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CLOUD LONG-TERM PROGRAM

Cloud Architecture & DevOps Integration Course

Design cloud systems and the pipelines that keep them running.

DURATION
6 months
FEE
₹49,999
PAYMENT
₹10,000 × 6
FORMAT
Live · online
✓ Live mentor-led classes✓ Lifetime recordings✓ Certificate + placement support
Cloud Architecture & DevOps Integration course training in India — Careers Ninza, Kolkata
QUICK ANSWERS

Cloud Architecture & DevOps Integration course fee: ₹49,999 all inclusive, or No-Cost EMI of ₹10,000 × 6 with zero interest.

Duration: 6 months, part-time, with live weekday evening sessions from 7pm IST and weekend workshops.

Format: Live online across India, plus classroom batches in Kolkata, Asansol and Durgapur. Every session recorded and yours for life.

Who it suits: Beginner to job-ready. No prior experience required.

You finish with: A deployed multi-service architecture, a verifiable certificate, and twelve months of placement support.

Roles it prepares you for: DevOps engineer, Cloud engineer, Site reliability engineer, Platform engineer.

About the Cloud Architecture & DevOps Integration course

Six months from cloud fundamentals to architecture decisions and the DevOps practice around them: infrastructure as code, CI/CD, containers, observability and cost control.

Taught as a series of design decisions with trade-offs, so you can justify an architecture rather than recite a service list.

Who this program is for

If two or more of these describe you, this is the right course.

— Developers and sysadmins moving into DevOps or SRE
— IT staff modernising on-premise workloads
— Engineers preparing for cloud architect certifications
— Technical leads owning infrastructure cost and reliability
— Graduates targeting cloud and DevOps roles

What you will learn

1 Design for availability, scale and cost on AWS and Azure
2 Write infrastructure as code with Terraform
3 Containerise services and run them on Kubernetes
4 Build CI/CD pipelines with real gates and rollbacks
5 Instrument systems: logs, metrics, traces, alerts
6 Secure and price an architecture before it ships

Cloud Architecture & DevOps Integration syllabus

12 modules, each taught live and reviewed by a mentor.

1 Module 1 — Linux, networking and systems fundamentals View
•Linux administration: filesystem, permissions, processes, systemd, package management
•Shell scripting for automation: bash, variables, control flow, text processing with grep, sed and awk
•Troubleshooting under pressure: service failures, disk exhaustion, high CPU, memory pressure, log analysis
•Networking: OSI model in practice, TCP/IP, subnetting, routing, NAT
•DNS in depth: record types, resolution path, TTL, and the DNS problems that cause outages
•HTTP and HTTPS, TLS handshake, certificate management and renewal automation
•Load balancing concepts: L4 versus L7, algorithms, health checks, session handling
•SSH, key management, bastion hosts and secure remote access
2 Module 2 — Cloud fundamentals on AWS View
•Global infrastructure: regions, availability zones, edge locations and designing for failure domains
•IAM: users, roles, policies, least privilege, assume-role patterns and common misconfigurations
•Compute: EC2 instance families, auto scaling groups, launch templates, spot and reserved pricing
•Storage: S3 classes and lifecycle policies, EBS volume types, EFS, and choosing correctly
•Networking: VPC design, subnets, route tables, security groups versus NACLs, NAT gateways, VPC endpoints
•Databases: RDS, Aurora, DynamoDB — selection, backup, read replicas, failover behaviour
•Serverless: Lambda, API Gateway, EventBridge, Step Functions and their operational trade-offs
•Content delivery: CloudFront, caching behaviour, invalidation, origin protection
•Cost model: what actually drives the bill, and the pricing traps that surprise teams
3 Module 3 — Azure and multi-cloud literacy View
•Azure core services mapped against AWS equivalents
•Resource groups, subscriptions, management groups and Azure RBAC
•Azure Virtual Networks, App Service, Azure Functions, Azure SQL
•Azure DevOps and its integration with the wider toolchain
•Google Cloud in outline: GKE, Cloud Run, BigQuery and where GCP is chosen
•Multi-cloud reality: when it is justified, and the complexity cost it carries
•Choosing a cloud for an Indian business: cost, region availability, data residency, support
4 Module 4 — Infrastructure as code with Terraform View
•Declarative infrastructure and why click-ops fails at scale
•Terraform core: providers, resources, data sources, variables, outputs, expressions
•State management: remote backends, locking, and never editing state by hand
•Module design: composition, versioning, reusability across environments
•Workspaces versus directory-per-environment, and the trade-offs of each
•Secrets in Terraform: what never belongs in code, and integration with a secrets manager
•Drift detection, import of existing resources, and safe refactoring with moved blocks
•Plan review discipline and destructive-change safeguards in CI
•Terragrunt and alternatives: Pulumi, CloudFormation, CDK compared
5 Module 5 — Containers and Docker View
•Container fundamentals: namespaces, cgroups, and how containers differ from virtual machines
•Dockerfile authoring: layer caching, multi-stage builds, minimal base images, non-root users
•Image size and security: distroless, Alpine trade-offs, vulnerability scanning
•Registries: Docker Hub, ECR, ACR, tagging strategy and immutability
•Docker Compose for local development environments
•Networking and volumes, and persisting data correctly
•Debugging a container: exec, logs, resource limits, OOM diagnosis
6 Module 6 — Kubernetes in depth View
•Architecture: control plane, etcd, scheduler, kubelet, and what actually happens when you apply a manifest
•Workload objects: Pods, ReplicaSets, Deployments, StatefulSets, DaemonSets, Jobs and CronJobs
•Services, Ingress controllers and Gateway API; internal versus external exposure
•Configuration: ConfigMaps, Secrets, and injecting configuration without rebuilding images
•Storage: PersistentVolumes, StorageClasses, dynamic provisioning
•Resource management: requests, limits, QoS classes, and the cause of most OOM kills
•Scaling: HPA, VPA, Cluster Autoscaler, KEDA for event-driven workloads
•Scheduling control: node selectors, affinity, taints and tolerations, topology spread
•Health: liveness, readiness and startup probes configured correctly
•RBAC, service accounts, network policies and pod security standards
•Helm: chart structure, values, templating, releases and rollback
•Managed Kubernetes: EKS, AKS, GKE — cluster provisioning, upgrades, node group strategy
•Debugging protocol: a pod is failing, from kubectl describe through to root cause
7 Module 7 — CI/CD pipelines View
•Pipeline design principles: fast feedback, fail early, reproducibility, artefact immutability
•GitHub Actions: workflows, jobs, matrix builds, caching, reusable workflows, OIDC to cloud
•GitLab CI and Jenkins in outline for organisations that use them
•Build stages: lint, unit test, security scan, build, integration test, publish
•Quality gates and branch protection that prevent broken deployments
•Deployment strategies: rolling, blue-green, canary, feature flags — mechanics and rollback for each
•GitOps with ArgoCD or Flux: declarative delivery, drift reconciliation, promotion between environments
•Database migrations in a deployment pipeline without downtime
•Secrets in pipelines: OIDC federation, vault integration, and eliminating long-lived credentials
•Release management, versioning and change documentation
8 Module 8 — Observability and reliability View
•The three pillars: metrics, logs, traces — and what each is actually good for
•Prometheus: scraping, PromQL, recording rules, alerting rules, exporters
•Grafana: dashboard design that supports diagnosis rather than decoration
•Log aggregation: Loki or ELK, structured logging, retention and cost control
•Distributed tracing with OpenTelemetry and diagnosing latency across services
•SLI, SLO and error budget definition, and using them to make release decisions
•Alert design: actionable alerts, severity tiers, and eliminating alert fatigue
•On-call practice: rotation design, runbooks, escalation, handover
•Incident management: detection, triage, mitigation, communication, resolution
•Blameless postmortems and converting incidents into permanent fixes
•Chaos engineering basics and validating failure assumptions
9 Module 9 — Security and compliance View
•Shared responsibility model and what the cloud provider does not secure for you
•Identity: least privilege, role assumption, MFA enforcement, credential rotation
•Network security: segmentation, private subnets, WAF, DDoS protection
•Secrets management: AWS Secrets Manager, HashiCorp Vault, sealed secrets in Kubernetes
•Supply chain security: dependency scanning, SBOM, image signing, provenance
•DevSecOps in the pipeline: SAST, DAST, IaC scanning with tfsec or Checkov
•Encryption at rest and in transit, key management and rotation
•Compliance and audit readiness, with DPDP Act considerations for Indian workloads
•Backup, disaster recovery, RTO and RPO definition and actual restore testing
10 Module 10 — Architecture and cost engineering View
•Designing for availability: single-AZ, multi-AZ, multi-region and the honest cost of each
•Stateless design, session handling and horizontal scalability
•Caching layers: CDN, application cache, Redis, and invalidation strategy
•Asynchronous architecture: queues, event buses, idempotent consumers
•Microservices versus monolith, and resisting premature decomposition
•Capacity planning and load testing before a traffic event
•FinOps: tagging, cost allocation, rightsizing, spot and savings plans, waste identification
•Writing architecture decision records that justify trade-offs
•Reviewing an architecture against reliability, security, cost and operability
11 Module 11 — Automation and platform engineering View
•Configuration management with Ansible: playbooks, roles, inventories, idempotency
•Toil identification and building self-service for developers
•Internal developer platforms and golden paths in outline
•Scripting operational tasks in Python and bash with proper error handling
•Documentation as infrastructure: runbooks, diagrams, onboarding guides that stay current
12 Module 12 — Capstone and certification preparation View
•Week 1–4: architecture designed for a real multi-service application, with ADRs and cost estimate
•Week 5–10: infrastructure provisioned entirely through Terraform across two environments
•Week 11–15: application containerised and deployed to Kubernetes with CI/CD and GitOps
•Week 16–19: observability stack, SLOs, alerting and runbooks implemented
•Week 20–22: security review, secrets migration, backup and a genuine restore test
•Week 23–24: deliberate failure injection, incident handled and documented, final review
•Certification alignment: AWS Solutions Architect Associate and CKA preparation mapped to modules
•Interview preparation: live Linux troubleshooting, Kubernetes diagnosis, architecture and cost rounds

Tools you will work in

AWSAzureTerraformDockerKubernetesGitHub ActionsPrometheus / GrafanaLinux

What you walk out with

OUTCOME
A deployed multi-service architecture
OUTCOME
IaC repository and CI/CD pipeline
OUTCOME
Architecture decision portfolio

Roles this prepares you for

Salary depends on your city, experience and the strength of your project, so we do not publish package figures we cannot substantiate.

DevOps engineerCloud engineerSite reliability engineerPlatform engineer

Fees and payment

TOTAL PROGRAM FEE
₹49,999
All inclusive. No registration or material charges.
PAYMENT PLAN
₹10,000 × 6
No interest, no processing fee. First instalment at enrolment.
✓  Live classes with a working practitioner
✓  Lifetime access to every recording
✓  Weekly doubt-clearing session
✓  Certified project reviewed by a mentor
✓  Rejoin any future batch free if you fall behind

Cloud Architecture & DevOps Integration training across India

Batches run live online, so the class is identical wherever you join from — same trainer, same time, same fee. No city-based pricing. Classroom batches run in Kolkata, Asansol and Durgapur.

TIER 1 CITIES

Ahmedabad, Bengaluru, Chennai, Delhi, Hyderabad, Kolkata, Mumbai, Pune.

TIER 2 CITIES

Agra, Ajmer, Amritsar, Bhopal, Bhubaneswar, Chandigarh, Coimbatore, Dehradun, Faridabad, Ghaziabad, Gwalior, Indore, Jaipur, Jamshedpur, Kanpur, Kochi, Lucknow, Mysore, Nagpur, Nashik, Patna, Raipur, Surat, Vadodara, Visakhapatnam.

TIER 3 CITIES

Bathinda, Bikaner, Cuttack, Etawah, Gandhinagar, Hajipur, Hosur, Jhansi, Junagadh, Madurai, Mathura, Meerut, Rajahmundry, Rohtak, Roorkee, Salem, Udaipur, Vijayawada.

See all locations across India →

Cloud Architecture & DevOps Integration — frequently asked questions

Still unsure? Call an advisor on +91 90888 39993.

What is the Cloud Architecture & DevOps Integration course fee in India?+

The Cloud Architecture & DevOps Integration course fee at Careers Ninza is ₹49,999, inclusive of everything. You can pay it as ₹10,000 × 6 under our No-Cost EMI plan, with no interest and no processing charge. The fee covers all live classes, lifetime recordings, weekly doubt-clearing sessions, assessments, the mentor-reviewed capstone project and placement assistance.

Is Cloud Architecture & DevOps Integration available online across India?+

Yes. Every batch runs live online, so you can join Cloud Architecture & DevOps Integration from anywhere in India. We currently have students from Kolkata, Asansol, Durgapur, Siliguri, Howrah, Gwalior, Patna, Ranchi, Bhubaneswar, Guwahati, Pune, Mumbai and many other cities, plus learners outside India. On-site delivery is available in Kolkata, Asansol and Durgapur, and on request in other cities for corporate or campus groups.

How long is the Cloud Architecture & DevOps Integration course and what is the weekly time commitment?+

Cloud Architecture & DevOps Integration runs for 6 months. Plan on six to eight hours a week: two live weekday evening sessions plus project work, with occasional weekend workshops. Working professionals complete it without taking leave.

Do I need prior experience to join Cloud Architecture & DevOps Integration?+

Beginner to job-ready. The course starts from first principles and the mentor calibrates pace to the batch. Basic comfort with a computer is enough; no prior coding background is assumed. If a specific prerequisite genuinely matters for your goal, the advisor will tell you honestly on the counselling call rather than take the enrolment.

Who teaches Cloud Architecture & DevOps Integration?+

A working practitioner in the field, not a full-time trainer. Careers Ninza has more than 100 industry mentors who teach while still doing the job, so the examples come from current work rather than a textbook. You can ask which mentor is assigned to your batch before enrolling, or meet them at a free live masterclass.

What will I build during the Cloud Architecture & DevOps Integration course?+

One real capstone project, scoped in the first fortnight and carried through every module: a deployed multi-service architecture. It is reviewed by your mentor with written feedback, and it is what interviewers or clients actually discuss with you afterwards.

Is the Cloud Architecture & DevOps Integration certificate recognised?+

You receive a verifiable Careers Ninza industry certificate with a unique ID and a public verification link, issued by Ninza Career Solutions Pvt. Ltd. once your project is accepted. It is an industry certificate, not a government-accredited degree or diploma, and we say so plainly. Its weight comes from the reviewed project behind it.

Does Cloud Architecture & DevOps Integration include placement support?+

Yes. Long-term programs include portfolio review, resume and LinkedIn clinics, mock interviews with working professionals, and referrals to our hiring partner network, for twelve months after completion. There is no success fee and no income-share agreement. We do not guarantee employment, and we would be cautious of any institute that does.

What career roles does Cloud Architecture & DevOps Integration prepare me for?+

DevOps engineer, Cloud engineer, Site reliability engineer, Platform engineer. Salary depends on your city, prior experience and the strength of your project, so we do not publish package figures we cannot substantiate; an advisor will give you an honest band for your target role and city.

What if I miss classes or fall behind in Cloud Architecture & DevOps Integration?+

Every session is recorded and stays yours for life. There is a weekly doubt-clearing slot where you can bring your own work, and if you fall too far behind you may rejoin any future batch of Cloud Architecture & DevOps Integration free of charge, with no conditions.

How is Cloud Architecture & DevOps Integration at Careers Ninza different from a recorded online course?+

It is live and never pre-recorded. There is no cheaper self-paced tier, because removing the live class removes the reason the course works. Batches are capped so a quiet student still gets asked questions, and the mentor reviews your project personally rather than auto-marking a quiz.

Can I see a Cloud Architecture & DevOps Integration class before paying?+

Yes. Careers Ninza runs free live masterclasses every week. Reserve a seat, watch a practitioner teach for ninety minutes, ask questions, and then decide. To enrol or to ask which batch suits you, call +91 90888 39993 or message us on WhatsApp.

How do I enrol in Cloud Architecture & DevOps Integration?+

Call +91 90888 39993, email [email protected], or send an enquiry on WhatsApp from this page. An advisor confirms whether Cloud Architecture & DevOps Integration fits your goal, then sends written confirmation of your batch, the fee and No-Cost EMI of ₹10,000 × 6. Seats are capped, so batches close once full.

Cloud Architecture & DevOps Integration across India — city questions

Same class, same fee, same mentor, wherever you are.

Is Cloud Architecture & DevOps Integration available in my city?+

Yes. Every batch runs live online, so learners across India attend the same class in real time — including Visakhapatnam, Guwahati, Patna, Ahmedabad, Surat, Vadodara, Rajkot, Faridabad, Gurugram, Bengaluru and every other city and town. There is no separate recorded version for students outside Kolkata, and no city has a different curriculum.

Does the Cloud Architecture & DevOps Integration course fee change by city?+

No. The fee is ₹49,999 everywhere in India, with the same No-Cost EMI of ₹10,000 × 6. We do not price differently for metro and non-metro learners, and there are no travel or centre charges for online batches.

Do you have a classroom centre near me?+

Classroom batches run in Kolkata, Asansol and Durgapur. Everywhere else in India is served by live online delivery, which most working professionals and students prefer. On-site delivery in other cities is available for corporate teams and college groups on request.

What are the batch timings for people in different time zones within India?+

India runs on a single time zone, so timings are identical nationwide: weekday evening sessions from 7pm IST with weekend workshops. Every session is recorded and stays yours for life, so a late shift or travel never costs you a module.

Will placement support help me find work in my own city?+

Yes. Our hiring partner network covers roles across Indian cities, and a growing share of openings are remote and open to candidates anywhere in India. We share your profile only with your consent, for a specific role. We do not guarantee employment.

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Seats in every batch are capped

Talk to an advisor for fifteen minutes. We will tell you whether Cloud Architecture & DevOps Integration fits your goal — or which program does instead.

APPLY NOW CALL +91 90888 39993