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DevOps Training
in Hyderabad
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Certification aligned to:
- Advanced Certification Training Program by Ethan’s.
- 03 Months technical training program with hybrid classes (online + offline), ideal for learners looking for DevOps training or DevOps classes in Hyderabad.
- Suitable for college students, graduates, postgraduates, candidates with a career gap, and early professionals.
- Start from scratch – no prior experience needed, all prerequisites will be covered.
- Next-Gen curriculum designed for modern CI/CD, cloud automation, and DevOps workflows in the era of AI-driven engineering.
31st Dec
Next Batch
03 Months
Course Duration
Hybrid
Online + Offline
5 LPA
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Devops Training in Hyderabad
Ethans Tech’s DevOps Program is a methodology that merges the processes of Software Development (Dev) and Information Technology Operations (Ops) in order to expedite the system development life cycle and ensure consistent delivery of high-quality software. Essentially, DevOps embodies a culture of accomplishment, where the focus is on continuous improvement as opposed to a specific endpoint.
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About the Course
Certified DevOps Training in Hyderabad
What do you mean by DevOps Training at Ethans Tech - Most Promising Course
DevOps is a buzzword in recent times and a lot of people and organizations are using it frequently. There’s no single right answer for the question,’What is DevOps? and what it offers’. It’s all about perception, experience and understanding of the culture of the organizations and how it fits in the current era. DevOps classes in Hyderabad provides you in-depth knowledge of various major and minor DevOps tools including Git, Mavens, Chef, AWS, Ansible, Jenkins, Grafana, Docker, Kubernetes, Puppet & Terraform. It’s endorsed in a precise way, that helps one in becoming a certified practitioner through best practices in Continuous Development, Continuous Testing, Configuration Management and Continuous Integration, and finally, continuous monitoring of software throughout its development life cycle.
What are Benefits of DevOps ?
- Ensure faster deployment: Faster and more frequent delivery of updates and functions will not only fulfill the clients however may also assist your organization takes a corporation to stand in a competitive market.
- Stabilize work environment: Do you realize that the anxiety concerned in the release of recent functions and fixes or updates can topple the stability of your workspace and reduce the overall productivity? Improve your work environment with a steady and well-balanced approach of operation with DevOps practice.
- Enormous Improvement in Product Quality: Collaboration among development and operation teams and frequent capturing of user feedback leads to considerable development in the quality of the product.
- Automation in repetitive tasks leaves extra room for innovation: DevOps has more advantages while as compared to the traditional version because it allows in detecting and correcting issues fast and efficiently. As the issues are again and again examined via automation, the team receives more time in framing new ideas.
- Transparency results in excessive productivity: With the removal of the silo(ing) and promoting collaboration, this method permits for smooth communication between the various team members, making them extra targeted in their specialized field. Therefore, incorporating DevOps practices has also caused an upsurge in productivity and efficiency among the employees of a company.
Why to Learn DevOps at Ethans Tech - Most Promising Team
As per the study, the adoption rate increased significantly from 2015 – 2020.
- 2015 – 66% of organizations were adopting DevOps, 19% weren’t adopting DevOps and 15% were undecided.
- 2016 – 74% of organizations were adopting DevOps, 16% weren’t adopting DevOps and 10% were undecided.
- 2019 – 82% of organizations were adopting DevOps, 8% weren’t adopting DevOps and 10% were undecided.
Team at Ethans Tech is talented DevOps SME deliver DevOps Training in Hyderabad since 2015, our strong DevOps skills given 14000+ DevOps engineers to Hyderabad market.
What are the Top 5 Reasons to Learn DevOps at Ethans Tech - Most Promising Gateway of Success
In a nutshell, there are top five reasons why the industry has been speedy to adopt DevOps principles:
1. Shorter Development Cycles, Faster Innovation –
When development and operations teams are in separate silos, it’s usually difficult to tell if an application is ready for operations. When development teams simply turn over an application, the operations cycle times are extended inessential. With an integrated development and operations team, applications are ready for use much more rapidly. This is mandatory, as companies succeed based on their ability to innovate speedily than their competitors do. In fact, Kevin Murphy from Red Hat estimates that shorter development cycles translate to bringing an application to market 60 percent faster than with traditional approaches.
2. Reduced deployment failures, Rollbacks and Time to Recover –
Teams experience deployment failures due to programming deficiency. The shorter development cycles with DevOps encourage more frequent code releases. This, in turn, makes it quite easy to make out code defects. Hence, teams can reduce the number of deployment failures using agile programming norms that call for collaboration and modular programming. Rollbacks are equally easier to manage because, when necessary, only some modules are affected. Time to recover is a very important issue, as some non-performance has to be anticipated. But, recovery is much quicker when the development and operations teams have been working together, exchanging ideas and accounting for both teams’ challenges during development.
3. Improved Communication and Collaboration –
DevOps refine the software development culture. Combined teams are happier and more productive. The culture becomes focused on performance rather than individual goals. When the teams trust each other, they can experiment and innovate more effectively. The teams can focus on getting the product to market or into production, and their KPIs should be structured accordingly. It’s no longer a matter of “turning over” the application to operations and waiting to see what happens. Operations don’t need to wait for a different team to troubleshoot and fix an obstacle. The process becomes increasingly seamless as all individuals work toward a common goal.
4. Increased Efficiency
Increased efficiency helps to speed the development process and make it less prone to error. There are ways to automate DevOps tasks. Continuous integration servers automate the process of testing code, reducing the amount of manual work required. This means that software engineers can focus on completing tasks that can’t be automated. Acceleration tools are another opportunity for increasing efficiency. For example: Scalable infrastructures, such as cloud-based platforms, increase the access the team has to hardware resources. As a result, testing and deployment operations speed up. Build acceleration tools can be used to compile code more quickly. Parallel workflows can be embedded into the continuous delivery chain to avoid delays; one team waits for another to complete its work.
5. Reduced Costs and IT Headcount
All of the DevOps benefits translate to reduced overall costs and IT headcount requirements. According to Kevin Murphy from Red Hat, DevOps development teams require 35 percent less IT staff and 30 percent lower IT costs. Average Salary given to a DevOps Engineer is around $127,231 per annum.
- Leader and Compute Nodes
- Node Slices
- Columnar Storage for performance
- Economics of Redshift
- Key differentiators
- Common use cases
What is the outlook for the future of DevOps?
- The outlook for the future of DevOps is optimistic, as more and more organizations recognize its benefits in software development. With the demand for software products and services increasing, organizations are under immense pressure to deliver software quickly, efficiently, and reliably, and DevOps plays a vital role in achieving this by fostering collaboration and automation between development and operations teams.
- One of the key trends in the future of DevOps is the integration of artificial intelligence (AI) and machine learning (ML) into the DevOps processes. This integration will automate more tasks, analyze data more efficiently, and enable better decision-making about software development and deployment.
- Moreover, the adoption of containerization and microservices architectures is also increasing, which offers greater scalability and flexibility in software development and deployment. Additionally, DevOps practices such as continuous integration and delivery are gaining wider adoption, enabling organizations to deliver software products and services more frequently and with greater confidence.
Overall, the future of DevOps looks bright, as organizations continue to prioritize collaboration, automation, and innovation in their software development processes. The integration of AI/ML, containerization, and continuous integration/delivery will continue to be critical trends shaping the future of DevOps.
Syllabus
Certified DevOps Training in Hyderabad
DevOps Tools Syllabus
The Evolution of DevOps
- Traditional Software Development Models:
- Introduction to the Waterfall Model
- Key Phases of the Waterfall Model (Requirements, Design, Implementation, Testing, Deployment, Maintenance)
- Case Studies: When and Where Waterfall Model Worked
- Limitations and Challenges of Traditional Models:
- Rigidity in Process
- Late Testing and Bug Discovery
- Limited Feedback Loops
- Impact on Delivery Timelines
- Introduction to Agile Methodology:
- Core Principles of Agile (Iterative Development, Customer Collaboration, Responding to Change)
- Comparison: Agile vs. Waterfall
- Advantages of Agile Development:
- Enhanced Flexibility and Adaptability
- Continuous Delivery and Shorter Development Cycles
- Improved Team Collaboration and Communication
- Challenges for Operations Teams in Agile Environments:
- Frequent Deployments and Build Issues
- Resource Provisioning Delays
- Managing Configuration Drift
- Lack of Unified Tools Across Dev and Ops
- Introduction to DevOps:
- Key Principles of DevOps: Collaboration, Automation
- CI/CD
- Monitoring
- IaaC
- Benefits of DevOps
- DevOps tools Intro: Git, Jenkins, Ansible, Terraform, Docker and Kubernetes
- Case Studies: Capital One, Netflix, Target, and Etsy
Version Control Mastery: A Deep Dive into Git
- Basics of Git:
- A brief history of Version Control Systems
- Introduction to Git
- Deploying Git:
- Installation of Git on Windows and Linux systems
- Git initial setup
- Git Basic Commands:
- Fundamentals of Git
- Centralized Git Repository:
- Setting up Github Account
- Pull and Push to Github repository
- The Art of Git Branching:
- Git Branches
- Rebase
- Merge
- Cherry-Pick
- Conflict Resolution with Git
- Git Stashing Techniques:
- Understanding and using stash
- Git Rollback Techniques:
- Reset, Revert & Restore
Docker Unleashed
- Understanding App Architectures and the Shift to Containers:
- Understanding Modern Applications: Monolithic vs Microlithic
- Virtualization vs. Containerization: Understanding the Core Difference
- Docker & CRI Demystified
- Docker Introduction and Command Basics:
- Deploying Docker
- Docker Commands 101
- Crafting Perfect Docker Container Images:
- Containers vs. Images: Demystifying Docker Essentials
- Docker Hub & Registries:
- Understanding Central Container Repository
- Docker Image Creation and Publishing to Central Repositories
- Running Multi-Container Apps with Docker Compose:
- Creating Images using Docker Compose
- Running Containers using Docker Compose
- Orchestrating Containers with Docker Swarm:
- Creating Cluster using Docker Swarm
- Scaling Containers in Docker Swarm
- Rolling Update and Rollback of Containers in Docker Swarm
- Docker Networking and Storage Essentials:
- Networking Docker Containers
- Docker Storage for Containers
Kubernetes Deep Dive
- Introduction to Kubernetes:
- Overview of Kubernetes as a container orchestration platform
- Key features and advantages of Kubernetes
- Brief history and evolution of Kubernetes
- Common use cases and industries using Kubernetes
- Kubernetes Architecture:
- High-level architecture overview: Control Plane and Node components
- Interaction between Kubernetes components
- Overview of key Kubernetes objects: Pods, Services, Deployments, ConfigMaps, and Secrets
- Control Plane Components:
- Introduction to kubectl and its role in interacting with the Kubernetes cluster
- Kube API Server: Central management entity of the cluster
- Kube Controller Manager : Role in maintaining the desired state of the cluster
- Kube Scheduler : Process of scheduling Pods to Nodes
- Kube Proxy : Role in networking and ensuring communication within the cluster
- Node Components:
- Kubelet : Node agent for managing Pod lifecycle
- Container Runtime Interface (CRI)
- Installing Kubernetes Tools:
- Installing and configuring Kubeadm
- Getting started with Minikube for local Kubernetes clusters
- Setting up CRI-O as a container runtime
- Creating Your First Pod:
- Writing a simple Pod manifest file
- Deploying the Pod and troubleshooting common issues
- Understanding the Pod lifecycle and status
- Working with Services in Kubernetes:
- Introduction to Services and their types (ClusterIP, NodePort, Load Balancer)
- Creating and exposing a Service to access Pods
- Concepts of Endpoints and Service Discovery
- Deployments in Kubernetes:
- Writing Deployment manifests for scalable applications
- Managing rollouts and rollbacks using Deployments
- Understanding the relationship between Deployments and Replica Sets
- AWS Container Orchestration:
- Overview of ECS Cluster and its components
- Differences between ECS and Kubernetes
- Setting up an EKS Cluster using the AWS Management Console and CLI
- Working with ECR Repository:
- Introduction to Amazon Elastic Container Registry (ECR)
- Building and pushing Docker images to ECR
- Using ECR Images in EKS:
- Configuring Kubernetes to pull images from ECR
- Creating and running Pods using ECR images in an EKS cluster
- Replica Sets and StatefulSets:
- Differences between Replica Sets, Deployments, and StatefulSets
- Use cases for StatefulSets in managing stateful applications
- Ingress Controllers:
- Understanding Ingress for HTTP and HTTPS routing
- CoreDNS:
- Role of CoreDNS in Service Discovery and DNS management within Kubernetes
Configuration Management with Ansible
- Fundamentals of Ansible:
- Introduction to Configuration Management
- Concepts of Configuration-as-Code
- Intro to Ansible
- Installing Ansible and Lab Setup
- Basic Ansible Configurations:
- Understanding the Configuration File
- Inventory File Basics
- Getting started with Ansible Automation :
- Introduction to ad-hoc tasks
- Common commands for quick automation
- Advance Configuration Automation with Ansible:
- Creating Your First Playbook in YAML
- Playbook for Cloud Provisioning
- Advance Concepts of Ansible:
- Understanding Roles
- Using Variables in Ansible
Building Cloud Infrastructure with Terraform
- Introduction to Infrastructure as Code (IaC):
- Understanding IaC and its benefits
- Comparison of Terraform with other IaC tools
- Introduction to Terraform:
- What is Terraform?
- Key features: architecture, and use cases.
- Installing Terraform and Lab Setup:
- Step-by-step installation on Windows/Linux/Mac
- Setting up a lab environment with cloud providers
- Terraform Basics:
- Terraform workflow: init, plan, apply & destroy
- Writing your first Terraform configuration file
- Understanding Providers:
- What are providers?
- Configuring and using cloud providers (AWS, Azure, GCP)
- Variables and Outputs:
- Defining variables for dynamic configurations
- Using outputs for exporting information
- State Management:
- Terraform state and its importance
- Remote state storage and locking mechanisms
- Terraform Best Practices:
- Writing clean and modular code
- Version control and collaboration tips
Prometheus and Grafana
- Introduction to Monitoring:
- Importance of monitoring in modern infrastructure
- Types of monitoring: system, application, and business metrics
- Overview of Prometheus and Grafana:
- Prometheus: an open-source monitoring and alerting toolkit designed for reliability
- Grafana: an open-source visualization tool used to display metrics stored by Prometheus
- Installing Prometheus:
- Steps to install Prometheus on different environments (Linux, Docker)
- Prometheus configuration (prometheus.yml)
- Configuring Prometheus to scrape metrics:
- Setting up Prometheus to scrape metrics from a sample application
- Explanation of targets in Prometheus configuration
- Introduction to Prometheus metrics types: Counter, Gauge, Histogram & Summary
- Overview of Prometheus Web UI (Prometheus Query Language – PromQL)
- Introduction to Grafana and Integrating with Prometheus:
- Steps to install Grafana on different environments (Linux, Docker)
- Adding Prometheus as a data source in Grafana
- Overview of Grafana dashboards and panels
- Creating Basic Grafana Dashboards:
- How to create a dashboard and add panels
- Using PromQL queries in Grafana panels
- Introduction to common Grafana visualizations (Graph, Gauge, Table)
Simplifying Java Builds with Maven
- Introduction to Maven:
- Overview of Maven and its purpose (build automation tool)
- Maven vs. other build tools (e.g., Gradle, Ant)
- The importance of dependency management and project automation
- Maven Architecture and Concepts:
- Understanding Maven’s architecture: Project Object Model (POM)
- Repositories
- Plugins
- Explanation of a typical Maven project structure (src, target, pom.xml)
- Introduction to Maven lifecycle (clean, default, site phases)
- Setting Up Maven:
- Steps to install Maven on different environments (Windows, Linux, macOS)
- Verifying the installation with mvn -version
- Hands-On Lab:
- Step-by-step guide to create a simple Java project using Maven
- Setting up a pom.xml file with dependencies
- Running Maven commands to compile, test, and package the project
Optimizing Code Quality with SonarQube
- Introduction to SonarQube:
- Overview of SonarQube as a code quality and security management tool
- Key benefits of using SonarQube in a CI/CD pipeline
- SonarQube vs. other static analysis tools (e.g., ESLint, Checkstyle)
- Core Features of SonarQube:
- Code Quality: Finding bugs, vulnerabilities and code smells
- Continuous Inspection: Real-time feedback on code quality
- Languages and frameworks supported by SonarQube
- Integrations with popular CI tools (Jenkins, GitLab, GitHub Actions)
- Installing SonarQube:
- Prerequisites for SonarQube installation (Java, database, etc.)
- Step-by-step guide to installing SonarQube locally or on a server (Docker and non-Docker setups)
- Running SonarQube and accessing the Web UI
- Configuring SonarQube:
- Creating a project in SonarQube and configuring basic settings
- Overview of SonarQube’s dashboard: project overview, issues, measures, and more
- Setting up the SonarQube scanner to analyze your codebase
- Viewing Reports and Analyzing Results:
- Understanding SonarQube’s analysis reports
- Navigating through issues: bugs, vulnerabilities, code smells
- Reviewing code coverage and test reports
Jenkins for CI/CD
- Introduction to Jenkins:
- What is Jenkins?
- Features and advantages of Jenkins in CI/CD pipelines
- Overview of continuous integration and continuous delivery concepts
- Installing Jenkins and Lab Setup:
- Jenkins installation on Windows/Linux/Mac
- Setting up the lab environment for practical sessions
- Jenkins Dashboard Overview:
- Navigating the Jenkins UI
- Understanding jobs, builds, and pipelines
- Creating Your First Jenkins Job:
- Setting up a freestyle project
- Running builds and analyzing results
- Understanding Plugins in Jenkins:
- Role of plugins in extending Jenkins functionality
- Installing and managing plugins
- Source Code Integration:
- Connecting Jenkins with Git/GitHub repositories
- Automating builds with webhooks
- Build Triggers:
- Setting up build triggers: manual, scheduled, and SCM polling
- Automating pipelines with event-driven triggers
- Working with Credentials:
- Managing credentials in Jenkins securely
- Using credentials in pipelines and jobs
- Jenkins Pipeline Basics:
- Introduction to pipelines: declarative vs. scripted
- Writing your first Jenkinsfile
- Project: Building a CI/CD Pipeline:
- Hands-on project to automate a complete CI/CD workflow
Features
Classroom Sessions
Ethans Pune delivers training designed to meet real-world demands, with strong emphasis on hands-on and project-based learning. Sessions are interactive, ensuring individual attention for every student. Learners also get access to online doubt-clearing sessions, recorded backup classes, and a discussion forum for continuous academic support.
Learning Management System
Our LMS provides free add-on courses to strengthen cross-functional skills required in the industry. Students can revisit recorded sessions from their ongoing batches and access structured study resources. These include assignments, projects, POCs, and reference materials that support learning across all modules and help reinforce key concepts.
Quiz, Assignments & POC's
Each course is supported with topic-wise quizzes, practical assignments, and interview-oriented tasks. Assignments are customized based on student skill level and project needs, typically requiring around one hour daily. These tasks simulate real company scenarios, ensuring hands-on exposure, along with complementary study material for every module.
FutureSkills Prime Certification
Ethans is an ISO 9001:2015 certified institute, offering certifications recognized across industries. After successful assessment by industry experts, students receive a course completion certificate endorsed by FutureSkills Prime. This certification adds credibility to your profile, strengthens your resume, and enhances opportunities upon course and project completion.
Real-life Case Studies
Ethans integrates real-time projects with practical business use cases into its curriculum. Students learn to understand business requirements, perform analysis, and solve implementation challenges. This hands-on approach bridges the gap between theory and practice, helping learners gain confidence by applying concepts to real-world industry scenarios.
Job Assistance Program
After completing a course, eligible students can opt for Ethans’ job assistance program. This includes resume building, profile optimization, and interview guidance. With a strong alumni network of over 5,000 members, job opportunities are regularly shared. Over 3,000 students have successfully placed across leading companies in India.
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Industry Projects
CI/CD Pipeline for Automated Application Deployment Using Jenkins & Git
This project uses DevOps tools to create an automated build, test, and deployment pipeline, enabling continuous integration, version control, error tracking, and seamless delivery of applications efficiently.
Containerized Microservices Deployment Using Docker & Kubernetes
This project builds a complete microservices setup using Docker containers and Kubernetes orchestration to manage scaling, load balancing, service distribution, and production-grade deployment.
Infrastructure Automation Tool for Server Provisioning Using Terraform
This project creates Infrastructure-as-Code (IaC) automation to provision cloud servers, configure environments, manage resources, optimize infrastructure, and reduce manual configuration errors.
Monitoring & Logging Dashboard for Real-Time System Performance
This project uses tools like Prometheus and Grafana to visualize performance metrics, track system health, detect failures, measure downtime, and help teams improve operational efficiency through proactive monitoring practices.
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DevOps Engineering – Program Highlights
- 15+ Hands-on Projects – Work on real-time DevOps, cloud, and automation use cases across industries worldwide collaboratively.
- Internship-Integrated Program – Apply DevOps skills in real business internship environments with expert guidance.
- Comprehensive Coverage – Learn complete DevOps tools, workflows, and deployment practices from basics.
- Tied-Up with 500+ Companies – Access hiring opportunities with top DevOps recruiters nationwide and globally.
- 100% Career Support – Get mentorship, POD hiring access, and placement guidance throughout journey and beyond.
- Automation & Cloud Deployment – Automate infrastructure and deploy scalable cloud applications efficiently.
- Job Readiness Program – Resume building, mock interviews, and interview preparation support included.
- Recognized Certification – Earn industry-recognized DevOps certification with full career support and beyond.
- 100% Placement Support – Complete placement assistance with resumes and mock interviews included.
Up-Skill with an Industry-Recognized Certificate
Gain a competitive edge in the job market with our industry-recognized certification, designed to validate your skills and elevate your career.
Validated Certification from Ethans Tech
Receive a professional certificate that validates your expertise and is recognized across leading IT companies.
Training Backed by Real-World Expertise
Ethans Tech follows a practical, hands-on training approach aligned with industry needs, boosting your job readiness.
Professional Credential for Career Growth
Showcase your technical skills with a credible certificate that strengthens your portfolio and improves hiring prospects.
Master 12+ In-demand Skills in DevOps
- DevOps Fundamentals & Practices
- Version Control with Git & GitHub
- Continuous Integration (CI)
- Continuous Deployment (CD)
- Jenkins Pipeline Automation
- Docker & Containerization
- Kubernetes & Orchestration
- Configuration Management (Ansible, Chef)
- Monitoring & Logging (Prometheus, ELK)
- Cloud Integration (AWS, Azure, GCP)
- Infrastructure as Code (Terraform, CloudFormation)
- DevOps Project Implementation
Why to Join this Program
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Flexible timelines to complete your course and projects at your own pace
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Master concepts from basic to expert level through structured, applied learning
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Ethans Tech is a leading professional training institute founded with the mission to bridge the gap between academic learning and real-world skills. With a strong presence in Pune and expanding across India, Ethans Tech has trained thousands of students and working professionals, helping them upgrade their careers in the most in-demand technologies.
The name “Ethans” represents a commitment to “education with excellence”. It’s not just a name; it’s a culture — built by passionate industry experts who believe in practical, hands-on learning rather than rote education. Every trainer at Ethan’s is a seasoned professional with real industry exposure, making the learning experience highly relevant, practical, and impactful.
At Ethans, it’s not just about completing a course — it’s about building a career.
Ethans Tech is a premier professional training institute dedicated to bridging the gap between academic education and real-world industry skills. Headquartered in Pune and expanding across India, Ethans Tech has empowered thousands of students and working professionals to advance their careers in today’s most in-demand technologies. With experienced industry trainers and a strong focus on practical, hands-on learning, the institute ensures highly relevant and career-oriented training that prepares learners to succeed in the professional world.
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- 11% – College Graduates (Non-technical backgrounds)
- 23% – B.Tech & M.Tech Graduates (CS, IT, ME, CIVIL)
- 27% – BCA, B.Sc (IT/CS/Maths/Stats) Graduates
- 23% – Early Career Professionals (1–6 years of experience)
- 16% – Career Comeback Learners (with a gap in education or employment)
This blend of learners adds immense value to the learning experience — offering unique perspectives, fresh ideas, and real-world context to every session
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DevOps Certification in Hyderabad FAQs
Everything you need to know about the program.
What if I have queries after I complete this course?
Who are the instructors?
Will Ethans be providing any study materials?
What types of courses are available at Ethans?
Does Ethans provide Job Assistance?
Does Ethans provide weekend classes for professionals?
What are the profiles and experiences of trainers at Ethans?
We have a big pool with a strong and renowned team of professionals having extensive expertise in the technology they deliver. Our trainers are quite supportive and render an amicable learning environment which invigorates the student’s growth in an optimistic way. They are all with huge industry and teaching experiences. Some of them hold more than two decades of experience of the same industry.
Do I need to pay the complete fee lump sum or I can have an installment facility too?
The fee which I will pay is refundable or transferable?
What are the facilities and infrastructure at Ethans?
Ethans has a presence at three locations in India: Hyderabad, Pune & Noida. However, the advanced certification program in Data Science and AI is available exclusively at our HITECH City location. We look forward to gradually expanding across India with your support. Ethans is equipped with state-of-the-art infrastructure that fosters a pleasant, academically rigorous, and stimulating environment for both students and faculty.