đ Quick Stats
Timeline: 5-7 weeks | Difficulty: Hard | Total Comp (L5): $220-350K | Reapply: 12 months
What makes it unique: 16 Leadership Principles framework ⢠Bar Raiser veto power ⢠60-70% behavioral focus ⢠Back-loaded stock vesting (5/15/40/40)
The Gist
Amazon's analytics interview process is fundamentally different from other tech giantsâit's driven by the 16 Leadership Principles, not just technical prowess. While Google and Meta allocate 60-70% of interview time to technical assessment, Amazon flips this: expect 60-70% behavioral depth and 30-40% technical evaluation. Your SQL skills matter, but your stories demonstrating Customer Obsession, Ownership, and Delivering Results matter more.
The Bar Raiser system is Amazon's unique hiring safeguard. A Bar Raiser is a specially trained senior employee from outside your target team who has veto power over hiring decisions. Even if four interviewers recommend "hire," the Bar Raiser can reject you if they believe you won't raise Amazon's talent bar. This ensures Amazon only hires people who elevate the organization, not just fill headcount.
Amazon's compensation structure is unusual: stock vests 5% / 15% / 40% / 40% over four years, creating a significant cliff. Years 1-2 see minimal equity vesting, offset by large sign-on bonuses (typically 50% in year 1, 50% in year 2). Years 3-4 bring substantial compensation increases as the bulk of stock vests. This structure is designed to retain talent through the full vesting period.
The culture emphasizes frugalityâdon't expect free gourmet meals or lavish perks like at Google or Meta. Door desks (built from doors to save money) remain symbols of doing more with less. Amazon invests in customers and business growth, not office amenities. Expect to work 50-60 hours during peak periods (Prime Day, holidays) and demonstrate ownership beyond your job description.
Preparation should focus on crafting 8-10 detailed STAR stories covering all 16 Leadership Principles with quantified impact. Practice behavioral questions extensivelyâinterviewers will probe for 15-20 minutes on single stories. SQL proficiency is table stakes, but Leadership Principles alignment determines success.
What Does an Amazon Data Analyst Do?
As a data analyst at Amazon, you'll work across the world's most complex e-commerce and cloud infrastructure, analyzing customer behavior, optimizing supply chains, measuring advertising effectiveness, or supporting AWS product decisions. Your insights directly impact millions of customers and billions in revenueâwhether improving Amazon.com's recommendation algorithm, optimizing Prime delivery routes, measuring Alexa's performance, or analyzing AWS usage patterns.
Day-to-day work involves writing SQL queries in Redshift and Athena, building dashboards in QuickSight or Tableau, designing and analyzing A/B experiments through Weblab (Amazon's proprietary platform), and partnering with product managers, engineers, and business leaders. When conversion rates drop, you investigate root causes. When new features launch, you measure impact. When leadership asks "should we expand into this new category?", you provide data-driven recommendations.
The technology ecosystem centers on AWS infrastructure: Redshift for data warehousing, Athena for querying S3 data lakes, QuickSight and Tableau for visualization, Python for analysis, and proprietary experimentation platforms. You'll learn Amazon-specific tools during onboardingâwhat matters in interviews is demonstrating SQL mastery, statistical rigor, and customer-obsessed analytical thinking.
Career progression follows Amazon's L-system: L4 for early-career analysts (0-3 years, $160-220K total comp), L5 for mid-level (2-5 years, $220-350K), L6 for senior (5-8 years, $350-550K), and L7 for principal roles (8+ years, $500-900K). Each level requires demonstrating next-level performance for 6-12 months before promotion. Note: Amazon levels are typically one lower than Google/Meta (Amazon L5 â Google L4 â Meta IC4), though total compensation is competitive.
Practice What They're Looking For
Want to test yourself on the technical skills and behavioral competencies Amazon values? We have Amazon-specific practice questions above to help you prepare.
Jump to practice questions âBefore You Apply
What Amazon Looks For
Amazon evaluates candidates on two equally critical dimensions: technical competence and Leadership Principles alignment. Neither alone is sufficientâyou need both to succeed.
Technically, Amazon expects SQL mastery at scaleânot just writing queries, but optimizing them for Redshift's columnar storage, understanding distribution keys, and reasoning through performance trade-offs with billions of rows. You'll need statistical fundamentals for designing valid A/B tests and interpreting results correctly. Business acumen is criticalâcan you translate ambiguous business questions into analytical frameworks and actionable recommendations?
Behaviorally, Amazon seeks people who demonstrate Customer Obsession (default to customer impact in every decision), Ownership (drive projects end-to-end without being asked), Bias for Action (move fast with 70% information), Dive Deep (attention to detail, skepticism of surface-level explanations), and Deliver Results (overcome obstacles to achieve quantified outcomes). These aren't abstract valuesâinterviewers probe for specific examples with measurable impact.
Communication matters enormously. Amazon's 6-page narrative culture (no PowerPoint in senior meetings) demands clear, data-driven storytelling. Can you write concisely? Present complex analysis simply? Adapt communication for technical vs. business audiences?
Red flags that will hurt your candidacy: Lack of customer focus (only thinking about business metrics without customer experience). Vague stories without quantified impact. Blame-shifting or not owning failures. Perfectionism that slows action (conflicts with Bias for Action). Entitlement or focus on perks (signals misalignment with frugality culture). Poor fundamentals in SQL or statistics.
Prep Timeline
đĄ Key Takeaway: Start preparing Leadership Principles stories 2-3 months early. Amazon's behavioral depth exceeds any other FAANG companyâyou need authentic, detailed examples with quantified impact.
3-4 months out:
- Study all 16 Leadership Principles deeplyâread Amazon's definitions and reflect on your experiences
- Begin SQL practice focusing on business scenarios (LeetCode, HackerRank, DataLemur)
- Draft initial STAR stories (8-10 stories covering all principles)
- Research Amazon's business modelâe-commerce, AWS, advertising, devices
1-2 months out:
- Refine STAR storiesâadd quantified impact (percentages, dollars, time saved) to every story
- Practice behavioral questions out loudâaim for 3-5 minute detailed answers
- Complete 30-50 SQL problems focusing on: window functions, JOINs, aggregations, performance
- Study A/B testing: hypothesis testing, sample size, guardrail metrics
- Schedule mock interviewsâget feedback on story depth and authenticity
1-2 weeks out:
- Review all Leadership Principles and your mapped stories
- Practice explaining your thinking process out loud for SQL problems
- Prepare thoughtful questions for each interviewer (research their backgrounds on LinkedIn)
- Review AWS basics if interviewing for AWS roles (S3, Redshift, Athena concepts)
Interview Process
âąď¸ Timeline Overview: 5-7 weeks total (faster than Google/Meta on average)
Format: 1 recruiter call â 1 OA/phone screen â 5-6 hour Loop interview â debrief â offer
Amazon's analytics interview has 4 main stages:
1. Recruiter Screen (30-45 min)
Quick conversation to assess basic fit and introduce Leadership Principles framework.
Questions:
- "Why Amazon?"
- "Walk me through your background and most significant accomplishments"
- "Tell me about a time you faced a difficult challenge" (testing for LP alignment)
Pass criteria: Clear communication, relevant experience, customer-centric thinking signals.
Timeline: 2-3 days for feedback, 1 week to OA/phone screen.
2. Online Assessment or Technical Phone Screen (60-90 min)
Option A: Online Assessment (OA)
- Timed SQL challenges on HackerRank (2-3 problems, 90 minutes)
- Work sample simulation analyzing business scenarios
Option B: Technical Phone Screen
- Live video call with SQL coding (CoderPad/HackerRank)
- 1-2 SQL problems testing business logic
- Metrics or business case discussion
Focus: SQL proficiency, analytical frameworks, customer-obsessed thinking
đŻ Success Checklist:
- â Think out loudâexplain your approach before coding
- â Ask about customer impactâ"How does this analysis help customers?"
- â Handle edge cases (nulls, duplicates, data quality)
- â Optimize for scaleâdiscuss performance with large datasets
- â Connect technical work to business outcomes
Timeline: 3-5 days for feedback. Strong performance advances to Loop.
3. The Loop - Full Interview Day (4-6 hours)
đ What to Expect: 5-6 consecutive 45-60 minute interviews
Breaks: Usually 5-10 min between rounds
Format: Virtual (Amazon Chime) with shared coding environments
Critical Insight: Amazon's Loop is 60-70% behavioral. Your stories matter more than your SQL speed.
Round 1: SQL & Technical Analysis (60 min)
Leadership Principles: Dive Deep, Deliver Results Focus: SQL mastery and analytical thinking
- 2-3 SQL problems with complex business logic
- Performance optimization discussions
- Example: "Build seller performance dashboard showing sales, returns, inventory turnover with YoY comparisons"
Key evaluation: Technical depth, attention to detail, scalability thinking
Round 2: Business Intelligence / Metrics (60 min)
Leadership Principles: Customer Obsession, Think Big Focus: Metrics design and strategic judgment
- Product scenario requiring metrics definition
- A/B test design or dashboard scoping
- Example: "How would you evaluate launching a new Amazon category?"
Key evaluation: Customer-centric thinking, analytical frameworks, business acumen
đĄ Pro Tip: Always frame metrics through customer lens first. "This improves customer experience by..." not just "This increases revenue by..."
Rounds 3-4: Behavioral Deep Dives (45-60 min each)
Leadership Principles: Varies (2-3 principles per round) Focus: Authenticity and cultural fit
Deep behavioral exploration using STAR format. Interviewers probe 15-20 minutes per story:
Common questions:
- Customer Obsession: "Tell me about going above and beyond for a customer"
- Ownership: "Describe a project you drove end-to-end without being asked"
- Bias for Action: "Tell me about deciding with incomplete data"
- Deliver Results: "Describe delivering despite significant obstacles"
- Dive Deep: "Walk me through your most complex analysis"
Amazon's approach: Interviewers challenge your stories. "Why that approach?" "What data specifically?" "Who else was involved?" "What would you do differently?"
Key evaluation: Authentic experiences, quantified impact, customer focus, ownership, learning from failures
Round 5: Case Study or System Design (60 min)
Leadership Principles: Invent and Simplify, Think Big Focus: End-to-end problem solving
- Business case: "Should Amazon offer free returns for non-Prime members? Analyze and recommend."
- OR Technical case: "Design analytics infrastructure for tracking delivery performance across 175 fulfillment centers"
Key evaluation: Structured thinking, trade-off analysis, customer impact prioritization
Round 6: Bar Raiser Interview (45-60 min)
Leadership Principles: All 16, heavy focus on Learning, Raising the Bar Who: Senior leader from outside your team with veto power
Bar Raiser Power: Can veto hire even if all others recommend "hire." Ensures talent bar rises.
Focus:
- Deep dive into 1-2 experiences demonstrating multiple Leadership Principles
- Learning agility: "Tell me about learning a completely new skill"
- Raising the bar: "What do you bring that makes Amazon better?"
- Long-term thinking: "Where do you want to be in 3-5 years?"
Key evaluation: Growth mindset, raising performance bar, cultural fit, potential not just current capability
4. Debrief and Decision (2-5 days)
All interviewers meet (or review feedback) to discuss your candidacy:
- â Hire (move to offer)
- â No hire (12-month cooldown)
- đ Inclined but need more data (rare)
Bar Raiser facilitates and ensures hiring bar is maintained. Their opinion carries significant weight.
Key Topics to Study
SQL (Critical)
â ď¸ Most Important: Amazon SQL questions test real business scenarios, not trivia. Practice translating business problems into queries.
Must-know concepts:
- JOINs (all types, especially self-joins for sequential analysis)
- Window functions (ROW_NUMBER, RANK, LAG/LEAD for cohort analysis)
- Aggregations with GROUP BY, HAVING
- CTEs and subqueries for readable complex logic
- Date manipulation for retention, cohort calculations
- CASE statements for conditional business logic
- Performance optimization for columnar databases (Redshift)
Redshift-specific:
- Distribution keys and sort keys (impacts query performance)
- Columnar storage implications
- VACUUM and ANALYZE operations
Practice platforms: LeetCode SQL, HackerRank, DataLemur, Skillvee
Leadership Principles (Critical)
16 Leadership Principles:
- Customer Obsession
- Ownership
- Invent and Simplify
- Are Right, A Lot
- Learn and Be Curious
- Hire and Develop the Best
- Insist on the Highest Standards
- Think Big
- Bias for Action
- Frugality
- Earn Trust
- Dive Deep
- Have Backbone; Disagree and Commit
- Deliver Results
- Strive to be Earth's Best Employer
- Success and Scale Bring Broad Responsibility
Preparation: Craft 8-10 STAR stories covering all principles with quantified impact
Product & Metrics (Important)
Amazon-specific metrics:
- E-commerce: conversion rate, cart abandonment, customer lifetime value, return rate
- AWS: service adoption, usage patterns, customer satisfaction (NPS)
- Advertising: click-through rate, return on ad spend, impression share
- Prime: membership retention, benefit utilization, subscription value
Frameworks:
- Metric definition (precise, actionable, customer-aligned)
- A/B test design (hypothesis, sample size, guardrails)
- Root cause analysis (data quality â segmentation â external factors)
Statistics & A/B Testing (Important)
Core concepts:
- Hypothesis testing, p-values, confidence intervals
- Type I/II errors, statistical power
- Sample size calculation
- Multiple testing corrections
- Causal inference basics
Amazon's Weblab platform: Proprietary A/B testingâyou'll learn on the job
Compensation (2025)
đ° Total Compensation Breakdown
Amazon's back-loaded vesting (5/15/40/40) means years 1-2 have lower equity, offset by large sign-on bonuses.
| Level | Title | Experience | Base Salary | Stock (4yr) | Sign-On | Total Comp (Yr 1-2) |
|---|---|---|---|---|---|---|
| L4 | Data Analyst I | 0-3 years | $95-120K | $40-70K | $15-30K | $160-220K |
| L5 | Data Analyst II | 2-5 years | $120-150K | $80-130K | $25-50K | $220-350K |
| L6 | Senior Analyst | 5-8 years | $150-185K | $150-280K | $50-100K | $350-550K |
| L7 | Principal Analyst | 8-12+ years | $185-230K | $280-500K | $100-200K | $500-900K |
Location Adjustments:
- đ˛ Seattle / Bay Area: 1.00x
- đ˝ NYC: 0.98x
- đ¤ Austin: 0.88-0.92x
- đ Remote: 0.75-0.88x
đŻ Negotiation Strategy:
- Stock grants and sign-on bonuses are most flexible
- Focus on total comp over 4 years, not just year 1
- Competing Meta/Google offers provide strongest leverage
- Realistic increase: $30-70K with strong negotiation
Stock Vesting:
- Back-loaded: 5% / 15% / 40% / 40% over 4 years
- Vests semi-annually
- Sign-on offsets years 1-2 cliff (paid 50% year 1, 50% year 2)
Benefits:
- 10-20 days PTO (varies by level and tenure)
- 401(k) with 50% match up to 4% salary
- Comprehensive health/dental/vision
- 20 weeks parental leave (birth parent), 6 weeks (other parent)
- No free meals (frugality culture)
Your Action Plan
đ Today:
- Read all 16 Leadership Principles on Amazon's website
- Assess SQL skills with 2-3 practice problems
- List past experiences demonstrating Leadership Principles
đ This Week:
- Draft 8-10 STAR stories covering each Leadership Principle
- Create 3-6 month study plan
- Set up practice accounts (LeetCode SQL, HackerRank, Skillvee)
đŻ This Month:
- Complete 30-50 SQL problems (window functions, JOINs, business scenarios)
- Refine STAR storiesâadd quantified impact to each
- Practice behavioral questions out loud (3-5 minute detailed answers)
- Schedule 2-3 mock interviews
đ Ready to Practice?
Browse Amazon-specific interview questions and take AI-powered practice interviews on Skillvee to build confidence and get real-time feedback.
Remember: Customer Obsession + Ownership + Deliver Results = Success at Amazon! đ
Frequently Asked Questions
Click on any question to see the answer
Role-Specific Guidance
General Data Engineer interview preparation tips
Role Overview: Data Infrastructure Positions
Data Infrastructure roles focus on building and maintaining the foundational systems that enable data-driven organizations. These engineers design, implement, and optimize data pipelines, warehouses, and processing frameworks at scale, ensuring data reliability, performance, and accessibility across the organization.
Common Job Titles:
- Data Engineer
- Data Infrastructure Engineer
- Data Platform Engineer
- ETL/ELT Developer
- Big Data Engineer
- Analytics Engineer (Infrastructure focus)
Key Responsibilities:
- Design and build scalable data pipelines and ETL/ELT processes
- Implement and maintain data warehouses and lakes
- Optimize data processing performance and cost efficiency
- Ensure data quality, reliability, and governance
- Build tools and frameworks for data teams
- Monitor pipeline health and troubleshoot data issues
Core Technical Skills
SQL & Database Design (Critical)
Beyond query writing, infrastructure roles require deep understanding of database internals, optimization, and architecture.
Interview Focus Areas:
- Advanced Query Optimization: Execution plans, index strategies, partitioning, materialized views
- Data Modeling: Star/snowflake schemas, slowly changing dimensions (SCD), normalization vs. denormalization
- Database Internals: ACID properties, isolation levels, locking mechanisms, vacuum operations
- Distributed SQL: Query federation, cross-database joins, data locality
Common Interview Questions:
- "Design a schema for a high-volume e-commerce analytics warehouse"
- "This query is scanning 10TB of data. How would you optimize it?"
- "Explain when to use a clustered vs. non-clustered index"
- "How would you handle slowly changing dimensions for customer attributes?"
Best Practices to Mention:
- Partition large tables by time or key dimensions for query performance
- Use appropriate distribution keys in distributed databases (Redshift, BigQuery)
- Implement incremental updates instead of full table refreshes
- Design for idempotency in pipeline operations
- Consider query patterns when choosing sort keys and indexes
Data Pipeline Architecture
Core Technologies:
- Workflow Orchestration: Apache Airflow, Prefect, Dagster, Luigi
- Batch Processing: Apache Spark, Hadoop, AWS EMR, Databricks
- Stream Processing: Apache Kafka, Apache Flink, Kinesis, Pub/Sub
- Change Data Capture (CDC): Debezium, Fivetran, Airbyte
Interview Expectations:
- Design end-to-end data pipelines for various use cases
- Discuss trade-offs between batch vs. streaming architectures
- Explain failure handling, retry logic, and data quality checks
- Demonstrate understanding of backpressure and scalability
Pipeline Design Patterns:
- Lambda Architecture: Batch layer + speed layer for real-time insights
- Kappa Architecture: Stream-first architecture, simplifies Lambda
- Medallion Architecture: Bronze (raw) â Silver (cleaned) â Gold (business-ready)
- ELT vs. ETL: Modern warehouses prefer ELT (transform in warehouse)
Apache Spark & Distributed Computing (Important)
Spark is the industry standard for large-scale data processing.
Key Concepts:
- RDD/DataFrame/Dataset APIs: When to use each, transformations vs. actions
- Lazy Evaluation: Understanding lineage and DAG optimization
- Partitioning: Data distribution, shuffle operations, partition skew
- Performance Tuning: Memory management, broadcasting, caching strategies
- Structured Streaming: Micro-batch processing, watermarks, state management
Common Interview Questions:
- "Explain the difference between map() and flatMap() in Spark"
- "How would you handle data skew in a large join operation?"
- "Design a Spark job to process 100TB of event logs daily"
- "What happens when you call collect() on a 1TB DataFrame?"
Best Practices:
- Avoid collect() on large datasets; use aggregations or sampling
- Broadcast small lookup tables in joins to avoid shuffles
- Partition data appropriately to minimize shuffle operations
- Cache intermediate results when reused multiple times
- Use columnar formats (Parquet, ORC) for better compression and performance
Data Warehousing Solutions
Modern Cloud Warehouses:
- Snowflake: Separation of storage and compute, automatic scaling, zero-copy cloning
- BigQuery: Serverless, columnar storage, ML built-in, streaming inserts
- Redshift: MPP architecture, tight AWS integration, RA3 nodes with managed storage
- Databricks: Unified data and AI platform, Delta Lake, photon engine
Interview Topics:
- Warehouse architecture and query execution models
- Cost optimization strategies (clustering, materialization, query optimization)
- Data organization (schemas, partitioning, clustering keys)
- Performance tuning and monitoring
- Security, access control, and governance
Design Considerations:
- Schema Design: Denormalized for query performance vs. normalized for storage efficiency
- Partitioning Strategy: Time-based, range-based, or hash-based partitioning
- Materialized Views: Trade-off between storage cost and query performance
- Workload Management: Separating ETL, analytics, and ML workloads
Python for Data Engineering
Essential Libraries:
- Data Processing: pandas, polars, dask (distributed pandas)
- Database Connectors: psycopg2, SQLAlchemy, pyodbc
- AWS SDK: boto3 for S3, Glue, Redshift interactions
- Data Validation: Great Expectations, Pandera
- Workflow: Airflow operators, custom sensors
Common Tasks:
- Building custom Airflow operators and sensors
- Implementing data quality checks and validation
- Parsing and transforming semi-structured data (JSON, XML, Avro)
- Interacting with APIs for data ingestion
- Monitoring and alerting for pipeline failures
Interview Questions:
- "Write a Python script to incrementally load data from an API to S3"
- "Implement a data quality check that alerts on anomalies"
- "How would you handle schema evolution in a data pipeline?"
