About

Software quality engineering → Applied AI.

I combine 10+ years of software quality, automation, API, CI/CD, and release experience with an M.S. in Data Science, AI, and Machine Learning to build AI systems that are testable, observable, and grounded in evidence.

M.S. Data Science, AI & ML — Boston University

TK
Open to full-time US remote opportunities.Primary focus: Applied AI · AI Evaluation · AI Platform. Quality specialty: LLM evaluation · AI quality · source grounding · data quality.EmailResume PDF

My path

I began in software quality, where I learned to think in edge cases, user flows, risk, evidence, and release readiness. Over 10+ years I worked across manual and automated testing, mobile and web, APIs, regression planning, defect analysis, CI/CD, and cross-functional delivery.

My graduate work added statistics, machine learning, data engineering, and responsible AI. I now apply both backgrounds to AI systems: data quality, source grounding, model behavior, prompt changes, regression detection, observability, and safety.

Current focus

Primary: Applied AI · AI Evaluation · AI Platform.

Specialty: LLM evaluation · AI quality · source grounding · data quality · regression testing.

My strongest fit is on teams that need AI systems to behave like real products: measurable, traceable, testable, and safe to change.

Recruiter snapshot

Compact proof points for Applied AI and AI Evaluation roles.

Experience

10+ years in software quality, automation, API testing, release engineering, and production reliability.

Education

M.S. in Data Science, AI, and Machine Learning — Boston University.

Applied AI

AI agents, prompt governance, LLM evaluation, telemetry, source grounding, deterministic safety, and data pipelines.

Languages

English · Ukrainian · Russian.

Multilingual background supports international data validation and cross-language product research.

Project proof

Portfolio work that connects AI engineering, data science, and software-quality discipline.

ML Model Validation

Residential property-value modeling reframed around residual behavior, limitations, and production risk rather than headline accuracy alone.

AI for Leaders

An applied framework for AI strategy, governance, readiness, and risk controls.

How I work

Structured, evidence-based, and practical.

Clarity before complexity

I prefer clear goals, explicit assumptions, measurable acceptance criteria, and honest tradeoffs.

Quality as a system

I look beyond individual failures to architecture, data, handoffs, observability, and release controls.

Responsible AI mindset

I separate sourced facts from model inference and design evaluation and safety boundaries around that distinction.