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BENCH+ PROFILE

Aleksandr

AI Integration Engineer
Product-oriented LLM, semantic search, RAG, and full-stack MVP integration

Hands-on product and engineering profile suited to AI-enabled product integration, MVP delivery, and stakeholder-facing solution work, with a long background in live digital products and backend-supported systems.

BEST-FIT USE CASE

Building and iterating AI-enabled web products where discovery, requirements shaping, LLM/RAG integration, full-stack implementation, release preparation, and practical validation are handled close to the business problem.

Not the primary fit: Pure model research, dedicated production MLOps ownership, or narrowly scoped task execution without product context would be a weaker fit.

EVIDENCE HIGHLIGHTS

What supports the assessment

01

Built a conference networking web application as a PWA with a React/Vite frontend and Node.js/PostgreSQL backend, taking it through customer approval and pre-launch iteration.

02

Integrated LLMs, semantic search, and RAG into product features during independent product work.

03

Worked on analytical SaaS and internal analytical platforms involving ML-based LTV improvement, StarRocks-based analytics, dashboards, and RAG use cases.

04

Used AI-assisted development workflows while retaining control over architecture, generated code quality, business logic, and release checks.

05

Designed and maintained solution architecture and infrastructure for AI-enabled products and analytical platforms.

06

Earlier hands-on engineering covered client-server development, backend services, and infrastructure supporting live digital products.

07

Led product delivery for mobile game products across concept, prototype, release, post-release updates, monetization, analytics-driven iteration, and long-term operations.

WORKING STYLE

How they show up

  • Uses PRD-driven task decomposition and context updates when working with AI-assisted implementation.
  • Reviews generated code manually, commits changes personally, checks alignment with architecture, and corrects overcomplicated solutions.
  • Approaches technology selection through total cost of ownership, maintainability, team availability, infrastructure constraints, scale, and compliance needs.
  • Values direct problem solving for concrete users and business needs, with a preference for measuring outcomes.