Mykhailo Krasovskyi is a Solution Architect and Software Engineer with over 18 years of experience designing and delivering enterprise-grade systems for Fortune 500 clients, including organizations from the Big Four, Microsoft, and OpenText. His career spans cloud migrations, microservices transformations, distributed systems architecture, and the full product development lifecycle across industries that demand both scale and precision.
Since 2017, Mykhailo Krasovskyi has served as Senior Solution Architect and Architecture Practice Lead at Trinetix, where he operates as a key vendor partner for one of the Big Four professional services firms. In this role, he has led engineering teams ranging from 20 to 30 developers and has overseen initiatives involving upwards of 50 engineers on enterprise-scale platforms. Among his most significant achievements, he architected and led the full decomposition of a monolithic enterprise product into a microservices-based system deployed on Amazon Web Services, reducing hosting and operational costs by 30% while increasing feature delivery velocity by 2.5 times. His approach centered on designing each service for independent deployment from the outset - a decision he credits as the difference between a functional microservices architecture and a distributed monolith that inherits the same constraints. Beyond individual projects, Krasovskyi has built and grown engineering teams through structured hiring, onboarding, mentoring programs, and personal development planning. As Architecture Practice Lead, he coordinates the work of 50 architects across the company and drives internal initiatives to standardize engineering approaches for large-scale enterprise engagements.
From 2015 to 2017, Mykhailo Krasovskyi held a Senior Software Engineer role at Akvelon, where he worked as a vendor for Microsoft. He developed core components of a high-throughput data processing and machine learning platform, building pipelines capable of ingesting diverse data sources through complex transformation and normalization layers. He collaborated directly with data engineers and scientists to optimize ML workflows and improve analytical output across the platform.
Between 2010 and 2014, Krasovskyi was a Senior Software Engineer at Ciklum, working as a vendor for OpenText and Leverate. He led a Scrum team of 10 to 15 engineers in delivering OpenText's Business Process Management suite - a product used by Fortune 500 companies - contributing core features and enhancements across the product's lifecycle. He also worked extensively on Microsoft Dynamics CRM customization and complex enterprise system integrations during this period.
Prior to that, Mykhailo Krasovskyi worked as a Software Engineer at ProCredit Bank from 2009 to 2010, where he developed internal applications to automate operational processes and provided technical leadership on SharePoint integration efforts. He began his professional career at Incom from 2007 to 2009 as a Junior Software Engineer, delivering client-facing web solutions built on the SharePoint platform.
Krasovskyi has been published in Dev.ua, where he contributed an in-depth article on the architectural causes of cost overruns in enterprise cloud migrations, drawing from his direct experience leading the AWS migration project for his Big Four client.
Mykhailo Krasovskyi holds a Master's Degree in Computer Engineering from the National Technical University of Ukraine "Igor Sikorsky Kyiv Polytechnic Institute," where he studied from 2002 to 2008. As a student, he earned third-place diplomas at the National Ukrainian Olympiad in Informatics in both the 9th and 11th grades.
His technical expertise spans .NET, Python, Azure, AWS, and GCP for cloud infrastructure; Azure SQL DB, PostgreSQL, AWS Aurora, Redis, AWS DocumentDB, AWS DynamoDB, and Azure CosmosDB for data storage; Azure Synapse, Databricks, Spark, Hadoop, Hive, and Pig for big data and data lakehouse workloads; Azure Data Factory and SSIS for ETL pipelines; IoT, traditional ML/AI, and GenAI for intelligent systems; and Kubernetes, Docker, and CI/CD tooling for container orchestration and delivery automation.