Master in Cloud Architecture & DevOps Management
60 Credits
Live online classes
Next intake: October 2026
- Prior knowledge is required
- We prepare you for certification
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Master's pre-work for DevOps and Cloud Architecture
Presentation of the curriculum, work tools, and how the programme and group operate.
Free access to complementary training:
- Generative AI Course: Prompt Engineering and Productivity
- Introductory programming course: Python
Why study a Master's in DevOps and Cloud Architecture?
Learn to design, implement and operate end-to-end cloud architectures within a Master's degree in DevOps aimed at a professional environment, choosing a single itinerary: AWS, Azure or GCP.
You will work with production-like cases and environments, building a portfolio with real deliverables (architectures, pipelines, IaC, deployments, observability).
You will reinforce criteria for Cost, security, availability and scalability to make technical decisions with business context. In addition, the programme includes focused preparation for Cloud and DevOps certifications for the chosen platform.
Requirements and Methodology for the Master's in Cloud Architecture & DevOps Management
Prerequisites
- Mandatory
- Computing/Systems Fundamentals: proficiency in Windows or Linux, hardware concepts (CPU/RAM/disk), and basic networking (IP, DNS, subnets).
- Regular use of the command line (PowerShell or Bash): operational proficiency in navigation, file editing, and command execution.
- Commitment to continuous practical work: (labs, deliverables, mock scenarios, and portfolio), moving beyond theory alone.
- Recommended
- 6–12 months of experience (or formal education): in IT, systems, or development.
- Foundational knowledge of Git: (commit/branch/merge) and a basic understanding of Cloud concepts (IaaS/PaaS/SaaS).
- Technical English reading skills: (for documentation and error logs).
Program aims
- Design, deploy, and operate end-to-end cloud solutions: (infrastructure + apps + data + security + observability) within your chosen cloud provider (Azure, AWS, or GCP).
- Adopt a professional and business-focused approach: cost control, governance, security, business continuity, and well-justified architectural decisions.
- Build a real-world portfolio: (repositories + documentation + architecture) that demonstrates your capabilities as a Cloud Admin, Cloud Architect, or DevOps Engineer.
- Prepare for the track's core certifications: (Admin + Architect) through practical labs and mock exams – providing a solid foundation for success, rather than just a guaranteed pass.
Career Readiness
The comprehensive training we deliver to our students thoroughly prepares them for the employment market. Through a personalized syllabus, we help them develop professional skills, establish relationships with companies and sail through recruitment processes.
An alternative training
In all our content, we include a percentage of Human Sciences to connect technology with soft skills.
Learning By Doing Methodology
It focuses on the practical application of knowledge and skills to foster meaningful and lasting learning.
Certification training
This programme provides you with the essential skills required to work in a professional environment. To help you demonstrate this expertise, IMMUNE prepares you for certification in Amazon Web Services (AWS), Microsoft Azure, or Google Cloud, depending on your chosen track.
Study plan
Fundamentals
- Introduction to the Master's in Cloud Architecture and DevOps Management
- Introduction to Traditional Computing
- Review of Traditional Systems Architecture
- Timeline of the Evolution of
- Business Environments Virtualisation
- Private Cloud
- Public Cloud
- Hybrid Cloud
- Cloud service models
Automation with PowerShell
UNIT 1 – Introduction to PowerShell
- Introduction to PowerShell
- Cmdlets and Modules
- Registry and WMI
- Object-Oriented
- Measure
- Filters
- Format
- GridView
Unit 2 – Introduction to Scripting
- Scripting in PowerShell
- ISE / Visual Code
- Variables
- Conditional Structures
- While and For Loops
- Foreach Loops and Foreach-Object
- Passage of Values
Git and Collaborative Work
UNIT 1 – Introduction to DevOps Philosophy
- Initiative vs Operations
- Collaboration Platforms (Azure DevOps)
Unit 2 – Git Basics
- Repositories
- Branches
- Pull Requests
Project Management
UNIT 1 – What are agile methodologies?
- Industrial Heritage
- The Technological Revolution
- Agilism and Agile Principles
- Derivatives of Agile Principles
- Traditional Projects vs. Agile Projects
- Challenges of Agile Methodologies
UNIT 2 – Introduction to Scrum
- Scrum in an Image
- Roles and Responsibilities
- The Product Owner
- The Team
- The Scrum Master
- Minor Roles
- Problems We May Encounter
UNIT 3 – Scrum Artefacts
- User Stories
- The Product Backlog
- The Sprint Backlog
- The Impediments Backlog
- The Definition of Done
Unit 4 – Phases of a Scrum Project
- The Inception Phase
- The week before each Sprint
- The Sprint
- The last day of the Sprint
- The first day of the next Sprint
- Meetings, meetings and meetings
UNIT 5 – Scrum Metrics and Measures
- Points for History
- Speed per Sprint
- What can we deduce from the speed of a Scrum team?
- Other important Srum metrics
UNIT 6 – Agile project estimation
- How do we calculate the scope?
- How do we calculate time?
- How do we calculate the cost?
UNIT 7 – Scaling Agile Projects
- The T-Shape approach
- Cells and reproduction by mitosis of the team
- Other organisational models and scaling
UNIT 8 – Other organisational and scaling models
Business Vision and Data Governance
UNIT 1 – Data in the Business
- The importance of data in the business world
- Data, Business Data, and Operational Data
- Organisational effectiveness
- Business Consequences
UNIT 2 – Enterprise Data Lakes
- What is a data lake?
- Data Lakes vs Data Warehouses
- Lagos on-premises vs Lagos in the cloud
UNIT 3 – Processing in Enterprise Data Lakes
- Data lakes and their relationship to business
- Temperature and Phases
- Architectures and Tools
- Analytics, learning and consumption
- Use cases for analytics in companies»
Choose your itinerary
Amazon Web Services (AWS)
AWS Associate Cloud Architect
UNIT 1 – Global Network and Security
- Introduction to Global Infrastructure
- Cloud best practices
- AWS Well-Architected Framework
- The AWS Global Infrastructure
- Introduction to Academy
- The AWS user console
- Security and IAM (Identity and Access Management):
- Authentication and Authorisation in AWS
- Identity and Access Management (IAM)
- Main entities
- Programmatic access, Identity policies
- Resource policies, User groups
- Introduction to IAM Roles, Multilayered Security
- Permission limits, Role assumption for users, Role integration for services
- Managing multiple accounts and users, AWS Organizations and Service Control Policies
- KMS, Parameter Store and Secrets Manager
UNIT 2 – Storage and Computing
- Storage
- Introduction to S3, versioning, Security Policies,
- Access Control Lists, Access Points,
- S3 lifecycle, Storage classes
- S3 replication, event sources,
- Static website on S3.
- S3 Glacier,
- Elastic File System (EFS), FSx for Windows,
- Elastic Block Store (EBS)
- Computer
- EC2 Instance Types
- Amazon Machine Images (AMI)
- Labelling Policies
- EC2 Storage
- EC2 Security
- Integration with EC2 networks from the command line
- Savings plans
- Holding and location groups
- Dades d'usuari i metadades
UNIT 3 – Databases
- Relational and non-relational model
- Relational Databases on AWS
- Relational Database Service (RDS)
- NoSQL databases
- Amazon DynamoDB
- Integrations via UI and CLI
- Databases for specific use
- Document-oriented (DocumentDB)
- Column-oriented (KeySpacesDB)
- Graph-based (Neptune DB)
- Time series (TimeStreamDB)
- Cache database
- Redis and Memcached
UNIT 4 – Virtual Private Cloud (VPC)
- Introduction to Networks in AWS
- Virtual Private Cloud (VPC)
- Private Cloud (VPC)
- IPv4 protocols, IPv6 protocols, and CIDR
- Subnetting in AWS
- Public and Private Subnets
- Internet Gateway
- Routing Tables
- Default VPCs
- Security Groups
- NAT Gateway
- Access Control Lists (ACLs),
- Elastic Network Interfaces (ENI)
- Multi-layered Security
- Hybrid Networks
- VPC Peering
- Transit Gateway
- Direct Connect
- Site-to-Site (VPN) Connections
UNIT 5 – Elasticity and High Availability Monitoring
- Monitoring
- CloudWatch
- CloudTrail
- VPC Flowlogs
- Elasticity in AWS
- Elasticity in DBB.DD
- Elasticity in EC2
- Autoscaling templates
- Auto Scaling groups
- Dynamic autoscaling
- Autoscaling with alarms
- Predictive autoscaling
- High Availability in AWS
- Application Load Balancer
- Network Load Balancer
- Gateway Load Balancer
- Automation (Infrastructure as Code)
- CloudFormation
- YAML and JSON
UNIT 6 – CDN Content Caching Networks
- DNS Management
- Route 53
- Routing policies
- Fundamentals of edge infrastructure
- Perimeter cache (CDN)
- Content caching methods
- CloudFront
- Origins and Distributions
- DDoS Protection and SQL Injection
- AWS Web Application Firewall
- AWS Shield
- AWS Firewall Manager
UNIT 7 – Serverless Development
- Event-driven architecture
- Weak and strong coupling
- Microservices
- Containers on AWS
- ECS, ECR, EKS y Fargate
- Lambda Functions
- API Gateway
- Simple Queue Service Simple
- Notification Service
- Kinesis
- EventBridge
- Step Functions
- Application Composer
- Serverless Application Model (SAM)
UNIT 8 – Disaster Recovery, Security and other services
- Disaster Recovery (DR)
- Failover Strategies
- Recovery Point Objective
- Recovery Time Objective
- AWS Backup
- Recovery strategies.
- Security II
- Service security
- S3, EC2, VPC, CDN, GuardDuty, Macie, Inspector.
- Service security
- Other Services: Amplify, Amazon Glue, Athena.
UNIT 9 – Review and Certification Preparation
- Review
- Certification preparation
- Certification profiles
- Career plans
- Exam Certification Simulation
AWS Certified Professional Architect
UNIT 1 – Migration of Solutions
- Migration Hub
- AWS DataSync
- Transfer Family
- Snow Family
- S3 Transfer Acceleration
- AWS app Migration Service
- AWS Database Migration Service
- AWS Schema Conversion Tool
UNIT 2 – Designing reliable architectures
- Replications in S3, RDS, ElastiCache
- Application Integration with SNS, SQS, and AWS Step Functions
UNIT 3 – Network Connectivity Strategy Design
- VPCs
- VPN
- Direct Connect
- DNS
- CloudWatch Monitoring
UNIT 4 – Design of Reliable and Resilient Architectures
- Disaster Recovery
- Backup
UNIT 5 – Safety Controls
- IAM, Security Groups, and Network ACLs
- KMS, Certificate Manager, CloudTrail
UNIT 6 – Security Hub
- Amazon Inspector
- Secret Manager
- Systems Manager
Unit 7 – New Architectures
- EKS, Fargate, ECR
- S3, SAI
- DynamoDB, Aurora Serverless
- ElastiCache
- EventBridge
- Lambda
UNIT 8 – Cost Optimisation and Visibility Strategies
- AWS Trsted Advistor, Price Calculator, Cost Explorere
- AWS Compute Optimizer, S3 storage Lens, Budgets
UNIT 9 – Multi-Account AWS Environment Design
- AWS Organisations, AWS Control Tower, Notificaciones»
AWS DevOps
UNIT 1 – Infrastructure as Code on AWS
- Introduction to AWS CloudFormation
- Templates
- Authentication
- Replication of services and environments
UNIT 2 – Deployment Management and Control
- AWS Code Pipeline
- AWS CodeBuild
- AWS CodeDeploy
- AWS CodeCommit
Google Cloud
Associate Cloud Engineer (GCP)
UNIT 1 – Introduction to the Platform
UNIT 2 – Compute
- Compute Engine
- IAM & Monitoring
- VM scaling
- Google Kubernetes Engine
UNIT 3 – Networks
- Introduction to networks
- Introduction to Load Balancers
- Partial Test U1, U2 and U3
- Case Study: Compute & Networks
UNIT 4 – Serverless
- Cloud Functions
- Pub/Sub
- App Engine
- Cloud Run
UNIT 5 – API Management
UNIT 6 – Storage
- Google Cloud Storage Buckets
- Access and Security
- Redundancy
- Storage tiers
UNIT 7 – Databases
- Databases in GCP
- SQL vs NoSQL
- ETL and Data Lake
- Partial Test U4, U5, U6 and U7
- Case Study: Serverless and Databases
- End result
GCP Professional Architect
UNIT 1 – Designing for safety and regulatory compliance
- Identity and Access Management
- Service Accounts
- Key Management Service
- VPC Service Controls
- Organisational Policies
UNIT 2 – Designing and planning IaaS architecture for cloud solutions
- Designing Networking Solutions
- Designing Process Solutions
- Data Storage
- Migrations to GCP
UNIT 3 – Manage serverless architecture deployments on GCP
- Designing Serverless Solutions
- Designing APIs
- Databases
UNIT 4 – Ensuring the reliability of solutions and operations
- Integrated Monitoring and Alerting Creation
UNIT 5 – Analyse and optimise technical and business processes
- Software Development Lifecycle
UNIT 6 – Big Data and ETLs in Business
- Data Ingestion and Transformation Architectures
GCP DevOps
UNIT 1 – Infrastructure as Code on GCP
- Introduction to Terraform
- Templates
- Authentication
- Replication of services and environments
UNIT 2 – Deployment Management and Control
- GCP Cloud Source Repository
- GCP Cloud Build
Microsoft Azure
Azure Cloud Administrator
UNIT 1 – Virtual Machines
- Introduction to the IaaS Model in Azure
- Virtual Machines
- Instance Sizes and Types
- Extensions
- Configuration
- Virtual Machine Scale Set
- Images gallery
UNIT 2 – Storage
- Introduction to Azure Storage Services
- Storage Account Types
- Storage Types
- Replication
- Security
UNIT 3 – Networks and Security in Azure
- TCP/IP Addressing
- Virtual Networks
- Network Security Groups
- Intersite Connections and ExpressRoute
- Load Balancers
UNIT 4 – Web Services and Databases in Azure
- Web Services
- Introduction to Web Services in Azure
- Web Components
- SPA in Storage Accounts and SWA
- Azure Functions
- API Management
- Containerisation
- Introduction to Container Instances
- Introduction to Azure Kubernetes Services (AKS)
- Databases
- Introduction to Database Services in Azure
- SQL/NoSQL Services and Data Warehouse
UNIT 5 – Resilience
- Azure Backup
- Azure Site Recovery
UNIT 6 – Authentication in Azure
- IAM (Identity and Access Management)
- Active Directory on IaaS
- Azure AD, ADDS
- Azure Active Directory Domain Services
UNIT 7 – Other Services in Azure
- DNS
- CDN
- Artificial Intelligence
- Internet of Things
Azure Architect Expert
UNIT 1 – Essential Knowledge
UNIT 2 – Designing Identity, Governance and Monitoring Solutions
- Governance in Azure
- Authentication and Authorization
- Logging and Monitoring Solutions
UNIT 3 – Designing Data Storage Solutions
- Relational Data Storage
- Semi-Structured and Unstructured Data Storage
- Data Integration
UNIT 4 – Designing Infrastructure Solutions
- Computing Solutions
- Application Architecture
- Migrations
UNIT 5 – Network Solution Design
- Azure resource connectivity to the internet
- Connectivity of Azure Resources to On-Premises Networks
- Network Performance Optimization
- Network Security Optimization
- Load Balancing and Routing
UNIT 6 – Business Continuity Solution Design
- Backup and Disaster Recovery Solutions
- High Availability
Azure DevOps
UNIT 1 – Infrastructure as Code in Azure
- Introduction to Azure Resource Manager (ARM)
- Templates
- Authentication
- Replication of services and environments
UNIT 2 – Biceps
- Introduction to the Biceps
- Templates
- Authentication
- Replication of services and environments
DevOps and Containers
UNIT 1 – Strategies for Delivering Solutions (CI/CD) as Code
- YML pipelines, Stages, Jobs, Tasks, Vars and Params
- Conditions, Expressions, Templates, Triggers, Strategies, Parallelization
- YML lifecycles
- Traceability, Auto-Tagging, Versioning, Mono-Repo Designs
UNIT 2 – Docker
- Docker Images
- Docker Containers
- Docker Compose
- JSON Server
Unit 3 – Cloud Container/Artifact Registry
- Depending on the cloud
- Azure Container Instance
- GCP Cloud Run
- AWS Fargate
UNIT 4 – Designing and Implementing Downtime-Free Deployments
- Blue/Green from Release/CD
- Canary deployment
- Parallelisation of traffic
UNIT 5 – Implementation of left-side controls and validations
- Shift-Left-Testing
- UT
- AT FE/UI
- AT API Testing
UNIT 6 – Release management with Feature Flagging
- Deploy vs Release
- Trunk-based development and feature flagging
IaC Multi-Cloud
UNIT 1 – Introduction to Terraform
- What is Terraform and how does it work?
- Pros, Cons. VS Code
- Providers, Commands and Project Structure.
UNIT 2 – Multicloud Integration
- TFState en un backend remoto.
- Automated infrastructure on Azure, AWS, and GCP.
- Implicit and explicit dependencies
- TF on Git. Pipelines with TF.
- Workspaces and Environments
UNIT 3 – Advanced Implementation
- Modules and best practices for defining them.
- Output variables. State Management. Unlock.
- Automation and Scalability
- TF Unit Tests. Validate.
- Shift Left pipelines. Conditionals and loops
- Security: State, Credentials. Hashicorp vault.
*The academic program may be subject to changes in line with the changing demand for specific skills in the market.
Tools
Learn how to use industry-leading tools
Professionals
Rodrigo Moro
Master's in Cloud Architecture & DevOps Management Director | Tech. Arch. Delivery Manager
Alvaro Linares
Cloud Engineer
Andrés Gallego
Software Engineering Architect
Arnau Senserrich
Customer Reliability Engineer
Luis Polanco Ramirez
Chief Information Officer
Ramón Abad
Software Engineering Manager
Financing
Full payment
If you pay in one instalment you will receive a 15% discount.
7 / 10 Interest-free Installments
Instalments based on your chosen study mode (Intensive / Flexible).
Sequra
Pay in installments, even if you are unemployed and cannot guarantee the loan.
Quotanda
Pay in installments, even if you are unemployed and cannot guarantee the loan.
Fundae
Pay for your training through the Spanish Employment Training Foundation. Aimed at active workers who wish to finance their program through the subsidized training program.
FAQs about the Master's in Cloud Architecture & DevOps Management
What certification or qualification will I receive on completion of the course?
Once you complete and pass the programme you will receive a diploma issued by IMMUNE Technology Institute in a digital format verifiable through blockchain technology.
Can the course be delivered online?
Yes, the program is delivered online with live classes. As such, you will be in direct contact and under the supervision of the teachers, which will enable you to follow the classes and interact in a flexible and natural way.
Is this Master's degree in DevOps and Cloud Architecture for me?
This programme is designed for individuals looking to specialise in Cloud Architecture and DevOps, with training geared towards a professional environment. If you are comparing DevOps and Cloud Computing Master's options, here you will find a programme that connects both areas within the same curriculum.
If you want to stay in your area or sector, but feel the urge to keep learning and explore new challenges, it's time to give your professional profile a boost and align it with technological trends.
If you're finishing your degree and want to take a further step towards a specialised technical profile, this programme can help you build an applied foundation in Cloud and DevOps.
Or, if you want to redirect your career and make a strong entry into the tech sector, the programme will help you specialise and complete your professional profile.
Do you want to start a business? This programme will put you in the spotlight, because technology is the engine of innovation and the key to staying competitive in a constantly evolving market.
Will the tools I need be included in the price of the program?
The tools used throughout the program are licensed for free use, in some cases because we use educational licenses and in others because it is free software.
Is there a careers and employment guidance service?
We have an employability area which, through our Talent Hub program, is responsible for supporting the efforts of our students to enter the employment market. The services we offer include resources to help you search for and prepare for interviews, English tests, resume and/or Linkedin profile guidance, interview and elevator pitch training, and access to our exclusive internship and employment pool.
What are the requirements for my computer?
You will need to have access to a laptop with a camera, microphone and minimum requirements of 8 GB of RAM and an i5 processor.
What is the Capstone Project?
The final project is where everything you have learned throughout the program is applied and consolidated. You will present the project to a panel of professionals from companies in the sector, which represents a unique opportunity for students to demonstrate their knowledge to potential employers and also to network.
Are there grants or scholarships available?
Yes. IMMUNE offers scholarships or study grants, as well as different financing methods for pursuing the Master in Cloud Architecture & DevOps Management, depending on the student's profile. To find out about the available options, consult the scholarships and funding section.
Does it include preparation for cloud certifications?
Yes. The programme includes preparation focused on cloud certifications for the chosen platform, whether that be AWS, Microsoft Azure or Google Cloud. This focus is already present in the body of the landing page and also fits with the type of messaging that other industry results highlight when competing for related searches.
Book my personalised academic and professional consultation
Mary García
Flor Biscardi
Agustina Ruíz
Admission test
This questionnaire will allow us to gain an in-depth understanding of your profile, ensuring that the programme aligns perfectly with your current knowledge and expectations, and guaranteeing that you get the most out of your time with us.
Why should you take the test?
- To assess your prior knowledge.
- To ensure that this course is the right fit for you.
- To offer you a personalized and unique learning experience.
How does it work?
The test is completely online, requires no prior preparation, and will take no more than 25 minutes.
Admissions Process
Our students are characterized by their passion for technology. Our admissions process focuses on who you are, how you think, what you have accomplished, and then sharing your goals.
Our aim is to get to know you better, see what makes you unique and ensure that the IMMUNE educational model adapts to your profile.
Visit our Campus in Madrid and discover everything about our programmes
- Personalised guidance Monday to Friday.
- Intake now open for March, September and October.
Designed to replicate an ecosystem of start-ups and tech companies, we’ve created a slice of Silicon Valley in the heart of Madrid.
