Data Engineer Resume Example
Real data engineer resume examples for entry-level, mid-level, senior, and AI-pipeline engineers in 2026. Modern-stack bullets, ATS-ready, hiring-manager calibrated.
Last Updated: 2026-05-06 | Reading Time: 6 min
Written by: Daniel Hwang, Principal Data Engineer · 13 years on data platforms, lakehouses, and real-time pipelines · Data-engineering hiring committee at mid-cap tech
Quick Stats
Summary
A 2026 data engineer resume is one page for engineers under 5 YOE and up to two pages at senior+ — reverse-chronological, ATS-parseable, and anchored to the modern data stack (Snowflake or Databricks, dbt, Airflow, Python and SQL) rather than 2022-era ETL vocabulary. Bullets must name scale (TB/day, rows/month, source systems), reliability (SLAs, freshness lag, incident counts), and cost (cloud spend reduction in dollars), not generic "big data" claims. The Bureau of Labor Statistics tracks this work under data scientists (median annual wage $112,590, May 2024) with 34% projected growth through 2034 — the closest BLS proxy because there is no DE-specific code yet. National DE base salary sits at $125-135K (Kore1 2026); big-tech median total comp ranges from $182K at Meta to $276K at Google (Levels.fyi). Indeed Hiring Lab's January 2026 update reports 45% of data & analytics postings now mention AI tools — the highest AI integration of any occupational sector.
Data Engineer Job Market Overview
Top-Paying States for Data Engineers
Typical education: Bachelor's degree in computer science, data science, or related field | Source: BLS Data Scientists OOH (closest proxy; no DE-specific code yet) + Kore1 2026 Data Engineer Salary Guide
Data Engineer Hiring Landscape in 2026
The 2026 data engineering market sits at the intersection of three structural forces. First, the broader hiring contraction: Layoffs.fyi reports 165,269 tech employees laid off year-to-date 2026 across 1,064 companies, and Indeed Hiring Lab's January 2026 update from senior economist Cory Stahle frames this as "broader hiring weakness" — DE held up better than data analyst and data science roles, but is not immune. Second, the AI-integration share of postings is the highest of any occupational sector: 45% of data and analytics postings now contain AI-related terms (Indeed Hiring Lab, January 2026), with vector databases, embedding pipelines, and RAG infrastructure rapidly becoming legitimate DE differentiators. CBRE 2026 reports AI-skilled tech talent grew more than 50% year-over-year to roughly 517,000 workers. Third, the experience mix has shifted: 365 Data Science 2026 and Stephen Tracy at Analythical converge that the most-frequently-required experience tier in 2026 postings is 2-4 years (~17% of postings), entry-level postings have compressed sharply since 2022, and the realistic path for new graduates is increasingly via data analyst, junior SWE, or internal transfer. The compensation picture: Kore1's 2026 guide reports a national base of $125-135K, with 7+ YOE at $147-179K and Staff/Principal $175-220K+. Levels.fyi 2026 medians for total compensation at big-tech: Google $276K, Apple $241K, Amazon $216K, Microsoft $210K, Meta $182K — and AI labs (OpenAI, Anthropic, Mistral) sit above traditional FAANG bands at every comparable level for engineers shipping production AI-pipeline work. Spectraforce 2026 found typical 60-90 day fill times for senior DE roles, indicating talent shortage at the Senior+ tier despite the broad-market contraction. The 2026 senior bar Spectraforce names is "platform architect, not pipeline developer" — operationalizing feature stores, supporting real-time inference pipelines, integrating data lineage into ML workflows.
What Data Engineer Hiring Managers Actually Look For
Sourced from public hiring-manager surveys, recruiter editorial, and practitioner commentary — not invented.
Stack and scale together in the summary line — not stack alone. Stacie Haller, Chief Career Advisor at ResumeBuilder, has stated on the company's data engineer resume page: "For data engineers, the first section should blend stack and scale. Use those lines to name your main languages, cloud platform, orchestration tools, and one or two wins in processing speed or reliability so technical leaders see you have handled real pipelines, not just coursework." A summary that lists Snowflake / dbt / Airflow without naming what you actually shipped on top of them reads as a coursework summary, not a production summary.
ResumeBuilder — Stacie Haller, Chief Career Advisor (2026 Data Engineer guide)Personality on the resume — not just technical credentials. Zach Wilson, ex-Netflix Data Engineer, posted his actual successful resumes alongside the commentary: "Don't just be a SQL monkey — be fun to hang out with. Personality and interpersonal qualities belong alongside technical expertise on resumes." Wilson's resumes (which "got me data engineering interviews at every big tech company") include hobby and interest lines that are genuinely specific rather than generic. The signal: in 2026 — where AI tools handle baseline implementation work — a resume that reads like an LLM generated it (no specifics, no personality, no rough edges) is now actively penalized.
LinkedIn — Zach Wilson, founder of EczachlyDataExpert, ex-Netflix DE (519K+ followers)Stack-fit comes before stack-completeness. Ben Rogojan, in the MotherDuck "4 Senior Data Engineers Answer 10 Top Reddit Questions" piece, advised: "Focus on the technical stack of the company you're applying to" and ask "what problems do they solve, and what related knowledge do you possess?" A resume tailored to highlight Snowflake + dbt + Airflow when applying to a Snowflake-stack employer is more effective than a flat list of every tool you have ever touched. The hiring manager has a specific stack and is calibrating for fluent users.
MotherDuck — Ben Rogojan, Seattle Data Guy (10+ years DE)Fundamentals beat the latest tool. Simon Späti, in the same MotherDuck piece: "Fundamentals and principles beat the latest tool or technology." Skills sections that demonstrate depth in fundamentals (data modeling, partitioning logic, query optimization, schema evolution discipline) are weighted higher by senior reviewers than skills sections that flat-list every modern-stack tool. The depth-tier framing on a resume (production / read-and-modify / coursework) is the explicit signal of fundamentals over breadth.
MotherDuck — Simon Späti, data engineer + technical author (20+ years)AI integration is the highest-share posting trend — act accordingly. Cory Stahle, Senior Economist at Indeed Hiring Lab: "Nearly 45% of data and analytics postings now contain AI-related terms — the highest among all occupational sectors analyzed for AI integration." The implication: candidates with genuine AI-pipeline production experience (vector DBs, embedding pipelines, RAG-feeding ETL, evaluation harnesses) have a 2026-specific differentiator that almost no doorway-template resume page has caught up to yet. Resumes that overclaim AI experience without specifics are a fast credibility loss.
Indeed Hiring Lab — Cory Stahle, Senior Economist (January 22, 2026 update)Data Engineer Resume Examples
4 role-specific resume examples covering different career stages — each with role-specific bullets and an honest "why this works" breakdown grounded in 2026 hiring-manager practice.
Entry-Level Data Engineer (Software Engineer Pivot)
Entry-LevelScenario: Backend engineer with 2.4 years of production experience pivoting to a Data Engineer I role at a mid-cap tech company (Stripe, Shopify, Datadog, Snowflake, dbt Labs) or a Series B/C data-native startup. Two end-to-end side projects on the modern data stack (dbt + Airflow + Snowflake free tier) and one merged contribution to OpenLineage. The realistic 2026 entry path given entry-level DE market compression.
Priya Raman
Data Engineer (Software Engineer Pivot)
Oakland, CA • (415) 555-0173 • priya.raman@email.com • linkedin.com/in/priyaraman-data • github.com/priya-raman
Professional Summary
Backend engineer (2.4 yrs production, Python and Go) pivoting to data engineering after owning the analytics-events ingestion path at my current employer. Comfortable in Python and SQL at production depth; built two end-to-end side projects on dbt + Airflow + Snowflake. Targeting Data Engineer I roles where the team values backend rigor and is willing to invest in modern-stack ramp-up.
Experience
- Built and now own the analytics-events ingestion pipeline (Python, Kafka, Postgres) processing ~14M events/day from 6 product surfaces. The work began as a backend feature ticket and shifted into platform ownership after the original DE on the team was reorganized — I was the only engineer on the team who had read the partition strategy doc, so it landed with me.
- Implemented schema-evolution policy for the events table (Avro schemas in Confluent Schema Registry, backwards-compatible-only enforcement on the producer side); zero downstream-broken incidents in the 9 months since I owned it, vs. four in the trailing 9 months before.
- Cut the events-pipeline AWS spend by ~$1,800/month after instrumenting the path with CloudWatch metrics and right-sizing the Kinesis-to-S3 firehose shard count. Wrote a one-page postmortem on the diagnosis so the next person who looks at the bill knows what I changed.
- Shipped a payment-events feature (Go service) handling ~340K transactions/day with idempotent writes (UUIDv7 + Postgres advisory locks). Listed under SWE work because it is, but the bullet pattern is honestly closer to data engineering than to feature work.
Education
Relevant coursework: CS186 Database Systems, CS162 Operating Systems, Data 100 Principles & Techniques of Data Science
Skills
Technical: Python (production) · SQL — Postgres + Snowflake (production) · Kafka (production) · Airflow (production) · dbt (production) · AWS S3 / Kinesis / EC2 / Lambda (production) · Go (read-and-modify) · Spark / PySpark (coursework) · Terraform (read-and-modify) · Snowflake free tier (project depth) · Iceberg (coursework) · BigQuery (coursework) · Java (reading) · Scala (reading)
Professional: Schema-evolution discipline (backwards-compatible producers) · FinOps awareness at the entry level (cost diagnosis + right-sizing) · Trade-off-aware certification calibration · Honest depth-tier skills framing (production / read-and-modify / coursework)
Projects
Public, end-to-end pipeline ingesting NYC Citi Bike open trip data (~50M rows backfilled, ~120K new rows/day). Architecture: Airflow on EC2 schedules a daily Python ingestion job that lands raw parquet in S3, dbt transforms a star schema into Snowflake (free tier), and a Streamlit front-end exposes ride-pattern dashboards.
- Hits the four-stage shape (ingestion -> transformation -> orchestration -> serving) Pipeline2Insights' 2026 portfolio guide flags as the credibility threshold for real DE projects.
- Repo includes the dbt tests, the Airflow DAG, and a README with the trade-offs I made (e.g., why I chose dbt over a Python-only transformation layer for this volume).
- Repo has 47 stars and was reviewed by two engineers in the dbt Slack community.
Tech: Airflow · Python · dbt · Snowflake · AWS S3 · Streamlit
One merged PR into the OpenLineage facets specification (Python) clarifying the schema for column-level lineage in dbt; reviewed by core maintainers.
- Small contribution, but it is a real PR into a real project, which beats listing OpenLineage as a "skill" with no evidence.
Tech: Python · OpenLineage · dbt
Why this resume works
Mid-Level Data Engineer (3-5 Years)
Mid-LevelScenario: Data Engineer II / Senior Data Engineer applicant with four years of post-graduation production DE experience, applying to mid-cap tech (Snowflake, Databricks, Datadog, Cloudflare, mid-market fintech) and Series C-D data-native startups. Recently shifted from feature ETL work to platform ownership: dbt project lead, lakehouse migration, cost optimization. Format optimized for Greenhouse / Lever / Ashby parsing.
Carlos Mendoza
Senior Data Engineer
Professional Summary
Data engineer (4.2 yrs) who shipped a Redshift-to-Snowflake-and-dbt migration across 230 tables, cut warehouse compute spend $42K/year, and now owns the dbt project (180+ models, 300+ tests) for a B2B analytics SaaS. Comfortable in Python and SQL at production depth; competent in Spark / PySpark at production read-and-modify level; on-call for the platform pipelines (~3.4 TB/day ingest).
Experience
- Led the 2025 Redshift -> Snowflake + dbt migration across 230 production tables (legacy SQL stored procedures + Python ETL scripts -> dbt models with tests). Wrote the migration design doc covering the dual-write shadow phase, the cutover runbook, and the rollback plan I never had to use; ran the cutover on a four-week parallel-run window before deprecating Redshift. 92% of legacy stored-proc logic migrated cleanly into dbt models on first pass; the remaining 8% required a structured rewrite that surfaced two latent bugs in the legacy logic. Annualized warehouse compute spend dropped $42K (Snowflake credit usage tracked via the warehouse-metering view; before/after measured over comparable Q1-Q2 windows). Executive sponsor was prepared for a 30% spend reduction; the actual 38% beat the model because the rewrite forced clustering-key audits the legacy procs had never been worth doing.
- Argued explicitly against the proposal to migrate the streaming ingestion (Kafka -> S3 -> Snowflake snowpipe) at the same time as the warehouse migration. The two changes were not actually coupled, and rolling them together would have made rollback messy. Decision freed two months of platform capacity; the streaming layer was migrated cleanly the following quarter as a separate project.
- Owned the dbt project (180+ models, 300+ tests) after the migration. Established the convention that every model has at least one not-null and one unique test on its primary key, which surfaced 14 latent quality issues in the first three months. Set up the CI gate so PRs to the dbt project must pass `dbt build` on a sample dataset before merge; cut the count of "data is broken" Slack messages from analytics consumers by roughly 70% over the next two quarters (measured against the trailing-90 baseline).
- Designed and shipped the cost-allocation views in Snowflake (warehouse + user + role attribution) and built a Mode dashboard surfacing month-over-month spend by team. The framework is now used by Finance for the quarterly cloud-cost review; two of the four engineering teams have used it to self-identify and kill expensive query patterns. $18K of additional annualized spend reduction is directly attributable to those team-led cleanups.
- Shipped 11 dbt models for the customer-events fact table consumed by the analytics product; established the partition-by-day + cluster-by-customer-id convention every subsequent dbt model in that domain has followed.
- Owned the Airflow DAG for daily product-events ingestion (Kafka -> Spark on EMR -> S3 -> Snowflake); reduced average end-to-end data freshness lag from 4h 20m to 38m after rewriting the Spark job to skip a redundant intermediate parquet write inherited from a tutorial.
- On-call rotation (1-week-in-4) for the platform pipelines; rewrote the on-call runbook after the August 2022 P1 (Snowflake compute-credit exhaustion in the analytics warehouse) and reduced after-hours pages from ~6/week to ~1.5/week (rolling 90-day average) over the next two quarters.
- Shipped one production dbt macro (currency conversion) used by ~30 downstream models; the macro is still in use unchanged. My intern manager wrote the recommendation that landed me my first full-time DE role.
Education
Skills
Technical: Python (production) · SQL — Snowflake + Postgres (production) · dbt (production) · Airflow (production) · Kafka (production) · Spark / PySpark (production read-and-modify) · AWS — S3, EMR, EC2, Lambda, IAM (production) · Git (production) · Terraform (read-and-modify) · Iceberg (read; team is evaluating) · Databricks (POC only) · Scala (read-only) · Flink (read-only) · Pinecone (used in personal RAG project)
Professional: Modern-stack discipline (model tests, schema contracts, CI gates on PR, freshness SLAs, cost-attribution views) · On-call ownership for platform pipelines (1-week-in-4, ~3.4 TB/day ingest) · Trade-off articulation against alternatives considered · FinOps + cost-attribution program ownership
Certifications
- Snowflake SnowPro Core · Snowflake · 2024
- AWS Certified Data Engineer Associate · Amazon Web Services · 2025
Why this resume works
Senior / Staff Data Engineer (7+ Years)
StaffScenario: Staff Data Engineer / Principal Data Engineer / Lead Data Engineer applicant at the platform-DE level, targeting roles at mature engineering organizations (Databricks, Snowflake, Datadog, Cloudflare, Stripe Data Platform, late-stage data-native startups). Nine years in, last three leading multi-team consolidation work on a lakehouse migration with named scale and cost outcomes. Artifact set leans on design docs, ADRs, and platform consolidation rather than feature shipping.
Lara Voinescu
Staff Data Engineer (IC)
Brooklyn, NY • (646) 555-0119 • lara.voinescu@email.com • linkedin.com/in/laravoinescu • github.com/lvoinescu
Professional Summary
Staff Data Engineer (9 yrs total, 3 yrs cross-team scope) on the lakehouse-platform side of data engineering. Led the migration of three independently-owned warehouses into a single Iceberg-on-S3 + Databricks lakehouse; the consolidated platform now ingests ~12 PB/year and serves 14 analytics-consuming teams. I write design docs publicly when the topic permits, treat ADRs as the team's actual artifact discipline, and view the engineers I leave behind as the real outcome of senior work.
Experience
- Led the 2024-2025 lakehouse consolidation: three independently-evolved warehouse stacks (Redshift, Snowflake, BigQuery — each with their own dbt project, their own orchestration, their own observability) consolidated onto a single Iceberg-on-S3 + Databricks platform. Wrote the 14-page consolidation proposal (architecture, staged migration plan, explicit list of risks I was not willing to accept, FinOps model), ran it through four rounds of review with the SRE org and the analytics-platform leads, and shipped the migration six weeks late on a planned 11-month schedule with one near-miss (a failed cutover-window test in week 32 that I caught in canary). $640K annualized cost reduction on the warehouse and orchestration side; three of the engineers I mentored through the migration were promoted to Senior the following cycle, one of whom is now the directly-responsible-individual for the lakehouse cost-attribution work that has become a recurring quarterly artifact for Finance.
- Authored the strategic-kill memo for an in-flight real-time CDC project that was being framed as a strategic initiative. Six pages, with a use-case audit showing that the cheaper micro-batch path (Airflow + dbt incremental models with 10-minute schedule) covered 94% of the actual stakeholder-reported requirements. Took the heat from the executive sponsor, got the decision overturned, and redirected one of the three engineers to a different surface (a feature-store backbone that has since become the strongest-performing area of the data platform).
- Sponsored the team's first ADR (Architecture Decision Record) discipline; ADRs are now the default for any change touching the lakehouse partition strategy, the dbt project structure, or the orchestration framework. I review every ADR written by an engineer at L4 or below in my org. The discipline cut the count of "this got built and we don't know why" platform conversations by about half over the first year (loosely measured via the platform-team incident-review cadence).
- Established the data-contracts program with the four highest-volume producer teams (using Avro schemas + a consumer-driven contract test running on every producer PR). Reduced count of "downstream consumer broke because producer changed schema" incidents from ~one-every-two-weeks to ~one-per-quarter over the first three quarters. The program is now being adopted by two adjacent platforms.
- Designed and shipped the v1 of the unified data observability layer (Monte Carlo + Great Expectations on the dbt project). Reduced data-quality incident count by ~60% in the first year; the alert-noise reduction was the harder problem, and I documented the alerting-philosophy doc that is still referenced in the team's onboarding material.
- On-call lead (rotating with two other Seniors) for the highest-tier severity bucket (P0/P1) over 30 months; wrote 22 blameless postmortems in that window, of which six are still cited as reference templates in onboarding.
- Led the team's first FinOps initiative: instrumented warehouse-credit attribution by team and dashboard, identified that a single nightly dbt model was responsible for 18% of total spend, and partnered with the analytics consumer to redesign the model. Annualized $96K savings, but the more durable outcome was the cost-attribution discipline that the team has kept up since.
- Owned the relevance-features pipeline (Python + Spark on EMR) handling ~280M queries/day. Hardest problem solved was an offline-online metric divergence I traced to a feature-store inconsistency, not model drift; the postmortem on the diagnosis was used as a reference template by the platform team.
- Shipped four production pipelines in two years; the one I am proudest of (a small idempotent dimension-table loader for the macroeconomic data warehouse) is still running unchanged on the original Airflow DAG.
Education
First Class Honours
Skills
Technical: Python (production, last 24 months) · SQL — Snowflake + Databricks SQL (production, last 24 months) · dbt (production) · Airflow (production) · Spark / PySpark (production) · Iceberg (production) · Databricks Lakehouse Platform (production) · Kafka (production) · Monte Carlo (production) · Great Expectations (production) · AWS — S3, EMR, Glue, Lambda, IAM (production) · Terraform (production) · Scala (read-and-review) · Delta Lake (read-and-review) · Flink (read-and-review) · Snowflake (legacy, read-and-review) · BigQuery (legacy, read-and-review) · Pinecone (read) · Claude Code (daily) · Cursor (daily)
Professional: Architectural design-review leadership (lakehouse migrations, partition strategy, data contracts, multi-region replication, data-platform FinOps, dbt project structure at scale, on-call ergonomics) · ADR sponsorship + L4-and-below review discipline · Strategic-kill memo argumentation with executive sponsors · Mentorship leading to team-level promotion outcomes · AI-tooling review discipline (junior-PR review bar)
Why this resume works
AI/LLM Data Pipeline Data Engineer
SpecialtyScenario: The resume no top-10 data-engineer-resume page on the SERP currently has. Indeed Hiring Lab January 2026 reports 45% of data & analytics postings now mention AI tools — the highest AI integration of any occupational sector. Profile: 5.6 YOE with 22 months specifically on AI/LLM data infrastructure (vector DBs, embedding pipelines, RAG-feeding ETL, evaluation harnesses, RAG-quality monitoring). Targets: OpenAI, Anthropic, Mistral, Cohere, Pinecone, LangChain, LlamaIndex, AI-platform teams at Stripe / Datadog / Notion / Linear / Vercel.
Eitan Mizrahi
Senior Data Engineer (AI Platform)
Berkeley, CA • (415) 555-0188 • eitan.mizrahi@email.com • linkedin.com/in/eitanmizrahi • github.com/emizrahi
Professional Summary
Data engineer (5.6 yrs, last 22 months on AI infrastructure) who built and now owns the embedding + retrieval pipeline behind a B2B knowledge-product RAG system serving 1.8M queries/day at p95 90ms. Comfortable in Python and SQL at production depth; production user of Pinecone, OpenAI text-embedding-3-large, LangChain retrieval, and a custom RAG evaluation harness. The job I want is the one where the data infrastructure for an LLM product is treated as a first-class engineering surface, not an afterthought.
Experience
- Built and now own the production embedding + retrieval pipeline serving the company's RAG-based search product. Architecture: source documents (PDFs, HTML, internal wikis, Slack archives) -> ingestion via Airbyte and a custom Python connector -> chunking layer (semantic-boundary chunking with a 512-token target and 64-token overlap, tuned after a four-week eval-harness sweep) -> OpenAI text-embedding-3-large embeddings -> Pinecone upserts with metadata filters for tenancy isolation -> LangChain hybrid retrieval (BM25 + dense) at query time. Pipeline ingests ~340K documents/day across 47 tenant accounts; serves 1.8M retrieval queries/day at p95 90ms; deduplication via content-hash on the chunk level keeps the upsert cost predictable.
- Designed and shipped the RAG evaluation harness (Python, RAGAS-inspired; 1,200 ground-truth Q-A pairs across the four highest-volume tenant verticals). Harness scores answer relevance, faithfulness, and context recall on every model release and on every chunking-strategy change. The harness caught a 14-point context-recall regression when we evaluated text-embedding-ada-002 -> text-embedding-3-large; the regression was traced to a tokenizer change that affected our chunking boundaries, and the fix was a chunking-strategy adjustment, not an embedding rollback. The harness is now run on every PR that touches the retrieval pipeline.
- Cut the embedding pipeline OpenAI spend by ~$31K/year via two changes: (a) content-hash deduplication on the chunk level (we were re-embedding ~22% of unchanged chunks on every nightly refresh before this), and (b) batching strategy adjustment to fill the OpenAI rate-limit ceiling more efficiently. The savings were verified against the OpenAI dashboard's daily-spend export over a 90-day comparison window.
- Implemented RAG-quality monitoring as a Datadog dashboard fed by structured logs from the retrieval layer: hourly answer-relevance score (sampled), retrieval-latency p95, false-positive rate on the metadata filters, and cost-per-query trend. The dashboard surfaced the p95 latency regression that turned out to be a Pinecone index-region misconfiguration; without the dashboard, the regression would have shipped to production and aged for at least a sprint before someone noticed.
- Owned the patient-events feature pipeline (Python, Kafka, Postgres, Snowflake) processing ~22M events/day from 14 source systems. Established the feature-store discipline (offline-online consistency tests, point-in-time correctness for training data) now used by the ML-engineering team for the readmission-risk model.
- Migrated the company's analytics warehouse from Redshift to Snowflake + dbt (140 tables, 6-month rollout, dual-write shadow phase, zero customer-visible regressions). $84K annualized warehouse spend reduction; named driver: legacy stored-proc rewrites surfacing four latent bugs.
- Shipped the v1 of the Pinecone-backed semantic search over clinical notes (small project at this employer, but the work is what got me the AI-platform role). Architecture: clinical notes -> de-identification (existing internal tool) -> chunking -> OpenAI embeddings ada-002 -> Pinecone -> retrieval surfaced through an internal search UI for clinicians. Project served ~12K queries/day; this is the prior work that calibrated me on the patterns I now use at Verba.ai.
- Shipped one production Airflow DAG; the work is dated but the intern recommendation is what got me my first full-time DE role.
Education
Relevant 2024 self-study: Stanford CS25 Transformers United (2024 cohort, audit); Hugging Face NLP course completion.
Skills
Technical: OpenAI text-embedding-3-large + ada-002 (production) · Pinecone (production) · Weaviate (POC) · pgvector (read-and-modify) · LangChain retrieval pipelines (production) · Hybrid BM25 + dense retrieval (production) · Semantic-boundary chunking (production) · Cross-encoder re-ranking (production) · Custom RAGAS-inspired evaluation harness (production) · RAG-quality monitoring on Datadog (production) · Python (production) · SQL — Snowflake + Postgres (production) · dbt (production) · Airflow (production) · Airbyte (production) · Kafka (production) · Spark / PySpark (read-and-modify) · AWS — S3, Lambda, EC2, IAM (production) · Claude Code (daily, pipeline scaffolding + test generation)
Professional: Embedding & vector layer architecture (content-hash dedup, metadata-filter tenant isolation) · RAG evaluation discipline (ground-truth pair authoring, regression debugging across tokenizers) · AI-pipeline FinOps (chunk-level dedup, batching strategy, cost-per-query attribution) · AI-pipeline operational monitoring (RAG-quality dashboards, retrieval-latency regression detection) · AI-tooling review discipline (junior-PR bar on AI-generated code)
Certifications
- Snowflake SnowPro Core · Snowflake · 2023
- Pinecone Certified Engineer · Pinecone · 2024
Why this resume works
How to Write a Data Engineer Resume
Professional Summary
Lead with stack and scale together — name the warehouse, orchestration, and one quantified shipped outcome (TB/day, dollars saved, freshness lag reduction). A summary that lists Snowflake / dbt / Airflow without naming what you shipped on top of them reads as a coursework summary, not a production summary.
Work Experience
Use the [Action Verb] + [Task] + [Metric or Trade-off] formula. Bullets must name scale (TB/day, rows/month, source systems), reliability (SLAs, freshness lag, incident counts), or cost (cloud spend reduction in dollars). Vague "improved data quality" claims fail the credibility screen.
Skills Section
Group skills by depth tier (Production / Read-and-modify / Coursework) rather than as a flat list. Three honest lines beat fifteen unstructured tokens. Name the specific cloud services you have used at production depth (e.g., "AWS S3, Lambda, EMR, Glue, IAM"), not the parent cloud alone.
Action Verbs for Data Engineers
Data Engineer Resume Keywords
These keywords appear most frequently in Data Engineer job descriptions. Include relevant ones in your resume:
Technical Keywords
ELTETLLakehouseModern Data StackData PipelinesData WarehouseData ModelingSchema EvolutionData ContractsStreamingBatch ProcessingOrchestrationData ObservabilityFinOpsEmbedding PipelinesRAG InfrastructureVector DatabasesIndustry Keywords
dbtSnowflakeDatabricksAirflowKafkaSparkIcebergDelta LakeBigQueryRedshiftMonte CarloGreat ExpectationsPineconeWeaviatepgvectorOpenLineageAnalytics EngineeringPlatform ArchitectTools & Technologies
PythonSQLdbtAirflowSnowflakeDatabricksKafkaSparkAWSGCPAzureTerraformIcebergPineconeMonte CarloGreat ExpectationsDatadogCommon Data Engineer Resume Mistakes to Avoid
"Big data" as a buzzword without scale numbers — listing "big data," "large datasets," or "petabyte-scale" without naming the actual scale (TB processed, rows/day, source systems, time-window measured).
ResumeAdapter's 2026 keyword analysis: "Big data technologies is not an ATS keyword. Name the exact tools so automated filters can match you to the role." Replace with specifics: "Built ETL pipeline processing 10 TB/day across 7 source systems with 99.95% SLA over a 6-month measurement window" or "Pipeline ingests 4 billion rows/month from 12 OLTP databases into Snowflake."
Flat skill-list inflation — skills section with 30+ tools in no clear depth structure (every cloud, every modern-stack tool, every legacy ETL tool the candidate has heard of).
BeamJobs' explicit hiring-manager guidance: "Demonstrate mastery of a few tools and languages instead of a light breadth of a whole host." Use depth tiers: "Production: Snowflake, dbt, Airflow, Python, SQL / Read-and-modify: Spark, Kafka, AWS / Coursework: Databricks, Iceberg." Three honest lines beats fifteen unstructured tokens.
Tasks instead of impact — bullets that describe what the role entailed rather than what the candidate accomplished. "Worked on ETL pipelines for the analytics warehouse."
Recruiters scan in 6-8 seconds (Exponent 2026). Use ResumeWorded's formula: "[Action Verb] + [Task] + [Metric]." If you cannot add the metric, the bullet probably should not be on the resume. Rewrite as: "Built dbt project (180 models, 300 tests) for the analytics warehouse; cut count of 'data is broken' Slack messages by ~70% over the next two quarters."
Generic ETL framing in a 2026 ELT/lakehouse world — "Built ETL pipelines using SSIS / Informatica / Talend" without 2026 modern-stack vocabulary, even when the work is migration-relevant.
2026 hiring is anchored to dbt + Snowflake/Databricks + Airflow stack. If you migrated FROM legacy TO modern stack, lead with the transition: "Migrated 200+ legacy SSIS jobs to dbt + Airflow on Snowflake, reducing compute spend 32% annualized and cutting average pipeline runtime from 4h to 38m." The lingua franca of 2026 data engineering is the modern stack vocabulary.
Certification bloat — 6+ certifications listed (AWS + Azure + GCP + Databricks Associate + Databricks Professional + Snowflake Core + Snowflake Advanced + Kafka + dbt + Airflow Foundation, all on one resume).
Dataquest 2026: "Hiring managers care more about hands-on experience than a collection of badges. More than 2 [certs] shows diminishing returns." Cap at 1 cloud (AWS / Azure / GCP based on target stack) + 1 platform (Databricks Data Engineer Associate OR Snowflake SnowPro Core). Add a third only if directly relevant (e.g., Pinecone Certified Engineer for AI-pipeline DE).
Hiding career pivots by burying SWE/analyst bullets — SWE-to-DE pivoter listing software-engineering bullets without DE translation; data analyst pivoter not surfacing data-shaped work clearly.
For SWE-to-DE: rewrite SWE bullets in DE language ("Built payment processing pipeline serving 12M txns/day" -> "Engineered payment data pipeline processing 12M events/day with sub-100ms p99 latency, idempotent writes via UUIDv7 + Postgres advisory locks"). For analyst-to-DE: add a "Data Engineering Projects" section above work experience with end-to-end pipeline projects (ingestion -> transformation -> orchestration -> serving).
Layoff date manipulation — stretching employment end dates to mask the gap; using "Present" when no longer employed; vague month-only ranges that conflict with LinkedIn.
Hiring managers cross-check via LinkedIn, former coworkers, and background checks. Detected manipulation is an instant rejection. With 165,269 tech layoffs YTD 2026 (Layoffs.fyi), the layoff is statistically unremarkable — the manipulation is the actual disqualifier. Use clean dates and one-line context: "Position eliminated in February 2026 reduction (team-wide)." Do not editorialize.
AI-tool overclaim — listing "ChatGPT," "Claude," "GitHub Copilot" as skills, or claiming "GenAI integration" / "RAG infrastructure experience" with no concrete embedding model, no vector DB named, no eval-harness pattern shown.
With 45% of D&A postings now mentioning AI (Indeed Hiring Lab), hiring managers see a lot of these claims, and most are over-claims. Only mention AI-pipeline work if you have shipped specific work: "Implemented embedding pipeline for product catalog: ingestion -> 512-token semantic-boundary chunking with 64-token overlap -> OpenAI text-embedding-3-large -> Pinecone upsert with metadata-filter tenancy isolation; serves 1.8M queries/day at p95 90ms." "Used ChatGPT for productivity" does not belong on a resume.
Overflowed senior resume — 8+ year DE has 3-4 page resume listing every project from every job, including a senior-level summary of work from a decade ago.
Even at senior+ level, two pages is the cap. Multiple 2026 sources converge: Exponent says "<5 YOE -> 1 page; >5 YOE -> up to 2 pages." Three-page resumes get cut at the screening pass. Cut bullets that are duplicative across roles. Most senior 2 jobs deserve 5-7 bullets each; older roles 2-3 bullets each; oldest jobs >7 years out can be summarized in a single line each or removed entirely.
Generic summary / objective — "Detail-oriented data engineer with strong work ethic seeking a role where I can grow" or "Passionate about data and continuous learning."
Stacie Haller (ResumeBuilder Chief Career Advisor): "For data engineers, the first section should blend stack and scale." Generic openers signal that the candidate either does not understand what hiring managers calibrate on, or has nothing concrete to put in the summary line. Replace with: "Senior data engineer (7 yrs) building lakehouse platforms on Databricks + Snowflake. Owned migration that processed 14 TB/day across 200+ pipelines, reduced compute spend 38%, cut average data freshness lag from 4h to 12 minutes."
Leading with "Data Warehouse Engineer" or "ETL Developer" as title in 2026 when the work is genuinely modern-stack.
Monte Carlo's 2026 data-engineer roadmap and multiple practitioner sources flag "data warehouse engineer" as a fading title. "Lakehouse data engineer" or simply "data engineer" reads more current and is also better-aligned to ATS keyword scans for current postings. Title yourself "Data Engineer" — the warehouse-specific work is implicit in the bullets.
No GitHub or portfolio link for entry-level / pivot candidates — new grad or career-pivot with no production DE experience and no GitHub link to compensate.
Pipeline2Insights 2026: "A standout GitHub portfolio for data engineers should show real skills and end-to-end projects, proving you can design systems, handle infrastructure, and make engineering trade-offs." Without the link, the resume reads as "claims I learned dbt; cannot prove it." Include a GitHub link with at least 2-3 end-to-end projects (ingestion -> transformation -> orchestration -> serving). A real-data hobby project (Citi Bike, MTA turnstile, your own Strava data) beats a generic ETL tutorial copy.
Data Engineer Resume FAQs
How long should a data engineer resume be?
One page for engineers under 5 years of experience. Up to two pages for senior, staff, and principal-level roles — and only if the second page contains material that the hiring manager would read with the same attention as the first. Multiple 2026 sources converge here: Exponent's data engineering resume guide says explicitly "<5 YOE -> 1 page; >5 YOE -> up to 2 pages." ResumeBuilder, BeamJobs, and Coursera all converge on the same boundary. Three-page resumes get cut at the screening pass. The cap is two pages, not three.
What skills should you include on a data engineer resume?
Group by depth tier rather than as a flat list. Production-depth skills are the ones you have shipped at scale and could pass an interview deep-dive on; read-and-modify-depth are tools you have used in PR reviews or small modifications; coursework / project-depth are tools you have only seen in personal projects or training. A 2026-current production-depth list typically includes Python and SQL (always), one cloud (AWS / Azure / GCP), one warehouse or lakehouse platform (Snowflake / Databricks / BigQuery), dbt for transformation, an orchestration tool (Airflow / Prefect / Dagster), and a streaming tool if your work has touched it (Kafka most commonly). Spark / PySpark sits at production-depth for engineers with three or more years of pipeline work. List the specific cloud services you have used, not the parent cloud alone (e.g., "AWS S3, Lambda, EMR, Glue, IAM" rather than just "AWS").
What is the best format for a data engineer resume?
Reverse-chronological with a clear section structure (Summary, Experience, Projects if applicable, Education, Skills, Certifications) is the default for ~90% of candidates. Single-column layout, plain text, no graphics, no creative typography, no two-column tricks. ATS systems (Greenhouse, Lever, Ashby, Workday) parse single-column reverse-chronological reliably; senior recruiters skim in that pattern. The exception is career pivoters (SWE -> DE, BI analyst -> DE) who can use a hybrid format with a "Data Engineering Projects" section above work experience to surface the relevant work upfront. Avoid the "creative resume" templates on Resume.io and Zety — they look polished but are actively counterproductive at most mid-cap and large tech employers.
What do hiring managers look for on a data engineer resume?
In rough priority order: (1) named scale (TB/day, rows/month, source systems, SLA windows), (2) modern-stack fluency in the vocabulary the hiring company actually uses (dbt + Snowflake/Databricks + Airflow + cloud), (3) cost or reliability outcomes in dollars or percentage points (FinOps wins, freshness lag reductions, incident-count reductions), (4) trade-off articulation (which approach you chose and which you rejected and why), (5) operational maturity (on-call, runbooks, postmortems, data contracts, schema evolution discipline), and (6) at senior+ level — team-level outcomes (engineers mentored, ADR discipline established, design reviews led). The Stacie Haller (ResumeBuilder) summary-line guidance and the Spectraforce 2026 "platform architect not pipeline developer" framing both reinforce this priority order.
How do you write a data engineer resume with no experience?
Lead with end-to-end side projects on the modern data stack — ingestion -> transformation -> orchestration -> serving — because that is the four-stage shape Pipeline2Insights' 2026 portfolio guide flags as the credibility threshold. dbt + Airflow + Snowflake free tier is the standard stack for project work; pick a real-data source (NYC Citi Bike, MTA turnstile, Open Library, public weather APIs) and build something end-to-end with tests, a README that names the trade-offs, and at least one quality test that catches a real issue. Position the resume with a "Data Engineering Projects" section above the (likely thin) work experience. The honest 2026 calibration: direct entry-level DE postings have compressed sharply since 2022 (365 Data Science 2026); the realistic path is often via data analyst, junior software engineer, or internal transfer rather than direct DE.
How do you make a data engineer resume ATS-friendly?
Use single-column reverse-chronological in plain text; avoid graphics, icons, headers/footers, two-column layouts, and creative typography. Match the keywords from the JD's "requirements" and "preferred" sections by name (the specific cloud services, the specific orchestration tool, the specific warehouse — "AWS Glue" rather than just "AWS"; "Apache Airflow" rather than just "orchestration"; "dbt" exactly, not "data build tool"). ResumeAdapter's 2026 keyword analysis is the most useful free benchmark: ATS systems match on exact-string tokens, so generic terms like "big data" or "cloud platforms" score lower than specific tool names. Run your finished resume through JobJourney's free ATS resume checker before applying.
What are common action verbs for a data engineer resume?
Stack-grounded verbs read more credibly than generic resume-template verbs: architected, engineered, orchestrated, partitioned, materialized, ingested, pipelined, productionized, deduplicated, normalized, denormalized, aggregated, optimized, instrumented, monitored, alerted, debugged, refactored, migrated, consolidated, deprecated, contracted (data contracts), enforced (schema evolution), backfilled, replayed, staged, sharded, clustered, indexed. Avoid the generic "managed," "led," "spearheaded" — they appear on every resume in every industry and don't carry DE-specific signal. The bullet formula remains [Action Verb] + [Task] + [Metric] / [Trade-off]; the action verb does the lifting only when the rest of the bullet earns its weight.
How do you write a data engineer resume for 3 years of experience?
At three years of experience, you have crossed the threshold where production DE work is what hiring managers calibrate on — not coursework, not side projects. Lead with the specific scale of the largest pipeline you own (TB/day, rows/month, source systems, SLA), name the modern-stack tools by specific name (Snowflake or Databricks; dbt; Airflow or Prefect or Dagster; the specific cloud services), include at least one cost or reliability outcome with a number (cloud spend reduction, freshness lag reduction, incident-count reduction), and include at least one trade-off articulation (which approach you chose and which you rejected). Three-year DE resumes are also where the on-call line starts being expected — if you are on-call for production pipelines, name the cadence (1-week-in-4) and the system scale you own. See Carlos Mendoza's mid-level resume above for the full pattern.
How do you write a senior data engineer resume?
Senior+ resumes are about scope and platform-level outcomes, not feature volume. The bar shift Spectraforce 2026 names as "platform architect not pipeline developer" applies here. Surface multi-team consolidation work (lakehouse migrations, dbt project consolidation, observability rollouts), cost-and-reliability outcomes at scale (annualized dollars saved, percentage-point reductions, named scale claims), governance and discipline establishment (data contracts, ADR sponsorship, schema-evolution policy, on-call ergonomics), and team-level outcomes (engineers mentored and promoted, design-review rituals you established, postmortems used as reference templates). The strategic-kill memo or argued-against bullet (deliberate non-action) is the strongest senior signal in the resume; Tyler-Smith via ResumeWorded calls it "the hardest pattern to fake at the senior level." See Lara Voinescu's resume above for the full senior pattern.
How do you transition from software engineer to data engineer on your resume?
Rewrite SWE bullets in DE language by surfacing the data-shaped work you have already done. Most production SWE work has data-engineering analogs: a payment-events pipeline becomes "engineered payment data pipeline processing X events/day with sub-Yms p99 latency, idempotent writes via UUIDv7 + Postgres advisory locks"; an internal analytics service becomes "owned the analytics-events ingestion pipeline (Python + Kafka) processing X events/day across Y product surfaces"; a database migration becomes "led the Postgres -> [target] migration with dual-write shadow phase, zero customer-visible regressions." Add a "Data Engineering Projects" section above (or alongside) the work experience to surface end-to-end modern-stack projects. Address the pivot directly in the summary line ("Backend engineer pivoting to data engineering after owning the analytics-events ingestion path") rather than hoping the recruiter infers it. See Priya Raman's resume above.
How do you transition from data analyst to data engineer on your resume?
The analyst -> DE pivot is the most common data-side pivot per the Quora-confirmed thread patterns and the DataEngineerAcademy 2026 transition guide. The translation work: surface the engineering edges of your analyst work. Dashboards become "data products serving N stakeholders with daily refresh"; ad-hoc SQL queries become "built and maintained SQL transformation library used by N downstream consumers"; recurring report automation becomes "automated reporting pipeline reducing manual work by N hours/week." But — the harder honesty — the analyst -> DE pivot in 2026 typically requires demonstrable production-grade pipeline work alongside the analyst experience, not just the analyst experience reframed. dbt + Airflow + Snowflake side projects on real data, with the four-stage shape (ingestion -> transformation -> orchestration -> serving), are the practical bridge. Many successful pivoters target "Analytics Engineer" roles first (the dbt-led cousin of data engineering) before moving into pipeline-heavy DE roles.
Should I include certifications on a data engineer resume?
Yes, but selectively. The 2026 stack-rank: 1 cloud certification (AWS Certified Data Engineer Associate, Azure Data Engineer Associate DP-203, or Google Professional Data Engineer — based on the cloud your target employers use) plus 1 platform certification (Databricks Certified Data Engineer Associate OR Snowflake SnowPro Core) covers ~90% of postings. Add a third only if it is directly relevant (e.g., Pinecone Certified Engineer for AI-pipeline DE roles; Confluent Certified Developer for streaming-heavy roles). Listing 6+ certifications is the resume-padding signal Dataquest 2026 explicitly warns against — "more than 2 [certs] shows diminishing returns." For pivoters and entry-level candidates, 1 cloud + 1 platform cert can compensate for limited production experience by demonstrating commitment to the stack.
How do you address a layoff on a data engineer resume?
Address it briefly and neutrally — one phrase in the dates field, not a paragraph. Pattern: "Data Engineer, [Company] — January 2024 - February 2026 (position eliminated in February 2026 reduction, team-wide)." Do not editorialize, do not blame leadership, do not call it an opportunity, do not stretch dates. Hiring managers cross-check via LinkedIn and former coworkers — detected manipulation is an instant rejection, while a clean disclosure is statistically unremarkable in 2026 (Layoffs.fyi reports 165,269 tech layoffs YTD 2026). If the gap between layoff and now is 3-6 months (statistically normal), use that time on the resume: a finished portfolio project, a relevant certification earned, an open-source contribution merged, contract work. If the layoff happened mid-project and you cannot pull exact metrics from production, name the order-of-magnitude (TB/day, hundreds of thousands of rows, billions of events) and the time window of measurement.
Should I mention AI tools, vector databases, and LLM work on my data engineer resume?
Yes, if and only if you have shipped specific work. The 2026-specific reality: 45% of data and analytics postings now mention AI per Indeed Hiring Lab January 2026, and vector-DB / embedding-pipeline / RAG-infrastructure experience is a legitimate differentiator. But — and this is the calibration mark Stacie Haller (ResumeBuilder) and multiple sources have warned about — resumes that overclaim AI experience without specifics are a fast credibility loss in interviews. The pattern that lands: name the embedding model (OpenAI text-embedding-3-large, Cohere Embed v3, Voyage); the vector DB (Pinecone, Weaviate, Milvus, Chroma, pgvector); the chunking strategy with specifics (e.g., "512-token semantic-boundary with 64-token overlap"); the retrieval shape (hybrid BM25 + dense via LangChain or LlamaIndex); the eval-harness approach (RAGAS-inspired, ground-truth pair count, scoring metrics); and the throughput/latency claim (queries/day, p95). See Eitan Mizrahi's resume above for the full pattern.
How do you list AWS, Azure, and GCP cloud platforms on a data engineer resume?
Name the specific services you have used at production depth, not the parent cloud alone. "AWS S3, Lambda, EMR, Glue, IAM, EC2" reads as competence; "AWS" alone reads as resume-padding. ATS systems match on exact-string tokens, so the specific-service listing also outperforms the generic-cloud listing on automated screening (ResumeAdapter 2026). If you have used multiple clouds, indicate the depth tier explicitly: "AWS (production: S3, Lambda, EMR, Glue, IAM); Azure (read-and-modify: Data Factory, Synapse from a 2023 evaluation project); GCP (coursework only)." For target roles where the cloud is named in the JD, lead with the matching cloud's services in your skills section; the JD's stack should drive the ordering, not your work history. If you are pivoting between clouds, the honesty signal lands harder than the breadth signal — "currently AWS-fluent, ramping on Azure for the target role" is more credible than implying parity across all three.
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Sources & Further Reading
Every data point and insight on this page traces to a verified public source.
- [1]BLS Occupational Outlook Handbook — Data Scientists (closest BLS proxy for data engineer)(Government data)
- [2]BLS — Computer & Information Tech Occupations Index(Government data)
- [3]Levels.fyi — Data Engineer compensation tracker(Compensation data)
- [4]Levels.fyi — Google Data Engineer salary(Compensation data)
- [5]Levels.fyi — Amazon Data Engineer salary(Compensation data)
- [6]Levels.fyi — Meta Data Engineer salary(Compensation data)
- [7]Kore1 — Data Engineer Salary Guide 2026(Compensation data)
- [8]Indeed Hiring Lab — January 2026 Labor Market Update (Cory Stahle)(Industry research)
- [9]Layoffs.fyi — Tech Layoffs Tracker(Industry research)
- [10]365 Data Science — Data Engineer Job Outlook 2026(Industry research)
- [11]Analythical — The Data Job Market in 2026 (Stephen Tracy)(Practitioner research)
- [12]ResumeBuilder — Data Engineer Resume Examples 2026 (Stacie Haller)(Recruiter editorial)
- [13]LinkedIn — Zach Wilson "How to Craft the Perfect Data Engineer Resume"(Practitioner editorial)
- [14]MotherDuck — 4 Senior Data Engineers Answer 10 Top Reddit Questions (Rogojan, Hurault, Ouazza, Späti)(Practitioner editorial)
- [15]Monte Carlo — Data Engineer Roadmap 2026(Practitioner guide)
- [16]Monte Carlo — The Future of the Data Engineer(Practitioner guide)
- [17]ResumeAdapter — Data Engineer Resume Keywords 2026 Checklist(Practitioner guide)
- [18]Datafold — The Modern Data Stack Open-Source Edition(Practitioner guide)
- [19]Atlan — Top 14 Data Observability Tools 2026(Practitioner guide)
- [20]Informatica — Why You Need FinOps-Powered Data Engineering(Vendor research)
- [21]Datadog — Cloud Cost Management & FinOps(Vendor research)
- [22]DataCamp — Best Vector Databases 2026(Practitioner guide)
- [23]LakeFS — Best Vector Databases 2026(Practitioner guide)
- [24]Bristow Holland — Top 5 Streaming Data Engineer Skills 2026(Industry research)
- [25]Kai Waehner — Data Streaming Trends 2026(Practitioner research)
- [26]DataEngineerAcademy — How to Switch from SWE to DE(Career-pivot guide)
- [27]DataEngineerAcademy — Data Analyst to DE Roadmap(Career-pivot guide)
- [28]DataExpert — Transition Into Data Engineering 2026(Career-pivot guide)
- [29]Databricks — Certified Data Engineer Associate(Certification reference)
- [30]Dataquest — 13 Best Data Engineering Certifications 2026(Practitioner guide)
- [31]Pipeline2Insights — The Data Engineer's GitHub Portfolio (2026 Edition)(Practitioner guide)
- [32]Tech Interview Handbook — Resume Guide(Practitioner guide)
- [33]BeamJobs — 28 Data Engineer Resume Examples(Competitor reference)
- [34]ResumeWorded — Senior Data Engineer Resume(Recruiter editorial)
- [35]Coursera — Data Engineering Resume Article(Practitioner guide)
- [36]Exponent — Data Engineering Resume Guide (Alex Reyes)(Practitioner guide)
Last updated: 2026-05-06 | Written by Daniel Hwang, Principal Data Engineer · 13 years on data platforms, lakehouses, and real-time pipelines · Data-engineering hiring committee at mid-cap tech
Daniel Hwang has built and led data platform teams at three high-growth SaaS companies and currently sits on the data-engineering hiring committee at a Series D fintech. He has reviewed 300+ data engineer resumes and writes about the modern data stack, lakehouse architecture, and dbt-driven analytics engineering.