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Reviewed by Bipeen Sinha Oct 05, 2026

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Career Guide · 2026

7 AWS Projects for Your Resume That Get You Hired in 2026

The seven AWS projects for your resume that move recruiters in 2026 are a multi-tier VPC app, a serverless image pipeline, a CI/CD pipeline, an auto-scaling backend, a cost dashboard, a disaster-recovery drill, and a Terraform rebuild, each mapped to a SAA-C03 or DOP-C02 domain so one portfolio of 7 builds proves real skill, not just a badge.

October 5, 2026·12 min read·By the 360 Digital Transformation Editorial Team
Key takeaways
  • A badge alone does not clear a live technical screen anymore: recruiters now ask you to whiteboard a VPC or justify a service choice inside the first 15 minutes.
  • Seven projects, four exam domains: the builds below map directly onto the SAA-C03 and DOP-C02 domains so one portfolio does double duty for both certifications.
  • The AWS Free Tier covers five of the seven builds for free in the first 12 months if you shut resources down between sessions.
  • Order matters more than count: build in the sequence below, because projects 4 through 7 reuse the VPC and IAM setup from projects 1 through 3.
  • One GitHub repo per project with a README that states the problem, the architecture, and the cost beats five repos with just code dumped in them.
  • A strong portfolio changes the conversation at interview, moving you from "do you know AWS" to "walk me through this diagram," which is a much easier interview to pass.

Ankit, a mechanical engineering graduate doing manual QA for a Pune-based insurance vendor, passed the SAA-C03 exam in March 2026 on his first attempt. He applied to 60-odd cloud and DevOps openings over the next six weeks and got two callbacks, both of which asked some version of "show me something you built." He had nothing to show. Once he rebuilt his approach around a small, deliberate project portfolio instead of just exam prep, the callback rate changed within a month, and that shift is the entire argument of this guide.

Why AWS Projects for Your Resume Matter More Than the Certification Alone

AWS certification exams are multiple-choice: real skill, but not the same skill as standing up a VPC at 11pm when a security group rule is silently blocking your database connection. Hiring managers know this, which is why mid-size tech companies and GCCs now often open a technical screen with "walk me through a system you built" rather than "what does S3 stand for."

This is the gap AWS projects for your resume are meant to close. A project forces decisions a multiple-choice question never does: which subnet the database sits in, how you rotate a password without downtime, what happens when a health check terminates your instance at 2am. Four years of QA work gave Ankit strong documentation habits but zero infrastructure decisions on his resume, exactly the gap a live cohort is built to close, because every module ends in a deployed artifact, not a quiz score.

The honest caveat: projects do not substitute for the certification, and the certification does not substitute for projects. A SAA-C03 badge with zero repos still clears some ATS filters and first-round screens, particularly at larger service companies that filter mechanically on certification names. If you already have two or more years of production AWS experience at work, skip half the toy projects below and spend that time on the DOP-C02 instead. This guide is for the other case: the fresher, the career switcher, or the on-prem admin who needs to manufacture evidence their day job hasn't given them yet.

What the SAA-C03 and DOP-C02 Exams Actually Test (and Why Your Projects Should Match It)

The AWS Solutions Architect & DevOps Engineer course at 360DT is built around four weighted SAA-C03 domains, unevenly split, which is the first thing self-taught learners get wrong by spending equal time everywhere.

SAA-C03 Domain Weighting

Security and resilience carry more than half the exam between them, which is exactly where most beginner projects are weakest.

Design Secure Architectures30%
Design Resilient Architectures26%
Design High-Performing Architectures24%
Design Cost-Optimized Architectures20%

Weighting per the public AWS exam guide for SAA-C03, checked 5 October 2026.

"Security" and "resilience" together are 56% of the exam, and a basic single-EC2-instance project cannot demonstrate either. That's the principle behind every project below: each forces a security decision (IAM roles over hardcoded keys, security groups over 0.0.0.0/0) or a resilience decision (Multi-AZ, Auto Scaling, backups), not just "deploy something that works."

The 7 AWS Projects for Your Resume That Get You Hired as a Cloud Engineer

Build these in order. Projects 4 through 7 deliberately reuse the VPC, IAM roles, and tagging convention from projects 1 through 3, which mirrors how a real cloud team works and saves you rebuilding networking five times over.

The 7 Projects at a Glance

Build top to bottom; each later card leans on the networking and IAM work from the one before it.

1

Three-tier VPC web app

ALB in a public subnet, an EC2 Auto Scaling Group and a Multi-AZ RDS database in private subnets. The single highest-value build here, since it alone touches three of the four exam domains.

Security + Resilience
2

Serverless image pipeline

An S3 upload triggers a Lambda function that resizes the image and logs status to DynamoDB. Tests event-driven design and least-privilege IAM across three services.

Serverless
3

CI/CD release pipeline

CodePipeline, CodeBuild and CodeDeploy roll a container image onto project 1's Auto Scaling Group with zero downtime. The single project DOP-C02 interviewers ask about most.

DOP-C02 core
4

Auto-scaling under load

Load-test the project 1 app and tune the scaling policy until it adds capacity in under 90 seconds instead of the default several minutes.

High performance
5

Cost and budget dashboard

A QuickSight or CloudWatch dashboard on Cost Explorer data, with a Budgets alert at 80% of a set ceiling. The build recruiters at cost-conscious GCCs specifically ask for.

Cost domain
6

Disaster-recovery failover drill

Restore an RDS snapshot into a second region and document the recovery time you actually measured. Interviewers care that you have done this once, not that you memorized RPO and RTO.

Resilience
7

Terraform-automated environment

Rebuild project 1 entirely from a Terraform state file, then destroy and recreate it twice to prove the automation is real, not click-ops with extra steps.

Infrastructure as code

Mapped against the public SAA-C03 and DOP-C02 exam guides, checked 5 October 2026.

Project 1 in Detail: The Three-Tier VPC Web App

Build this one first and feature it at the top of your resume. Interviewers recognize the shape instantly, which means they can test you by asking "what happens if X fails" about any box in it.

Three-Tier VPC Architecture

Public and private subnets, an Auto Scaling Group, and a Multi-AZ database, with every arrow representing a decision an interviewer can ask you to defend.

Three-tier VPC architecture for Project 1 Internet users resolve DNS through Route 53, reach an Application Load Balancer in a public subnet, which forwards health-checked traffic to an EC2 Auto Scaling Group in a private app subnet. The app subnet reaches a NAT Gateway for outbound patches, writes to a Multi-AZ RDS primary and standby in a private data subnet, and sends metrics to CloudWatch which triggers an SNS alarm on high CPU. Internet users Route 53 DNS VPC 10.0.0.0/16 Public subnet Application Load Balancer NAT Gateway Private subnet: app EC2 Auto Scaling Group CloudWatch CPU > 80% triggers SNS Private subnet: data RDS primary (AZ-a) RDS standby (AZ-b) DNS lookup Resolves to ALB Health-checked HTTPS SQL writes Sync replication Outbound patches Metrics + logs

Standard reference architecture; checked against the current AWS Well-Architected guidance on 5 October 2026.

The detail that separates a resume-filler project from one that survives an interview is the NAT Gateway and the two-AZ database. Both cost a little per hour, both are easy to skip, and both are exactly what gets probed first, because skipping them is the most common beginner shortcut. Explain why the app subnet has no direct route to the internet, and you have just demonstrated "Design Secure Architectures" without a single multiple-choice question.

Project Core AWS services Exam domain it proves One resume line
1. Three-tier VPC app VPC, ALB, EC2 ASG, RDS Multi-AZ Security + Resilience "Deployed a Multi-AZ three-tier app with zero public database access"
2. Serverless image pipeline S3, Lambda, DynamoDB High performance "Built an event-driven image pipeline processing uploads in under 3 seconds"
3. CI/CD pipeline CodePipeline, CodeBuild, CodeDeploy DOP-C02 core "Automated zero-downtime deploys to an Auto Scaling Group via CodeDeploy"
4. Load-tested auto-scaling EC2 ASG, CloudWatch alarms High performance "Tuned scaling policy to add capacity in under 90 seconds under load"
5. Cost dashboard Cost Explorer, Budgets, QuickSight Cost optimization "Built a budget alert pipeline that caught a runaway NAT Gateway bill"
6. DR failover drill RDS snapshots, cross-region restore Resilience "Measured and documented a cross-region RDS recovery time of 38 minutes"
7. Terraform environment Terraform, IAM, VPC modules DOP-C02 core "Rebuilt the full VPC and database from code in under 10 minutes"

Also read: if you are still deciding which exam to sit first, our breakdown of SAA-C03 vs DOP-C02 covers which matches a fresher versus an already-working admin.

How to Build All 7 Without a Shocking AWS Bill

The biggest reason beginners abandon AWS projects halfway is an unexpected bill, usually from a NAT Gateway, an idle RDS instance, or an Elastic IP left attached to nothing. None of these show up as "free tier" warnings until after the charge posts.

Service Free tier limit (first 12 months) What actually costs money
EC2 750 hrs/month, t2.micro or t3.micro Two instances running at once burns the hours twice as fast
RDS 750 hrs/month db.t3.micro, 20GB Multi-AZ doubles the hour consumption instantly
NAT Gateway Not covered Billed per hour plus per GB processed; the most common surprise charge here
Lambda 1M requests, always free Rarely an issue at portfolio scale
S3 5GB standard storage, always free Fine for thumbnails and static sites
Elastic IP Free only while attached to a running instance Left attached to a stopped instance, it bills hourly
What usually goes wrong here

The NAT Gateway quietly runs up a bill while you sleep, since it charges whether your instances are running or not. The fix: delete it (not just stop the instances) at the end of every session, and set a Budgets alert at 80% of a ₹1,500 monthly ceiling before provisioning anything. Terraform makes this painless later, one more reason project 7 earns its place despite feeling advanced early on.

The Mistakes That Make a Project Portfolio Look Worse Than No Portfolio at All

Ankit's first version of this portfolio actually hurt him: three half-finished repos with no README, a Lambda function with hardcoded access keys committed to GitHub, and a resume line that said "worked with AWS services" without naming one. An interviewer who finds a committed key does not think "resourceful," they think "security risk," and that one mistake can outweigh four working projects.

Four Mistakes That Undo Good Project Work

Any one of these can make an interviewer trust the portfolio less than if it didn't exist.

1

Hardcoded credentials in the repo

Use IAM roles on AWS and Secrets Manager off it. A scan tool or a sharp-eyed interviewer finds a committed key in seconds.

Security
2

No README explaining the "why"

Setup commands alone tell an interviewer nothing. State the problem, the architecture choice you made and rejected, and the measured result.

Presentation
3

Everything torn down before the interview

If it's been deleted to save cost, keep a 90-second screen recording ready as a fallback link in the README.

Logistics
4

Seven unrelated toy projects

No shared VPC or IAM convention makes this look like seven weekend experiments, not one body of work. Build in the sequence given above.

Structure

Patterns seen across repos reviewed in live project walkthroughs, checked 5 October 2026.

Live course

Build All 7 Projects Inside a Live Cohort, Not Alone at Midnight

Live online·Sat–Sun, 8–11 PM IST·80+ hrs·₹29,999

360DT's AWS Solutions Architect & DevOps Engineer course runs these exact builds as hands-on projects across a 12-week live weekend cohort, with mentor support to catch the NAT Gateway bill and the hardcoded key before an interviewer does. It prepares you for both SAA-C03 and DOP-C02 in one program.

Explore the course
AWS Solutions Architect & DevOps Engineer Course

What a Strong AWS Project Portfolio Actually Does to Your Pay

Industry job-board data and recruiter commentary describe a pattern rather than a fixed number: candidates who pair a certification with a documented project portfolio typically get shortlisted faster and land nearer the top of a role's advertised band. Treat every figure below as directional, not a guarantee, since actual offers depend heavily on company, city and interview performance.

Portfolio Strength vs Pay Band

Each rung stacks a real credential on top of the last; the jump from certification-only to certification-plus-portfolio is the biggest one on the ladder.

No cert, no projects

3.5 to 5 LPA→Manual tester, support roles
Baseline

SAA-C03 only

5 to 7 LPA→Junior cloud support
typically +30-40%

SAA-C03 + 3 projects

7 to 10 LPA→Cloud/DevOps engineer
typically +40%

SAA-C03 + DOP-C02 + 7 projects

10 to 16 LPA→Cloud engineer, 2-4 yrs
typically +50-60%

Advertised ranges synthesized from public job postings and recruiter commentary; treat as directional, checked 5 October 2026.

Targeting an Azure shop instead? The same seven-project structure maps almost one to one onto AZ-305 and AZ-400: swap VPC for Virtual Network, CodePipeline for Azure DevOps Pipelines. Also read our AWS vs Azure vs Google Cloud comparison if you haven't committed to a cloud yet.

How to Showcase These Projects on Your Resume and LinkedIn

A project that lives only on your laptop does not exist to a recruiter scanning 200 resumes in an afternoon. Structure each repo the same way: a one-paragraph problem statement, an architecture diagram (even a hand-drawn one, photographed, is fine), the services used with a one-line reason each, and a results line with one measured number, such as deploy time or cost per month.

On your resume, do not write "worked with AWS." Use the resume lines from the table above almost verbatim, each naming a specific service and outcome. On LinkedIn, a short post with the diagram and three sentences on what broke and how you fixed it gets more attention than the same project with no write-up at all.

For anyone planning to add AI features later, such as a chatbot reading from the project 1 database, pairing this portfolio with a retrieval-augmented generation project from 360DT's AI Engineer course is a natural next step recruiters at product companies look for. A lightweight Power BI dashboard on your CloudWatch cost exports is an easy eighth project that costs almost nothing to add.

A Realistic Timeline to Build All 7 Alongside a Job

Ankit had roughly 20 spare hours a month, mostly weekend evenings and the odd weekday night. Not a lot, but enough once he stopped treating each project as a fresh start. Here is roughly how those hours split, once the project 1 groundwork is in place:

Wk 1-2

Project 1: VPC + three-tier app

10-12 hours, the longest build, since everything later inherits its networking. Ends with a working ALB-to-RDS app and a README.

Wk 3

Project 2: serverless image pipeline

4-5 hours, no VPC involved. Ends with an S3 upload producing a thumbnail via Lambda within seconds.

Wk 4

Project 3: CI/CD pipeline

5-6 hours wiring CodePipeline to project 1's Auto Scaling Group. Ends with a git push triggering a zero-downtime deploy.

Wk 5

Projects 4 and 5: load test + cost dashboard

3-4 hours each, reusing existing infrastructure. Ends with a scaling graph and a live Budgets alert.

Wk 6-7

Project 6: DR failover drill

4-5 hours, mostly waiting on snapshot restores. Ends with a measured recovery time, not a guess.

Wk 8

Project 7: Terraform rebuild

6-8 hours rewriting project 1 as code. Ends with a destroy-and-recreate cycle you can demo live.

Eight weeks, roughly 35-40 total hours, run entirely on free-tier-eligible resources if you tear down the NAT Gateway between sessions. That's a realistic pace for someone working full time, close to the pace a structured live AWS cohort sets by design, since a weekly class schedule forces the same discipline that makes self-paced learners quit around week 3.

For automating infrastructure reviews and incident summaries with an LLM, which is increasingly part of enterprise cloud work, 360DT's CCDV-F prep course is a reasonable next certification once your AWS portfolio is in place. The full certifications overview is worth a look if you are still mapping out which credential to chase next.

Frequently asked questions

What AWS projects for a resume actually get you shortlisted in 2026?

A three-tier VPC app with an Auto Scaling Group and Multi-AZ RDS, a serverless image pipeline, and a CI/CD pipeline come up most often in screens, since together they cover security, resilience and automation, the three things interviewers probe first.

Do I need the SAA-C03 certification before building AWS projects, or after?

Either order works, but building project 1 alongside exam prep, rather than after passing, tends to stick better since the hands-on work reinforces the domains carrying 56% of the exam weight.

How many AWS projects are enough for a fresher resume?

Three solid, well-documented projects beat seven shallow ones. If you only have time for three, build project 1 (the VPC app), project 3 (the CI/CD pipeline), and project 7 (the Terraform rebuild), since those three alone demonstrate architecture, automation, and infrastructure-as-code skill.

Will the AWS Free Tier be enough to build all 7 projects?

Mostly yes, with one exception: the NAT Gateway in project 1 is not covered by the free tier and bills hourly. Keep total spend under roughly ₹1,500 by deleting the NAT Gateway and stopping RDS between build sessions rather than leaving everything running.

What AWS services should a cloud engineer portfolio cover in 2026?

At minimum: VPC and security groups, EC2 with Auto Scaling, RDS, S3, Lambda, IAM, CloudWatch, and either CodePipeline or Terraform, mapping directly onto the SAA-C03 and DOP-C02 domains rather than just what is easy to demo.

Is a GitHub repo enough, or do I need a live deployed project?

A repo with a clear README and architecture diagram is enough day to day, since few interviewers ask you to keep infrastructure running 24/7 at your own cost. Keep a short screen recording as a fallback.

How long does it take to build an AWS project portfolio alongside a full-time job?

Budget roughly 35 to 40 hours across 8 weeks at 20 spare hours a month, building in the sequence above so later projects reuse earlier networking and IAM work instead of starting fresh each time.

Can I use these same AWS projects for a DevOps engineer role instead of a solutions architect role?

Yes. Projects 3 and 7, the CI/CD pipeline and the Terraform rebuild, are the two DOP-C02 interviewers ask about most, so lead with those if you're targeting a DevOps opening rather than an architecture role.

About this guide. 360 Digital Transformation is an Anthropic Partner. Other certification bodies, vendors and employers named here are not affiliated with us. Figures cited were checked on 5 October 2026.

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