Viachaslau Bohdan

Worked as Senior Web Developer at DigiClouder.

Implemented advanced micro-frontend architecture patterns leveraging Single-SPA and Module Federation to enable independent deployment cycles and scalable web platform modularity.
Architected and configured custom Cursor Rules  and specialized pre-commit hooks to standardize React code quality, design system compliance, and execution guidelines across the team.
Integrated Jira MCP (Model Context P

Fintech | Compliance

Architected and engineered a unified, full-stack compliance management platform (React, Node.js, AWS EC2) with secure SSO authentication, pulling data directly from Amazon Redshift and Wikibase DB into a modular core; enabled non-technical stakeholders to effortlessly monitor operational compliance metrics through simplified, real-time dashboards.
Delivered an AI pipeline (No

Tenerifly Platform - https://tenerifejoy.com
Co-founded a short-term rental platform and delivered MVP end-to-end
Implemented core frontend and backend functionality to validate business model
Coordinated a small distributed development team
Participated in operational and commercial decisions, including partner onboarding

Web3 Platform
Engineered and integrated front-end architectures for autono

Digital Twins | IoT

Delivered complex React.js frontends including 3D/geospatial web scenes with Cesium.js and Babylon.js, ECharts dashboards, and micro-frontends — owning architecture, private npm packages, and Storybook component libraries end-to-end. Contributed beyond delivery by interviewing candidates, mentoring developers, and performing code reviews.

Energy | IoT Platforms

Delivered React/Redux frontend solutions across IoT platforms, owning the full lifecycle from application architecture and private npm packages to mentoring and backend development. Key delivery included real-time remote device data transfer, processing, and visualization — built end-to-end with full frontend and backend ownership.

Frontend Engineer | React · Redux · Micro-frontends | German InsurTech

Delivered production-ready React/Redux frontends for German insurance UI platforms, owning the full lifecycle from micro-frontend architecture and private npm packages through to deployment. Key delivery included a customer-facing insurance module enabling users to browse and purchase dental tariff plans.

Travel | Web Platforms & Applications

Delivered and maintained travel platforms built on Vue.js/Nuxt.js, driving backend development with HubSpot and Strapi integrations to support CRM and content operations. Configured serverless deployment pipelines and implemented pixel-perfect responsive UIs with a custom WYSIWYG editor.

Energy | Solar & IoT Platforms

Delivered Angular-based energy platforms end-to-end, implementing solar algorithms, CO2/carbon calculations, and energy price logic alongside IoT data processing from smart meters. Owned the full delivery pipeline — CI/CD, deployment, pm2 services management, and database optimization

Energy | Solar & IoT Platforms

Delivered Angular-based energy platforms end-to-end, implementing solar algorithms, CO2/carbon calculations, and energy price logic alongside IoT data processing from smart meters. Owned the full delivery pipeline — CI/CD, deployment, pm2 services management, and database optimization

FIBARO | Smart Home

Delivered full-cycle smart home solutions with Fibaro, including infrastructure setup, device installation, automation programming, and ongoing system optimization

FIBARO | Smart Home

Delivered full-cycle smart home solutions with Fibaro, including infrastructure setup, device installation, automation programming, and ongoing system optimization

Mar 2026

Mar 2026

The main purpose of the thesis was to conduct research, regarding the assessment of the quality of internal organs segmentation techniques in computed tomography images using various types of algorithms (Otsu method thresholding, k-means algorithm, c-means algorithm, region growing method), creation of a web platform that enables internal organs segmentation and classification from a web brows

The main purpose of the thesis was to conduct research, regarding the assessment of the quality of internal organs segmentation techniques in computed tomography images using various types of algorithms (Otsu method thresholding, k-means algorithm, c-means algorithm, region growing method), creation of a web platform that enables internal organs segmentation and classification from a web brows

Learning subjects:

Automation
Robotics
Electronics
Power Engineering
Programming

Learning subjects:

Automation
Robotics
Electronics
Power Engineering
Programming