Amazon Solutions Architect (Entry Level) Interview Preparation Guide
While search results contain general AWS Solutions Architect interview topics and common questions asked across companies, specific details about Amazon's exact interview process, round structure, and evaluation criteria for this role were not found in the provided sources. This guide is based on industry-standard practices for entry-level Solutions Architect roles at large cloud companies and AWS certification exam patterns.
Amazon's interview process for an entry-level Solutions Architect typically consists of a recruiter screening followed by a technical phone screen and multiple onsite interview rounds. The process evaluates your ability to understand business requirements, translate them into technical architectures, work with AWS services, collaborate with cross-functional teams, and demonstrate Amazon's Leadership Principles. For entry-level candidates, expect foundational technical questions, basic architecture design problems, and behavioral assessments focused on learning ability and teamwork rather than complex system design or leadership.
Interview Rounds
Recruiter Screening
What to Expect
Initial call with an Amazon recruiter lasting 30-45 minutes. The recruiter will discuss your background, interest in the role, understanding of the position, and basic qualifications. They will also provide information about the role, team, and interview process. This is a preliminary fit assessment and not a technical evaluation. Your goal is to demonstrate genuine interest in Solutions Architecture, understanding of how the role supports business outcomes, and alignment with Amazon's culture.
Tips & Advice
Research the role and team before the call. Prepare a 2-3 minute overview of your background, focusing on any relevant projects or experience with cloud concepts. Ask thoughtful questions about the team, projects, and success metrics for the role. Demonstrate enthusiasm for learning cloud architecture. Mention specific aspects of Solutions Architecture that interest you. Be honest about your entry-level status and express eagerness to grow in the role.
Focus Topics
Communication and team collaboration
Share examples of times you've worked on teams, communicated technical concepts to others, or collaborated on projects. The Solutions Architect role requires working with sales, engineering, and clients, so demonstrate your ability to communicate clearly.
Practice Interview
Study Questions
Understanding of AWS and cloud concepts
Demonstrate basic familiarity with AWS services and cloud computing concepts. You don't need advanced knowledge, but show you understand what EC2, S3, databases, and networking are at a high level, and why organizations move to the cloud.
Practice Interview
Study Questions
Career motivation and role fit
Be prepared to articulate why you're interested in a Solutions Architect role specifically, what attracts you to Amazon, and how this role aligns with your career goals. Explain your understanding of what a Solutions Architect does and why the role appeals to you.
Practice Interview
Study Questions
Background and learning ability
Discuss your technical background, relevant coursework, projects, internships, or certifications. Emphasize your ability to learn new technologies quickly and examples of how you've acquired new skills. For entry-level candidates, learning ability is more important than depth of experience.
Practice Interview
Study Questions
Technical Phone Screen
What to Expect
A 60-minute technical interview conducted via phone or video with an Amazon engineer or Solutions Architect. This round assesses your foundational understanding of AWS services, cloud architecture principles, and basic problem-solving ability. You'll be asked questions about AWS services, their use cases, and how you would approach designing simple architectures. Expect a mix of conceptual questions and one or two short scenario-based problems. This is not a coding interview. For entry-level candidates, questions will focus on fundamentals rather than complex architectures.
Tips & Advice
Review core AWS services thoroughly (EC2, S3, RDS, VPC, IAM, Lambda, CloudFront). Be prepared to explain what each service does and typical use cases. When answering architecture questions, think out loud and explain your reasoning. For a simple scenario (e.g., 'Design a website for a startup'), walk through: what services you'd use, why you chose them, scalability considerations, and security aspects. Admit when you don't know something and discuss how you'd find the answer. Draw diagrams if using a whiteboard tool. Focus on fundamentals—don't try to overcomplicate solutions. Ask clarifying questions about requirements before jumping to a solution.
Focus Topics
Basic security and compliance considerations
Understand foundational security concepts: IAM roles and policies, encryption at rest and in transit, VPC security groups and network ACLs, principle of least privilege. Know basic compliance considerations like data residency and audit logging. For entry-level, you don't need deep compliance expertise, but recognize when security concerns exist.
Practice Interview
Study Questions
Cost awareness and optimization fundamentals
Understand AWS pricing models (on-demand, reserved instances, spot instances), cost optimization strategies (right-sizing instances, using managed services, data transfer costs), and how to discuss cost trade-offs. For entry-level, understand that architects must balance performance with cost constraints.
Practice Interview
Study Questions
Evaluating technology options and trade-offs
Practice analyzing different architectural approaches and understanding trade-offs. For example: EC2 vs. Lambda (control vs. simplicity), RDS vs. DynamoDB (structured vs. flexible data), VPC endpoints vs. NAT gateways, etc. Be able to discuss pros and cons of different options given specific requirements.
Practice Interview
Study Questions
Translating business requirements into technical solutions
When presented with a business scenario or customer need, demonstrate ability to ask clarifying questions, understand the requirements, and propose a technical solution. Practice communicating 'if the customer needs X, I would use Y service because...' Understand how business requirements (scalability, availability, cost constraints, compliance) translate to technical architecture decisions.
Practice Interview
Study Questions
Basic architecture design principles
Understand fundamental design principles: scalability (horizontal vs. vertical), availability (multi-AZ deployments, load balancing), fault tolerance (redundancy, failover), security (IAM, encryption, VPC isolation), and cost optimization (choosing right instance types, reserved instances). Apply these principles to simple scenarios.
Practice Interview
Study Questions
Core AWS services and their purposes
Deep understanding of fundamental AWS services: EC2 (compute), S3 (storage), RDS/DynamoDB (databases), VPC (networking), IAM (identity and access), Lambda (serverless compute), CloudFront (CDN), ELB/ALB (load balancing). For each service, understand what it does, typical use cases, pricing model, and when you'd choose it over alternatives.
Practice Interview
Study Questions
Onsite Interview Round 1: AWS Fundamentals and Architecture Design
What to Expect
This 60-minute onsite interview focuses on AWS fundamentals and your ability to design basic cloud architectures. An Amazon Solutions Architect or senior engineer will present scenarios like 'design a web application for a growing e-commerce startup' or 'migrate a legacy database to the cloud' and ask you to walk through your architectural decisions. You may use a whiteboard or digital tool to sketch diagrams. The interviewer will probe into your design choices, ask follow-up questions about scalability, security, and cost, and assess your reasoning process. Entry-level candidates are expected to design architectures that are sound but not necessarily optimized; the focus is on correct thinking and reasoning.
Tips & Advice
When presented with a scenario, start by clarifying requirements: scale, current/target traffic, data size, compliance needs, budget constraints, geographic distribution, high availability requirements. Draw out the architecture visually—show compute layers, storage, databases, networking, and how components communicate. Explain each choice: 'I chose RDS for the database because we need ACID compliance and complex queries' or 'I used S3 for assets because it's scalable and integrates with CloudFront for performance.' Discuss trade-offs explicitly: 'We could use DynamoDB for lower latency, but we need complex joins, so RDS is better.' Address non-functional requirements: scalability (can this handle 10x traffic?), availability (what happens if an AZ fails?), security (how do we protect data?), cost (is this within budget?). Engage with follow-up questions—they're opportunities to demonstrate deeper thinking. For entry-level, showing correct reasoning and willingness to learn matters more than having the perfect answer. Avoid overengineering—entry-level designs should be simpler than senior-level designs.
Focus Topics
Basic cost and performance optimization
Discuss cost and performance implications of architectural choices. For example: 'This architecture uses on-demand instances for flexibility but could be optimized with reserved instances if traffic patterns are predictable, reducing cost by 30%.' or 'We could improve latency by adding CloudFront, but it adds cost and complexity; let's measure if it's needed.' Understand this is a trade-off, not always the optimal choice.
Practice Interview
Study Questions
Technical requirement analysis and clarification
When given a problem, ask the right clarifying questions before proposing a solution. Questions should cover: current and projected traffic volume, data characteristics, uptime requirements, compliance needs, budget, geographic distribution, existing technology stack, and performance requirements. Extract these requirements from vague customer statements.
Practice Interview
Study Questions
Explaining technology choices and trade-offs
For each service or approach in your architecture, articulate why you chose it and what trade-offs you're making. Example: 'I chose ElastiCache over application-level caching because it's managed, scales automatically, and integrates easily with our EC2 instances. The trade-off is added cost and operational complexity, but the performance benefit justifies it for this use case.' Always acknowledge alternatives.
Practice Interview
Study Questions
Creating architecture diagrams and documentation
Practice sketching architecture diagrams showing how AWS services interconnect. Use simple, clear notation. Include compute (EC2, Lambda), storage (S3, EBS), databases (RDS, DynamoDB), networking (VPC, subnets, security groups), and data flows. Explain each component and why it's included. Documentation should be understandable to both technical and non-technical stakeholders.
Practice Interview
Study Questions
Designing scalable architectures
Practice designing architectures that can grow with demand. Understand horizontal scaling (adding more servers behind a load balancer) vs. vertical scaling (bigger servers). Know how to distribute traffic (load balancers), distribute data (databases with replication), and cache frequently accessed data (ElastiCache). For entry-level, focus on basic scaling patterns like multi-tier architecture with load balancing and read replicas for databases.
Practice Interview
Study Questions
High availability and fault tolerance design
Design architectures that remain operational despite failures. Use multi-AZ deployments, load balancing, auto-scaling, and database replication. Understand concepts like failover, redundancy, and graceful degradation. For a simple web application, this might mean: load balancer across multiple AZs, auto-scaling EC2 instances, RDS Multi-AZ deployment, and static assets in S3 with CloudFront.
Practice Interview
Study Questions
Onsite Interview Round 2: AWS Services and Design Patterns
What to Expect
This 60-minute interview dives deeper into specific AWS services and common design patterns. An interviewer (Amazon architect or senior engineer) will ask detailed questions about multiple AWS services, when to use them, and how they integrate. Expect questions like: 'Explain the differences between EC2, Lambda, and Containers and when you'd use each,' or 'Design a solution for real-time analytics using AWS services.' You may discuss managed services vs. self-managed solutions, serverless vs. traditional architectures, and different database options. This round assesses breadth of knowledge across AWS services and understanding of when each is appropriate. For entry-level, questions will focus on common, well-documented patterns rather than bleeding-edge or extremely complex scenarios.
Tips & Advice
Review AWS service comparisons thoroughly: EC2 vs. Lambda vs. ECS/EKS, RDS vs. DynamoDB vs. Redshift, S3 vs. EBS vs. EFS, VPC vs. Direct Connect, managed services vs. self-managed. For each comparison, know the trade-offs: cost, operational overhead, performance characteristics, scalability, and use cases. When asked to choose between services, explain your reasoning systematically: 'For this use case, we need X and Y, so Lambda is better than EC2 because...' Discuss the AWS Well-Architected Framework pillars: operational excellence, security, reliability, performance efficiency, cost optimization. Know common design patterns like: microservices (using containers or Lambda), three-tier web applications, data lakes, real-time analytics. Be prepared to discuss serverless vs. traditional trade-offs. Admit when you haven't used a service personally but explain how you'd learn about it. Engage with technical depth appropriate for entry-level—show fundamental understanding, not superficial knowledge.
Focus Topics
Storage service selection: S3 vs. EBS vs. EFS
S3: object storage, scalable, cost-effective for static assets, data lakes, backups. EBS: block storage, attached to EC2, for databases and applications needing low latency. EFS: file system, shared across EC2 instances, NFS protocol. Understand use cases, performance characteristics, and cost models for each.
Practice Interview
Study Questions
Common design patterns and their use cases
Understand common patterns: microservices (independent services communicating via APIs or messages), three-tier architecture (web/app/data layers), serverless (Lambda and managed services), event-driven (responding to events), real-time analytics (streaming data processing). For entry-level, focus on simple, well-documented patterns rather than cutting-edge approaches.
Practice Interview
Study Questions
AWS Well-Architected Framework principles
Understand the five pillars: operational excellence (ability to operate and monitor systems), security (protect data and systems), reliability (systems perform intended function), performance efficiency (use resources efficiently), cost optimization (avoid unnecessary costs). For each service recommendation, think about how it aligns with these pillars.
Practice Interview
Study Questions
Managed services vs. self-managed solutions
Understand the trade-off between managed services (AWS handles operations, scaling, patching) and self-managed (you control everything, more operational burden, more flexibility). Examples: RDS (managed) vs. self-managed database on EC2, ElastiCache (managed) vs. self-managed Redis, Lambda (fully managed) vs. self-managed application servers. Discuss operational overhead, cost, and when each approach makes sense.
Practice Interview
Study Questions
Comparing compute services: EC2 vs. Lambda vs. Containers
Deep understanding of AWS compute options. EC2: full control, pay for instances, suitable for long-running, complex applications. Lambda: event-driven, serverless, pay per execution, limited to functions. ECS/EKS: containerized applications with orchestration. Understand trade-offs: cost structure, operational overhead, cold starts, scaling behavior, and when each is appropriate.
Practice Interview
Study Questions
Comparing database services: RDS vs. DynamoDB vs. Redshift
RDS: relational databases (MySQL, PostgreSQL, Oracle), complex queries, ACID compliance, structured data, operational overhead. DynamoDB: NoSQL, unstructured/semi-structured data, flexible schema, high throughput, eventual consistency. Redshift: data warehouse, analytical queries, massive scale, batch processing. Understand data model, query patterns, consistency requirements, and when each fits.
Practice Interview
Study Questions
Onsite Interview Round 3: Behavioral and Amazon Leadership Principles
What to Expect
This 45-60 minute interview focuses on behavioral qualities and alignment with Amazon Leadership Principles. An Amazon manager or leader will ask questions about your past experiences, how you handle challenges, collaboration with teams, and decision-making. Expect questions like 'Tell me about a time you worked in a team with conflicting opinions,' 'Describe a situation where you had to learn something quickly,' or 'Tell me about a failure and what you learned.' This round assesses cultural fit, learning ability, communication skills, teamwork, and how you embody principles like Customer Obsession, Ownership, and Invent and Simplify. For entry-level candidates, focus is on demonstrating potential, learning ability, and positive team dynamics rather than extensive leadership experience.
Tips & Advice
Use the STAR method (Situation, Task, Action, Result) for behavioral questions. Prepare 5-7 stories from your background (projects, internships, coursework, or personal experiences) that demonstrate key competencies. For each story: set context, describe your role and the challenge, explain what you did and why, and conclude with measurable results. Practice telling stories in 2-3 minutes. Align stories with Amazon Leadership Principles: Customer Obsession, Ownership, Invent and Simplify, Are Right, A Lot, Learn and Be Curious, Hire and Develop the Best, Insist on Highest Standards, Think Big, Bias for Action, Frugality, Earn Trust, Dive Deep, Have Backbone, Deliver Results. Research which principles matter most for your role. For entry-level, you don't need extensive leadership experience; instead, show learning ability, collaboration, and willingness to take on challenges. Discuss how you'd approach problems in a Solutions Architect context: involving stakeholders, seeking feedback, iterating on solutions. Be authentic and specific—avoid generic answers.
Focus Topics
Invent and Simplify: approaching problems creatively
Share examples of times you thought creatively about problems, simplified complex processes, or proposed novel solutions. For entry-level, this might be a better way to solve a coding problem, or simplifying a project process. In architecture context, discuss how you'd think about elegant, simple solutions vs. over-engineered ones.
Practice Interview
Study Questions
Handling ambiguity and lack of information
Discuss situations where you didn't have all the information needed to proceed. How did you gather missing information? What assumptions did you make? How did you communicate uncertainty? In Solutions Architecture, customer requirements are often initially vague; handling this well is important.
Practice Interview
Study Questions
Ownership and accountability
Share stories where you took responsibility for outcomes, even without formal authority. Demonstrate how you drove projects forward, followed through on commitments, and held yourself accountable. In an architecture context, discuss how you'd own solution success by ensuring it meets requirements and is implementable.
Practice Interview
Study Questions
Teamwork and collaboration across functions
Describe experiences collaborating with people from different backgrounds or functions (engineers, business stakeholders, clients). Show how you communicated across differences, resolved disagreements, and contributed to team success. The Solutions Architect role requires collaborating with sales, engineering, and customers.
Practice Interview
Study Questions
Customer Obsession and understanding customer needs
Demonstrate how you focus on understanding and serving customer needs. Share experiences where you sought to understand what someone (customer, teammate, user) really needed, sometimes beyond what they initially asked for. Explain how in a Solutions Architect role, understanding customer problems deeply leads to better architectures.
Practice Interview
Study Questions
Learning ability and adapting to new challenges
Provide examples of times you quickly learned new technologies, tools, or domains. For entry-level candidates, this is especially important—show you can pick up AWS, architecture concepts, and new domains rapidly. Discuss your learning process: how you approach new topics, resources you use, how you practice.
Practice Interview
Study Questions
Onsite Interview Round 4: Solution Architecture Case Study and Client Consultation
What to Expect
This 60-minute interview presents a realistic business scenario similar to what Solutions Architects encounter with clients. You'll be given a customer business problem (e.g., 'A retail company needs to modernize their e-commerce platform for Black Friday traffic,' or 'A financial services firm needs to migrate their core database to the cloud with strict compliance requirements'). You must engage in a consultation-like discussion: ask clarifying questions about business objectives, current state, constraints, and requirements; propose an architecture; discuss trade-offs; and address concerns raised by the interviewer. The interviewer may play the role of the customer, raising objections or additional requirements as you present. This round simulates the real job: engaging with customers, understanding their needs, and designing solutions that balance technical excellence with business reality. For entry-level, the scenario and complexity are scaled down; you're expected to show good reasoning and problem-solving, not necessarily optimal or perfectly detailed solutions.
Tips & Advice
Start by asking clarifying questions: business objectives, current architecture/pain points, scale, budget, compliance/security needs, timeline, team capabilities. Listen carefully to the scenario and any hints the interviewer provides. Propose an architecture that addresses the stated requirements, not an overly complex one. Explain your choices clearly. Be ready for the interviewer to raise objections or add constraints: 'The customer is concerned about cost,' 'They need to maintain some on-premises infrastructure,' 'They have strict compliance requirements.' Use these as opportunities to adapt and improve your proposal. Discuss trade-offs explicitly: 'This approach provides better performance but costs more; would they prefer lower cost even if performance is slightly lower?' Draw diagrams to communicate your ideas. For entry-level, your reasoning process and ability to adapt matter more than having a perfect answer. Demonstrate you understand architecture is not just technical—it's about solving business problems within constraints.
Focus Topics
Assessing feasibility and technical dependencies
As you propose a solution, think about: Do we have all the technical capabilities needed? What are dependencies and risks? Does the customer's team have skills to operate this? Should we recommend training or managed services? For entry-level, demonstrate awareness of feasibility and what might need to be addressed to make a solution implementable.
Practice Interview
Study Questions
Presenting and articulating architectural decisions
Clearly explain your architecture using diagrams and descriptions. Walk through how data flows, how the system scales, where redundancy exists, and how it meets requirements. Articulate each decision: 'We use RDS because you need complex queries and data consistency; we replicate across AZs for availability; we use CloudFront for performance.' Make technical concepts accessible.
Practice Interview
Study Questions
Handling customer concerns and objections
When the customer raises concerns ('This is too expensive,' 'What about data security?', 'Can this handle our growth?'), respond thoughtfully. Acknowledge the concern, explain how your architecture addresses it, or propose alternatives if needed. For cost concerns, discuss options to optimize. For security, explain how you'd protect data. For scalability, explain how the architecture scales. Adapt your proposal based on feedback.
Practice Interview
Study Questions
Consulting approach and discovery process
Demonstrate how you approach a new customer engagement. Ask open-ended questions to understand business drivers, current challenges, and future vision. Listen actively and dig deeper with follow-up questions. Extract both technical and business requirements. Document or summarize what you've learned to ensure understanding. This sets the foundation for good solution design.
Practice Interview
Study Questions
Designing solutions addressing specific business objectives
Translate the customer's business goals (e.g., improve performance, reduce cost, enable scalability, improve security) into architectural decisions. For example, if the goal is 'reduce time to market,' you might recommend using managed services (AWS RDS instead of self-managed) and serverless (Lambda) to reduce operational burden. Show how architecture directly supports business outcomes.
Practice Interview
Study Questions
Frequently Asked Solutions Architect Interview Questions
Sample Answer
import bisect
from math import inf
class SimpleTDigest:
def __init__(self, max_centroids=200):
self.centroids = [] # list of (mean, weight)
self.n = 0
self.max_centroids = max_centroids
def _insert_centroid(self, mean, weight):
i = bisect.bisect_left([c[0] for c in self.centroids], mean)
self.centroids.insert(i, (mean, weight))
def _compress(self):
if len(self.centroids) <= self.max_centroids:
return
new = []
total = self.n
cumulative = 0.0
k_limit = lambda q: 4 * total * q * (1 - q) # tuning function
cur_mean, cur_w = self.centroids[0]
for mean, w in self.centroids[1:]:
q = (cumulative + cur_w/2) / total
if cur_w + w <= max(1, k_limit(q)):
# merge
new_w = cur_w + w
cur_mean = (cur_mean * cur_w + mean * w) / new_w
cur_w = new_w
else:
new.append((cur_mean, cur_w))
cumulative += cur_w
cur_mean, cur_w = mean, w
new.append((cur_mean, cur_w))
self.centroids = new
def process(self, x):
# insert as new centroid then compress
self._insert_centroid(x, 1)
self.n += 1
self._compress()
def percentiles(self, ps=(50,95,99)):
if self.n == 0:
return {p: None for p in ps}
# build cumulative weights and linear interpolate
cum = 0
arr = []
for mean, w in self.centroids:
arr.append((mean, w))
out = {}
targets = {p: p/100.0 * self.n for p in ps}
ti = dict(targets)
idx = 0
for mean, w in arr:
prev = cum
cum += w
for p, t in list(ti.items()):
if t <= cum:
# linear interpolate between prev and cum at means (approx)
out[p] = mean
del ti[p]
# remaining: use max mean
for p in ti:
out[p] = arr[-1][0]
return {p: out[p] for p in ps}Sample Answer
WITH params AS (
SELECT
date_trunc('month', current_date) AS this_month_start
),
months AS (
-- last 6 complete months (excluding current partial month)
SELECT DISTINCT date_trunc('month', usage_date) AS month_start
FROM billing_export b, params p
WHERE date_trunc('month', usage_date) >= p.this_month_start - INTERVAL '7 month'
AND date_trunc('month', usage_date) < p.this_month_start
),
products AS (
SELECT DISTINCT product FROM billing_export
),
prod_month AS (
-- ensure every product × month exists
SELECT p.product, m.month_start
FROM products p
CROSS JOIN months m
),
monthly_cost AS (
-- aggregate actual costs (zero when missing)
SELECT
pm.product,
pm.month_start,
COALESCE(SUM(b.cost), 0) AS total_cost
FROM prod_month pm
LEFT JOIN billing_export b
ON b.product = pm.product
AND date_trunc('month', b.usage_date) = pm.month_start
GROUP BY pm.product, pm.month_start
),
mom AS (
SELECT
product,
month_start,
total_cost,
LAG(total_cost) OVER (PARTITION BY product ORDER BY month_start) AS prev_cost
FROM monthly_cost
)
SELECT
product,
month_start,
total_cost,
prev_cost,
CASE
WHEN prev_cost IS NULL THEN NULL -- no prior month: growth undefined
WHEN prev_cost = 0 AND total_cost = 0 THEN 0 -- stayed zero
WHEN prev_cost = 0 AND total_cost <> 0 THEN NULL -- or 'INF' / 1.0 if you prefer to treat as 100%+
ELSE (total_cost - prev_cost) / prev_cost
END AS mom_growth_rate
FROM mom
ORDER BY product, month_start;Sample Answer
Sample Answer
Sample Answer
Sample Answer
Sample Answer
Sample Answer
Sample Answer
Sample Answer
Recommended Additional Resources
- AWS Solutions Architect Associate Certification Study Guide (covers core AWS services and architecture patterns)
- AWS Well-Architected Framework documentation and whitepapers (https://aws.amazon.com/architecture/well-architected/)
- AWS Architecture Center with reference architectures and best practices
- Tutorials Dojo AWS Solutions Architect practice exams (accessible without Udemy)
- A Cloud Guru or Linux Academy AWS Solutions Architect Associate course
- AWS Skill Builder free resources and hands-on labs
- Amazon Leadership Principles guide and documentation (https://www.amazon.jobs/)
- STAR method guide for behavioral interview preparation
- Drawing architecture diagrams: Lucidchart, Draw.io, or AWS Architecture Icons
- AWS free tier account to build hands-on experience with services mentioned
- Recent AWS blog posts and whitepapers on cloud architecture trends
- Glassdoor and Levels.fyi for insights from candidates who interviewed at Amazon for similar roles
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We have listed down some questions below that are beneficial for all the AWS learners and those preparing for an AWS Solution Architect interview.
Amazon Solutions Architect Interview Guide - Exponent
What is the most innovative idea you have ever had? · Tell me about a time when you had to find a simple solution to solve a very complex problem.
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