.