HashiCorp Terraform Certification Training Course in Gurgaon
Automate Infrastructure using HashiCorp Terraform using IaC (Infrastructure as a Code) templates. Terraform automate infrastructure deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to spin-up infrastructure at runtime before deployment happens. This training will provide hands-on training & covers Terraform modules, workflows, variable & other concepts to speed, scale & automate infrastructure provisioning.
- Develop Infrastructure scripts/templates to automate infra provisioing using Terraform that will reduce costing & speed-up infrastructure deployment.
- Training program will provide interactive sessions with industry professionals
- Realtime project expereince to crack job interviews
- Course Duration - 3 months
- Get training from Industry Professionals
Train using realtime course materials using online portals & trainer experience to get a personalized teaching experience.
Active interaction in sessions guided by leading professionals from the industry
Gain professionals insights through leading industry experts across domains
24/7 Q&A support designed to address training needs
HashiCorp Terraform Certification Course Overview
Shape your carrer in Terraform (Cloud Infrastructure provisioning) with certification in Terraform. This training helps to understand how to Automate Infrastructure using HashiCorp Terraform using IaC (Infrastructure as a Code) templates. Terraform automate infrastructure deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to spin-up infrastructure at runtime before deployment happens. This training will provide hands-on training & covers Terraform modules, workflows, variables & other concepts to speed, scale & automate infrastructure provisioning.
- Benefit from ongoing access to all self-paced videos and archived session recordings
- Success Aimers supports you in gaining visibility among leading employers
- Industry-paced training with realtime scenarios using Terraform tools (Terraform cloud, terraform CLI, CI/CD & others) for infrastructure automation.
- Real-World industry scenarios with projects implementation support
- Live Virtual classes heading by top industry experts alogn with project implementation
- Q&A support sessions
- Job Interview preparation & use cases
Explain Terraform Engineers?
Terraform Engineers automate Infrastructure using HashiCorp Terraform while writing the IaC (Infrastructure as a Code) templates. Terraform automate infrastructure deployment on Hybrid Cloud platforms (AWS, Azure, GCP & others) & integrate it with DevOps pipelines to spin-up infrastructure at runtime before deployment happens. These templates will be integrated to the DevOps pipeline to infrastructure
at runtime before the actual deployment happens.
Role of Terraform Engineer?
Terraform Engineers automate Infrastructure using HashiCorp Terraform while writing the IaC (Infrastructure as a Code) templates.
Responsibilities include:
- Terraform engineers use Visual Studio & others IDE’s to write terraform scripts to automate infrastructure deployment.
- Terraform Engineers manages the end-to-end Infrastructure deployment life cycle using Terraform workflow and IaC templates.
- Develop and Design Terraform workflows that automation cloud infrastructure securely & seamlessly
- Success Aimers helps aspiring Terraform professionals to build, deploy, manage cloud environments using IaC templates effectively & seamlessly.
- Deploying Terraform scripts within cloud infrastructure securely & seamlessly.
Who should opt for Terraform Engineer course?
Terraform course accelerates/boost career in DevOps & Cloud organizations.
- Terraform Engineers – Terraform Engineers manages the end-to-end Infrastructure deployment life cycle using Terraform workflow and IaC templates.
- DevOps Engineers – Implementing DevOps Pipelines using CI/CD & Terraform Tools.
- Terraform Developers – Automated deployment workflows using CI/CD & Terraform Tools.
- DevOps Architect – Leading DevOps initiative within enterprise.
- Cloud and Infrastructure Engineers – Deploying Application using DevOps automation tools including Terraform across environments seamlessly and effectively.
Prerequisites of Terraform Engineer Course?
Prerequisites required for the Terraform Engineer Certification Course
- High School Diploma or a undergraduate degree
- Python + JSON/YAML scripting language
- IT Foundational Knowledge along with DevOps and cloud infrastructure skills
- Knowledge of Cloud Computing Platforms like AWS, AZURE and GCP will be an added advantage.
Kind of Job Placement/Offers after Terraform Engineer Certification Course?
Job Career Path in Infrastructure(Cloud)Â Automation using Terraform
- Terraform Engineer – Develop & Deploying Terraform scripts within cloud infrastructure using Terraform & similar tools.
- Terraform Automation Engineer – Design, Developed and build automated workflows to drive key business processes/decisions.
- DevOps Architect – Leading DevOps initiative within enterprise.
- DevOps Engineers – Implementing DevOps Pipelines using CI/CD & Terraform Tools.
- Cloud and Infrastructure Engineers – Deploying Application using DevOps automation tools including Terraform across environments seamlessly and effectively.
| Training Options | Weekdays (Mon-Fri) | Weekends (Sat-Sun) | Fast Track |
|---|---|---|---|
| Duration of Course | 2 months | 3 months | 15 days |
| Hours / day | 1-2 hours | 2-3 hours | 5 hours |
| Mode of Training | Offline / Online | Offline / Online | Offline / Online |
Hashicorp Terraform Course Curriculum
Start your career in mastering Infrastructure automation with HashiCorp Terraform IaC templates through hands-on training that deploys across hybrid clouds (AWS, Azure, GCP and beyond) while seamlessly integrating with DevOps pipelines for runtime provisioning. This course covers Terraform modules, variables, workflows, and advanced concepts to accelerate, scale, and fully automate infrastructure deployment for modern enterprise environments.
AWS HashiCorp Certified: Terraform Associate
Introduction
- Basics of Infrastructure as Code (IAC)
- Choosing Right IAC Tool
Getting Started & Setting Up Labs
- Installation Process of Terraform – New
- Install Terraform for Windows
- Install Terraform for Linux
- Install & Setup Source Code Editor
- Choosing Right IDE for Terraform
- Visual Studio Code Extensions
- Setting up AWS account
Deploying Infrastructure with Terraform
- Creating first EC2 instance with Terraform
- Understanding Resources & Providers
- Destroying Infrastructure with Terraform
- Understanding Terraform State Files
- Understanding Desired and Current states
- Terraform Provider Versioning
Read, Generate, Modify Configurations
- Understanding Attributes and Output Values in Terraform
- Referencing Cross-Account Resource Attributes
- Terraform Variables
- Data Types for Variables
- Fetching Data from Maps and List in Variable
- Count and Count Index
- Conditional Expressions
- Local Values
- Terraform Functions
- Data Sources
- Filters in Data Sources
- Debugging in Terraform
- Terraform Format
- Validating Terraform Configuration Files
- Load Order & Semantics
- Dynamic Blocks
- Tainting Resources
- Splat Expressions
- Terraform Graph
- Saving Terraform Plan to File
- Terraform Output
- Terraform Settings
- Dealing with Large Infrastructure
- Zipmap Function
- Challenges with Count Meta-Argument
- Data Type – SET
- for-each in Terraform
Terraform Provisioners
- Understanding Provisioners in Terraform
- Types of Provisioners
- Implementing remote-exec provisioners
- Implementing remote-exec provisioners
- Creation-Time & Destroy-Time Provisioners
- Failover Behaviour for Provisioners
- Null Resource
Terraform Modules & Workspaces
- Understanding DRY Principle
- Implementing EC2 Module with Terraform
- Variables & Terraform Modules
- Using Locals with Modules
- Referencing Module Outputs
- Terraform Registry
- Requirement for Publishing Modules in Terraform Registry
- Terraform Workspace
Remote State Management
- Integrating with GIT for team management
- Security Challenges in Committing TFState to GIT
- Module Sources in Terraform
- Terraform and. gitignore
- Terraform Backends
- Implementing S3 Backends
- State File locking
- Integrating DynamoDB with S3 for state locking
- Terraform State Management
- Cross-Project Collaboration using Remote State
- Implementing Remote States Connections
- Importing Existing Resources with Terraform Import
Security Primer
- Handling Access & Secret Keys the Right Way in Providers
- Terraform Provider Use Case – Resources in Multiple Regions
- Handling Multiple AWS Profiles with Terraform Providers
- Terraform & Assume Role with AWS STS
- Sensitive Parameter
- Overview of HashiCorp Vault
- Terraform & VAULT Integration
Terraform Cloud and Enterprise Capabilities
- Overview of Terraform Cloud
- Overview of Sentinel
- Overview of Remote Backend
- Air Gapped Environments
Terraform Challenges
- Overview of Terraform Challenges
- Document – Terraform Challenges Repository
- Cloning Git Repository for Challenges
- Overview of Terraform Challenge – 1
- Overview of Terraform Challenge – 2
- Overview of Terraform Challenge – 3
- Terraform Challenge 3 – and Hints
- Overview of Challenge 4
- Terraform Challenge 4 – and Hints
Azure HashiCorp Certified: Terraform Associate
Introduction
- Basics of Infrastructure as Code (IAC)
- Choosing Right IAC Tool
Infrastructure as Code
- Introduction to IAC & Terraform
Terraform – Install CLI Tools
- Install VSCode Editor and Configure Course Git Repo
- Install Azure CLI and Git Client
- Install Terraform Tools on Windows OS
Terraform Command Basics
- Step-01: Introduction to Terraform Workflow using Terraform Commands
- Step-02: Review Terraform manifests
- Step-03: Execute Terraform core commands
Terraform Language Basics
- Step-01: Terraform Configuration Syntax
- Step-02: Terraform Arguments, Meta-Arguments and Attributes
- Step-03: Understand about Terraform Top Level Blocks
Terraform Settings & Providers Block
- Step-01: Terraform Settings Block Introduction
- Step-02: Understand required_version in Terraform Block
- Step-03: Terraform Provider Introduction
- Step-04: Understand required_providers in Terraform Block and Provider Block
- Step-05: Terraform Apply and Destroy Commands Auto Approve Option
Terraform Multiple Providers
- Step-01: Terraform Multiple Providers Introduction
- Step-02: Implement Terraform Multiple Providers & Clean-Up
Terraform Dependency Lock File
- Step-01: Terraform Dependency Lock File Introduction
- Step-02: Review c1-versions.tf, Create RG and Random String Resource
- Step-03: Create Terraform Storage Account Resource
Terraform Resource Syntax, Behaviour and State
- Step-01: Terraform Resource Syntax Introduction
- Step-02: Create TF Config for Virtual Network
- Step-03: Create TF Config for Subnet, Public IP and Network Interface
- Step-04: Terraform Resource Behavior Introduction
- Step-05: Resource Behavior: Create Resource Demo
- Step-06: Understand Terraform State in detail
- Step-07: Resource Behavior: Update-In-Place, Destroy-Recreate and Destroy Demo’s
Terraform Meta-Argument depends_on
- Step-00: All Meta-Arguments Introduction
- Step-01: Introduction to Meta-Argument depends_on
- Step-02: Execute TF Commands without depends_on and understand Terraform Behavio
- Step-03: Execute TF Commands with depends_on and understand Terraform Behavior
Provision Azure Linux VM using Terraform, file and filebase64 functions
- Step-01: Introduction to Azure Linux VM using Terraform
- Step-02: Create TF Config for Azure Linux VM
- Step-03: Review CloudInit file for custom_data and filebase64 function
- Step-04: Execute TF Commands, Verify and Clean-Up Azure All resources
Terraform Meta-Argument count with Element Function and Splat Expression
- Step-01: Introduction to Meta-Argument count
- Step-02: Meta-Argument Count – Azure Resource Group Demo
- Step-03: Introduction to Meta-Argument count for Azure Linux VM
- Step-04: Learn Terraform Element, Length Functions and Splat Expressions
- Step-05: Apply Element Function, Splat Expression to VMNIC and Linux VM
Terraform Meta-Argument for_each with Maps, Set of Strings and Chaining
- Step-01: Introduction to Meta-Argument for_each
- Step-02: Meta-Argument for_each with Maps Demo
- Step-03: for_each – Set of Strings Introduction and Terraform Console Command wi
- Step-04: Implement for_each with set of strings
- Step-05: for_each chaining Introduction and Review TF Configs
- Step-06: Implement for_each chaining
Meta-Argument Lifecycle create_before_destroy, prevent_destroy, and ignore_change
- Step-01: Lifecycle Meta-Argument Introduction
- Step-02: Explore default resource behavior – Delete and Recreate Resource
- Step-03: Lifecycle Meta-Argument create_before_destroy demo
- Step-04: Lifecycle Meta-Argument prevent_destroy demo
- Step-05: Without Lifecycle Meta-Argument ignore_changes understand Terraform beh
- Step-06: Lifecycle Meta-Argument ignore_changes demo
Terraform Input Variables
- Step-00: Terraform Input Variables Overall Introduction
- Step-01: Define Terraform Input Variable
- Step-02: Terraform Input Variable Basics Demo
- Step-03: Terraform Input Variables – Assign When Prompted demo
- Step-04: Terraform Input Variables – CLI Argument -var
- Step-05: Terraform Input Variables – CLI Argument -var by generating a TF Plan f
- Step-06: Terraform Input Variables – Override with Environment Variables
- Step-07: Terraform Input Variables – Override with terraform.tfvars
- Step-08: Terraform Input Variables – anyfilename.tfvars with -var-file argument
- Step-09: Terraform Input Variables – understand .auto.tfvars
- Step-10: Terraform Input Variables – Review TF Configs for List Item
- Step-11: Terraform Input Variables – Create List Variable, Verify and CleanUp
- Step-12: Terraform Input Variables – Review TF Configs for Maps Item
- Step-13: Terraform Input Variables – lookup function
- Step-14: Terraform Input Variables – Create Map Variables, Verify and CleanUp
- Step-15: Terraform Functions: Length, Substring, Lower, Upper and Contains
- Step-16: Terraform Input Variables – Validation Rules with OR and contains funct
- Step-17: Terraform Input Variables – Validation Rules with regex and can function
- Step-18: Terraform Input Variables – Sensitive Introduction
- Step-19: Terraform Input Variables – Define Sensitive, bool and Number Variables
- Step-20: Terraform Input Variables – Create Azure MySQL Server Resources
- Step-21: Terraform Input Variables – Create Azure MySQL DB, Test and CleanUp
- Step-22: Terraform Input Variables – Structural Type Object Introduction
- Step-23: Terraform Input Variables – Create TF Configs of ST Object
- Step-24: Terraform Input Variables – Execute TF Commands, Verify and CleanUp ST
- Step-25: Terraform Input Variables – Create TF Configs for ST Tuple
- Step-26: Terraform Input Variables – Run TF Plan and Verify tuple var value repl
- Step-27: Terraform Input Variables – Introduction to Collection Type set
- Step-28: Terraform Input Variables – Review TFConfigs for CT Set
- Step-29: Terraform Input Variables – Execute TF Commands, Verify and CleanUp CT
Terraform Output Values
- Step-00: Output Values Introduction
- Step-01: Create Basic Output Values and Review TF Configs
- Step-02: Execute TF Commands, Verify and learn about “terraform output” command
- Step-03: Output Values with Sensitive flag and also “terraform output -json”
- Step-04: Output Values with Meta-Argument count and Splat Expression
- Step-05: Output Values with Meta-Argument for_each and For Expression – Introduc
- Step-06: Create List Outputs
- Step-07: Create Map Outputs and use key and values functions
Terraform Local Values
- Step-01: Terraform Local Values Introduction
- Step-02: Create Local Values Terraform Config
Terraform Conditional Expressions
- Step-01: Terraform Conditional Expressions Introduction and Create TF Configs
- AZHCTA-36-02-TFCE-Conditional-Expressions-Execute-TFCommands-Verify-CleanUp
- AZHCTA-36-03-TFCE-Conditional-Expressions-in-a-Resource-Demo
Terraform Data sources
- Step-01: Terraform Datasources Introduction
- Step-02: Create Datasource for Resource Group Resource
- Step-03: Create Datasource for Virtual Network
- Step-04: Create Datasource for Azure Subscription
Terraform Remote State Storage and Locking using Azure Storage Account
- Step-01: Introduction to Terraform Remote State Storage and Locking
- Step-02: Create Azure Storage Account and Container
- Step-03: Create TF Backend Block with Azure Storage Account and Review TF Config
- Step-04: Execute TF Commands, Verify Remote State Storage and Locking Features
- Step-05: Understand Azure Storage Account TF State File Versioning and CleanUp
Terraform Remote State Datasource with two Terraform Projects
- Step-01: Introduction to Terraform Remote State Datasource
- Step-02: Review and Create Project-1 Network Resources
- Step-03: Review Project-2-app1 TF Configs
- Step-04: Execute TF Commands for Project-2 Verify and CleanUp both Projects
Terraform State Commands – show, state, force-unlock, taint, untaint, -target
- Step-01: Terraform Show Command to read Terraform Plan Files
- Step-02: Terraform Show Command to read Terraform State Files
- Step-03: Terraform State List and Show Commands
- Step-04: Terraform State mv command
- Step-05: Terraform State rm command and replace-provider command
- Step-06: Terraform State Push Pull and Force-Unlock Commands
- Step-07: Terraform Taint and Untaint Commands
- Step-08: Terraform Plan and Apply – “-target” option for Resource Targeting
Terraform apply refresh-only command
- Step-01: Introduction to “terraform apply -refresh-only” command
- Step-02: Execute TF Commands with “terraform apply -refresh-only” and Clean-Up
Terraform CLI Workspaces with Local and Remote Backends
- Step-01: Introduction to Terraform CLI Workspaces
- Step-02: Review TF Configs and understand terraform.workspace variable
- Step-03: Create Resources in default workspace and learn commands workspace list
- Step-04: Create new workspace, create resources and understand state files
- Step-05: Learn to delete resources in workspaces and deleting workspaces
- Step-06: Implement CLI Workspaces with Remote State Storage Backend
Terraform Provisioners – File, remote-exec and local-exec
- Step-00: Terraform Provisioners Overall Introduction
- Step-01: Understand File Provisioner, Self Object and Create Connection Block
- Step-02: Understand Creation-Time Provisioner and Create File Provisioners
- Step-03: Execute TF Commands and Verify Files provisioned to Linux VM
- Step-04: Provisioners on_failure = continue or fail verify and cleanup
- Step-05: Remote-exec Provisioner Demo
- Step-06: Local-exec Provisioner Demo
Terraform Null Resource, Time Provider, Triggers in Null Resource
- Step-01: Understand Null and Time Resources and Create Time Resource
- Step-02: Create Null Resource, File and remote-exec Provisioners and Triggers
- Step-03: Execute TF Commands, Verify Static Content and Understand more about null
Terraform Import Command
- Step-01: Understand Terraform Import and Import Resource Group
- Step-02: Create RG Resource by referring TFSTATE file, Verify and CleanUp
Terraform Modules – Use Public Registry Module
- Step-00: Terraform Modules – Overall Introduction
- Step-01: Understand Terraform Modules and its features
- Step-02: Create VNET Module and reference it in VMNIC Resource
- Step-03: Execute TF Commands, Verify VNET, Subnet and Access Sample App
Terraform Azure Static Website
- Step-01: Create Static Website manually using Azure Storage Account
- Step-02: Create TF Configs for Static Website Automation
- Step-03: Execute TF Commands, Verify Static Website and CleanUp
Terraform Modules – Build Local Terraform Module
- Step-01: Understand about Child Modules and Create it
- Step-02: Create Root Module TF Configs
- Step-03: Execute TF Commands, Verify and CleanUp Static Website created
- Step-04: Understand Terraform get command
Terraform Modules – Publish to Terraform Public Registry
- Step-01: Create Git Repo and Commit Static Website TF Module Files and Create 1.
- Step-02: Publish the Module to Terraform Public Registry and Verify
- Step-03: Create Root Module and call public registry module newly published
- Step-04: Learn Module Management in Public Registry and Module Versioning
Terraform Modules Sources
- Step-01: Implement Terraform Module Sources – Multiple Options
Terraform Cloud - Version Control Workflow
- Step-00: Overall Introduction to Terraform Cloud
- Step-01: Introduction to Terraform Cloud VCS Driven Workflow
- Step-02: Create Git Repo and Check-In TF Configs
- Step-03: Create Terraform Cloud Account, Create Organization and Enable Trial Pl
- Step-04: Create Terraform Cloud Workspace with advanced settings
- Step-05: Create Azure Service Principal Client and Client Secret
- Step-06: Add Env Variables in TF Cloud and Run Queue Plan and Verify
- Step-07: Trigger Runs when change happens to Git Repo, Test Auto Apply General S
- Step-08: Learn Workspace Settings Notifications, Run Triggers, SSH Keys, Version
Terraform Cloud – Private Module Registry
- Step-01: Introduction to Terraform Private Module Registry
- Step-02: Create Git Repo and Publish 1.0.0 release
- Step-03: Create Github Oauth Connection and Publish Private Module in TF Cloud
- Step-04: Create TF Configs, Use Source as Private Module and Execute TF Commands
Terraform Cloud – CLI Driven Workflow
- Step-01: Terraform Cloud CLI Driven Workflow – Introduction
- Step-02: Review TF Configs and Configure Remote Backend as TF Cloud and Run TF L
- Step-03: Configure AZ ENV Variables in TF Workspace and Run Terraform Apply and
Terraform Cloud – Migrate State to Terraform Cloud
- Step-01: Firstly, Provision Infra with local Backend
- Step-02: Migrate Local Backend State to Terraform Cloud
- Step-03: Provision new resources and test and run destroy plan from TF Cloud
Terraform Cloud – Sentinel Policies
- Step-00: Overall Introduction to Terraform Sentinel Policies
- Step-01: Introduction to Terraform Sentinel Policies and Review TF Configs
- Step-02: Understand Terraform Governance Git Repo and its importance when using
- Step-03: Review Sentinel Policies and Understand Enforcement Levels
- Step-04: Create Git Repo with Sentinel Policies and TFCloud Policy Set
- Step-05: Test Sentinel Enforcement Levels
Terraform Cloud – Sentinel Foundational Policies
- Step-01: Understand Foundational CIS Policies and Check-In Git Repo
- Step-02: Create Policy Set and Test
Terraform Dynamic Blocks
- Step-01: Introduction to Terraform Dynamic Blocks
- Step-02: Create NSG Resource without Dynamic Block
- Step-03: Create NSG with Dynamic Block, Verify and CleanUp
Terraform Debug
- Step-01: Implement Terraform Debug
- Step-02: Implement Terraform Debug Permanently in Linux, MacOs and Windows
Terraform Override Files
- Step-01: Understand Override Files Concept and Implement Demo1 override.tf
- Step-02: Implement Demo2 somefilename_override.tf and understand. gitignore
Terraform – Manage Providers
- Step-01: Terraform Providers, providers lock and version commands
- Step-02: Terraform Providers Mirror and Schema Commands
Azure Terraform VS Code Plugin
- Step-01: Install Graphviz, NodeJS, AZ VSCODE Terraform Extension
- Step-02: RUN TF Commands in VSCode Integrated Terminal
- Step-03: RUN TF Commands in Azure CloudShell Terminal using VSCode
Hours of content
Live Sessions
Software Tools
After completion of this training program you will be able to launch your carrer in the world of Terraform being certified as HashiCorp Terraform Certified Professional.
With the Terraform Certification in-hand you can boost your profile on Linked, Meta, Twitter & other platform to boost your visibility
- Get your certificate upon successful completion of the course.
- Certificates for each course
- Terraform
- DevOps
- CI/CD
- Service MESH
- Azure DevOps
- AWS DevOps
- AWS ECR
- Azure Container Registry
- Jenkins
- Ansible
- Grafana
- Kubernetes
- Terraform Cloud
- Docker
45% - 100%
Designed to provide guidance on current interview practices, personality development, soft skills enhancement, and HR-related questions
Receive expert assistance from our placement team to craft your resume and optimize your Job Profile. Learn effective strategies to capture the attention of HR professionals and maximize your chances of getting shortlisted.
Engage in mock interview sessions led by our industry experts to receive continuous, detailed feedback along with a customized improvement plan. Our dedicated support will help refine your skills until your desired job in the industry.
Join interactive sessions with industry professionals to understand the key skills companies seek. Practice solving interview question worksheets designed to improve your readiness and boost your chances of success in interviews
Build meaningful relationships with key decision-makers and open doors to exciting job prospects in Product and Service based partner
Your path to job placement starts immediately after you finish the course with guaranteed interview calls
Why should you choose to pursue a Terraform course with Success Aimers?
Success Aimers teaching strategy follow a methodology where in we believe in realtime job scenarios that covers industry use-cases & this will help in building the carrer in the field of DevOps & also delivers training with help of leading industry experts that helps students to confidently answers questions confidently & excel projects as well while working in a real-world
What is the time frame to become competent as a Terraform engineer?
To become a successful Terraform Engineer required 1-2 years of consistent learning with dedicated 3-4 hours on daily basis.
But with Success Aimers with the help of leading industry experts & specialized trainers you able to achieve that degree of mastery in 6 months or one year or so and it’s because our curriculum & labs we had formed with hands-on projects.
Will skipping a session prevent me from completing the course?
Missing a live session doesn’t impact your training because we have the live recorded session that’s students can refer later.
What industries lead in Terraform implementation?
Manufacturing
Financial Services
Healthcare
E-commerce
Telecommunications
BFSI (Banking, Finance & Insurance)
“Travel Industry
Does Success Aimers offer corporate training solutions?
At Success Aimers, we have tied up with 500 + Corporate Partners to support their talent development through online training. Our corporate training programme delivers training based on industry use-cases & focused on ever-evolving tech space.
How is the Success Aimers Terraform Certification Course reviewed by learners?
Our Terraform Engineer Course features a well-designed curriculum frameworks focused on delivering training based on industry needs & aligned on ever-changing evolving needs of today’s workforce due to IaC.
Also our training curriculum has been reviewed by alumi & praises the thoroguh content & real along practical use-cases that we covered during the training. Our program helps working professionals to upgrade their skills & help them grow further in their roles…
Can I attend a demo session before I enroll?
Yes, we offer one-to-one discussion before the training and also schedule one demo session to have a gist of trainer teaching style & also the students have questions around training programme placements & job growth after training completion.
What batch size do you consider for the course?
On an average we keep 5-10 students in a batch to have a interactive session & this way trainer can focus on each individual instead of having a large group
Do you offer learning content as part of the program?
Students are provided with training content wherein the trainer share the Code Snippets, PPT Materials along with recordings of all the batches
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