Personal Website of Alexey Stukalin

Hello! My name is Alexey Stukalin. I'm 45 years old, based in Moscow, married, and a proud father of a son and two daughters.

For over 25 years, my professional work has been focused on designing, developing, and evolving information systems and digital platforms across government and enterprise initiatives, including sector-wide solutions.

My core professional interests lie in information systems architecture, digital transformation, digital service development, and the design of platform-based solutions for agriculture, logistics, education, and trade. I specialize in creating target architectures, managing IT teams, implementing intersystem data exchange, and building integration solutions between ERP systems and government platforms.

In earlier stages of my career, I was also involved in digital transformation initiatives within the public and infrastructure sectors. This included developing regulatory frameworks, coordinating digital platforms, and integrating cross-border digital ecosystems.

Before that, I ran my own web development and IT consulting business. Through my studio, I created custom digital solutions and websites for clients such as Danone, 3M, Imperial Tobacco, Ferrero, PFC CSKA, and others. I also developed a proprietary content management system (CMS) focused on security, usability, and logical content handling.

I graduated from Bauman Moscow State Technical University, Faculty of Informatics and Control Systems, Department of Computer Software (IU7), earning an engineering degree in software development. I am currently completing a PhD at the Russian State Agrarian University – K.A. Timiryazev Moscow Agricultural Academy, Institute of Economics and Management in Agriculture. My research focuses on applying fuzzy logic and data-processing algorithms to high-uncertainty scenarios in the agricultural sector.

I am the author and co-author of several publications and industry articles dedicated to digital platforms, agroanalytics, educational IT solutions, and public sector information architecture. One of the outcomes of my PhD work is the development of an original method called Bitwise Fuzzification — a binary encoding approach for linguistic variables that produces a fuzzy bit vector with prioritization of encoded features. A patent application for this method has been filed and has successfully passed formal examination. The patent is pending.

I'm passionate about bridging advanced technologies with real-world industry challenges, designing resilient and scalable systems, and exploring the intersection of engineering thinking and the human aspects of digitalization.

I am open to professional opportunities, partnerships, research collaborations, and expert engagements.