Andrei Arkhipov

• Founded and independently built a website for searching mountain huts and planning hut-to-hut tours across the Alpine region
• Reached 30 registered users and 300 visitors/month within 6 months of launch
• Built the frontend in Vue.js and the server side in Nuxt, with a MySQL database; developed the frontend UI for account creation and interactive hut-to-hut route planning using Leaflet
• Developed a custom branded design using custom Vue.js components and Nuxt UI
• Built AI workflows using N8N, AI agents, and web search tools to gather hut information from across the internet, in multiple languages, into a single database
• Integrated an open-source map of Europe, the Overpass query engine, and the GraphHopper route engine to build access routes to huts and locate marked trails between them
• Sourced live hut data and availability from public APIs, so all listed huts and routes reflect current, real availability
• SEO'd the website to improve search engine ranking; 33% of visitors currently arrive via ChatGPT, indicating strong AI-search visibility
• Ran digital marketing campaigns across Instagram, TikTok, LinkedIn, and local newspapers, producing flyers, social media posts, articles, and videos
• Featured in regional press coverage, including a university alumni magazine and local newspapers

• Founded and independently built a web-based node editor for creating configurable 3D models (home interior and machinery products) using signed distance field (SDF) modeling, rendered instantly in-browser
• Implemented SDF-based geometric operations as a composable node workflow, allowing users to combine primitives into complex, parametric 3D models
• Built the frontend in Vue.js and backend in Node.js/Express
• Built a user platform for creating, saving, publishing, and exporting models as STL files
• Implemented subscription-based payments and an email notification system

• Conducted a research on a thesis topic for process mining in software engineering
• Extracted and analyzed GitHub repository events from large codebases using Python data workflows and Fluxicon Disco tool to find meaningful insights and create a software engineering process diagram
• Wrote a 32 pages paper and was overall graded as 2.5 for my thesis work

• Built a custom cost estimator using proprietary algorithms in JavaScript to instantly calculate 3D-printing costs for fixed sets of home interior products, cutting quote generation time from the industry-standard 1–3 minutes to real-time
• Ported a legacy C++ 3D-printing slicer to run in-browser via WebAssembly, enabling the real-time cost estimation above
• Built a database/backend component cataloging partner manufacturers' resources (materials, colors, and other specs)
• Developed a manufacturer-facing UI for managing available resources, synced in real time with the customer-facing app so users could only select in-stock configurations
• Mentored an intern through onboarding, bringing them to full productivity within one month
• Used Three.js to enable 3D graphics in web browser

• Ported a legacy C++ desktop rendering/graphics pipeline to the web using WebAssembly, as part of a 2–4 person team, enabling the application to run in-browser without a native install
• Built a Vue.js frontend for interactive rendering and manipulation of 3D models in the browser
• Developed a Go backend service to load, parse, and process user-uploaded CAD models
• Implemented a custom GLSL shader parser in C++

Awarded a competitive national R&D grant supporting young scientists commercializing innovative research in engineering design. Selected from a large applicant pool through a multi-stage evaluation of scientific merit and commercial viability. The goal was to research how modern web technologies can advance the creation of engineering computer-aided design through building a PDM system that would work on a web browser.

Awarded for developing an application on the Autodesk Forge platform that generates interactive 3D technical manuals; the project originated as a first-place hackathon prototype.